The Indian benchmark indices opened over 400 points up on Wednesday amid positive global cues, as buying was seen in the IT, auto and pharma sectors in the early trade.
At around 9.25 am, Sensex was trading 445.6 points or 0.54 per cent up at 82,500.73 while the Nifty added 130.15 point or 0.52 per cent at 25,174.50
According to analysts, a significant feature of the recent market trend has been its resilience despite major challenges like the West Asian crisis.
“Even during the short India-Pakistan conflict, the market has been resilient. A significant contributor to this resilience has been FII buying during the crisis,” said Dr VK Vijayakumar, Chief Investment Strategist, Geojit Investments Limited.
Nifty Bank was up 31.25 points or 0.06 per cent at 56,493.15. The Nifty Midcap 100 index was trading at 58,867.80 after adding 245.40 points or 0.42 per cent. Nifty Smallcap 100 index was at 18,617.85 after climbing 165.10 points or 0.89 per cent.
Meanwhile, in the Sensex pack, Titan, UltraTech Cement, Trent, HCL Tech, Adani Ports, Tech Mahindra, Tata Steel, PowerGrid, Hindustan Unilever Limited and L&T were the top gainers. Kotak Mahindra Bank, ICICI Bank, BEL, and Axis Bank were the top losers.
Interestingly, foreign institutional investors (FIIs) have been selling as the Mideast crisis blows over. On the other hand, domestic institutional investors (DIIs) have been sustained buyers in the market, thanks to the continuing inflows into mutual funds, said experts.
This will impart resilience to the market even when FIIs sell on valuation concerns, they added.
FIIs were net sellers on June 24, selling equities worth Rs 5,266.01 crore. Meanwhile, DIIs remained buyers, purchasing equities worth Rs 5,209.60 crore.
In the Asian markets, Japan, China, Seoul and Hong Kong were trading in green. Whereas Bangkok and Jakarta were trading in red.
In the last trading session, Dow Jones in the US closed at 42,581.78, up 507.24 points, or 1.19 per cent. The S&P 500 ended with a gain of 67.01 points, or 1.11 per cent, at 6,025.17 and the Nasdaq closed at 19,630.97, up 281.56 points, or 1.43 per cent.
The new documentary film Joh: The Last King of Queensland offers a dramatised account of Sir Joh Bjelke-Petersen’s premiership from 1968 to 1987.
Directed by Kriv Stenders, using reenactments (Bjelke-Petersen is played by Richard Roxburgh), archival footage and contemporary interviews, the film portrays him as a complex and polarising figure.
We are given a man who is socially conservative, economically ambitious and politically divisive. A man who profoundly shaped Queensland’s governance and development.
But while the film effectively captures his popular appeal and role in the state’s economic transformation, it simplifies key aspects of his political ascent.
In particular, it doesn’t capture the complexities of electoral mechanics, internal party maneuvering and the influence of the public service.
National Party dominance
We start with Bjelke-Petersen’s rural upbringing. Stenders emphasises the formative impact of his Lutheran faith, personal abstinence, strong work ethic and family values. These would be foundational to his leadership style.
Roxburgh highlights Bjelke-Petersen’s rhetorical simplicity. He presented himself as an advocate for “ordinary” Queenslanders, especially in rural and conservative communities.
A central critique of Bjelke-Petersen was his manipulation of Queensland’s electoral system.
The film illustrates how electoral malapportionment advantaged rural constituencies, fuelling the National Party’s dominance. But this treatment lacks nuance.
Richard Roxburgh plays Joh Bjelke-Petersen, highlighting his rhetorical simplicity. Stan
Former MP David Byrne’s claim that Bjelke-Petersen remained premier solely due to the electoral system is presented uncritically.
The National Party outpolled the Liberals from 1977 on. Labor failed to win a statewide majority until 1989, under boundaries drawn by Bjelke-Petersen’s administration in 1986.
While Roxburgh’s character mentions this legacy, his claim that there was “not a peep” of dissent overlooks sustained criticism from opposition leader Frank Nicklin throughout the 1950s.
The party apparatus
The film omits several key figures whose contributions were instrumental to the success of the Bjelke-Petersen era.
The organisational acumen of National Party president Robert Sparkes and state secretary Mike Evans played a critical role in constructing a highly efficient party apparatus.
Through the coordination of financial resources and the strategic mobilisation of grassroots support, Sparkes and Evans substantially reinforced Bjelke-Petersen’s leadership and electoral resilience.
Also excluded are prominent members of the premier’s personal staff, such as media advisor Allen Callaghan and policy researcher Wendy Armstrong. Both contributed significantly to shaping public messaging and policy development.
Bjelke-Petersen was premier of Queensland from 1968 to 1987. Stan
We do not hear about the contributions of senior public servants such as Sydney Schubert, coordinator-general, and Leo Hielscher, under-treasurer.
Schubert was instrumental in expediting infrastructure development across the state. Hielscher ensured Queensland maintained its AAA credit rating and successfully attracted international investment.
These administrative achievements were central to the state’s economic growth.
Bjelke-Petersen was frequently detached from the formal processes of cabinet and Westminster governance. But his reliance on a capable and loyal bureaucracy underscores a distinct, if unconventional, mode of operation.
This model, characterised by strong administrative delegation, contributed to the longevity and effectiveness of his premiership.
Winning seats, suppressing rights
The film addresses his opposition to the Whitlam government and his promotion of states’ rights. Both cemented his popularity. It highlights his decision to abolish death duties – a move that allowed him to present a low-tax, pro-development agenda.
Bjelke-Petersen’s authoritarian style is explored through archival footage of the 1971 protests during South Africa’s rugby tour of Australia. But the film fails to contextualise electoral reaction.
The government won seats, including central Brisbane and Maryborough, in by-elections held at the height of the protest activity.
His later suppression of civil liberties, particularly against students, unions and Indigenous activists, is acknowledged.
Corruption flourished under Bjelke-Petersen’s administration due to insufficient oversight and a permissive political culture. Stan
The depiction of the “Joh for PM” campaign presents it as a significant strategic miscalculation. Stenders illustrates the limits of Bjelke-Petersen’s political judgement beyond the state level.
Investigative journalist Chris Masters is interviewed about his role in creating the Four Corners exposé which served as a catalyst for the Fitzgerald Inquiry (1987–89).
This inquiry uncovered extensive political and police corruption. It exposed entrenched institutional malpractice, and contributed decisively to the erosion of Bjelke-Petersen’s political legitimacy.
Such corruption was longstanding and predated Bjelke-Petersen’s tenure. It flourished under his administration due to insufficient oversight and a permissive political culture.
Emotional resonance, but not fully nuanced
While the film suggests that Bjelke-Petersen was never personally corrupt (and he was never convicted of any criminal offence) it omits a pivotal episode in his political downfall.
According to journalist Matthew Condon, Springwood MP Huan Fraser publicly accused the Premier of corruption during a 1987 National Party meeting.
Fraser’s confrontation, reportedly triggered by Bjelke-Petersen’s push to approve what was then the world’s tallest building, marked a significant rupture within the party.
The proposed project symbolised growing concerns about impropriety and unchecked executive power during his premiership.
Joh: The Last King of Queensland succeeds in capturing the emotional resonance of Bjelke-Petersen’s political persona. But it stops short of delivering a fully nuanced account.
His legacy continues to polarise. To supporters, he remains a visionary who championed economic growth and conservative values. To critics, he presided over an era of democratic erosion, civil rights suppression and entrenched corruption.
His story reflects the enduring tension between executive authority and democratic accountability in modern Australian political history.
Joh: The Last King of Queensland is on Stan now.
John Mickel does not work for, consult, own shares in or receive funding from any company or organisation that would benefit from this article, and has disclosed no relevant affiliations beyond their academic appointment.
Joy, pride, and excitement swept through Uttar Pradesh’s Lucknow as Group Captain Shubhanshu Shukla prepares to make history with the Axiom-4 mission, set to launch from NASA’s Kennedy Space Centre in Florida on Wednesday.
The Indian Air Force Group Captain, hailing from Uttar Pradesh’s Lucknow, is heading to the International Space Station (ISS) as part of the Axiom-4 Mission.
Shukla’s father, Shambhu Dayal, expressed that his son’s achievement brings pride not only to Lucknow but also to the entire nation.
“…His mission is set to launch around 12 noon IST. We are very eager to see his mission launch. We are delighted. Our blessings are with him, and we also pray to God for his mission to be completed well… He is fully prepared… It feels great to see all the posters that have been put up for him… He is bringing laurels to Lucknow, the state and our country… We are proud of him,” Shambhu Sayal said.
Asha Shukla, Shubhanshu’s mother, praised her daughter-in-law for her unwavering support ahead of the mission, emphasizing that this achievement wouldn’t have been possible without her.
“It is a moment of pride for us and everyone else. Posters are being put up everywhere. Everyone is delighted that a man from this country, this Triveni Nagar, is going to soar so high… We are sending all our wishes and blessings to him… He has all the support of our daughter-in-law. This could not have been possible without her… She has played the biggest role here,” she added.
The Axiom-4 mission is targeting a launch window of 2:31 a.m. EDT or 12 noon IST on Wednesday from Launch Complex 39A at NASA’s Kennedy Space Center in Florida in the US.
The crew, piloted by India’s Group Captain Shubhanshu Shukla, will travel to the orbiting laboratory on a new SpaceX Dragon spacecraft after launching on the company’s Falcon 9 rocket. The targeted docking time is approximately 7 am EDT on Thursday, or 4 pm IST.
The four-member crew, which has been in quarantine in Florida, will be commanded by Peggy Whitson, a former NASA astronaut and now Axiom Space’s Director of Human Spaceflight. The mission specialists are ESA project astronaut Slawosz Uznanski-Wisniewski from Poland and Tibor Kapu from Hungary.
The Ax-4 mission will “realise the return” to human spaceflight for India, Poland, and Hungary, with each nation’s first government-sponsored flight in more than 40 years. While Ax-4 marks these countries’ second human spaceflight mission in history, it will be the first time all three nations will execute a mission on board the International Space Station.
For Group Captain Shukla, this will be an opportunity to emulate fellow Indian Air Force Officer Wing Commander Rakesh Sharma, who flew aboard Soyuz T-11 on 3 April 1984 as part of the Soviet Interkosmos programme. Sharma spent seven days in space on board the Salyut 7 space station.
The Ax-4 mission is also conducting major research. The research complement includes around 60 scientific studies and activities representing 31 countries, including the U.S., India, Poland, Hungary, Saudi Arabia, Brazil, Nigeria, the UAE, and nations across Europe.
For ISRO and Group Captain Shubhanshu Shukla, this mission lays the groundwork for India’s space roadmap to land an Indian on the Moon by 2040.
SpaceX has confirmed that all systems are “looking good” for the launch of Axiom Mission 4 (Ax-4), as NASA, Axiom Space, and SpaceX target a 2:31 AM EDT (12:00 PM IST) liftoff on Wednesday for the fourth private astronaut mission to the International Space Station (ISS).
In a post on X on Tuesday (local time), SpaceX stated that weather conditions are 90% favorable for the launch scheduled for Wednesday evening (local time).
“All systems are looking good for Wednesday’s launch of Axiom Space’s Ax-4 mission to the International Space Station, and weather is 90 percent favourable for liftoff,” the company said.
The Ax-4 mission will launch from Launch Complex 39A at NASA’s Kennedy Space Center in Florida.
The mission holds special significance for India’s space programme, as the SpaceX Dragon spacecraft will be piloted by Group Captain Shubhanshu Shukla of the Indian Air Force. The spacecraft will launch atop SpaceX’s Falcon 9 rocket.
For Group Captain Shukla, this mission presents a historic opportunity to follow in the footsteps of Wing Commander Rakesh Sharma, who became the first Indian in space when he flew aboard Soyuz T-11 on April 3, 1984, as part of the Soviet Interkosmos programme.
Now, Group Captain Shukla is set to rewrite history by becoming the second Indian in space and the first to travel to the International Space Station.
The four-member Ax-4 crew, currently in quarantine in Florida, will be led by Commander Peggy Whitson, a former NASA astronaut and now Axiom Space’s Director of Human Spaceflight. The mission specialists include ESA project astronaut Slawosz Uznanski-Wisniewski from Poland and Tibor Kapu from Hungary.
The Ax-4 mission marks a symbolic “return to human spaceflight” for India, Poland, and Hungary, with each country sponsoring its first government-backed human space mission in over 40 years. While Ax-4 is only the second crewed space mission in the history of these nations, it will be the first time all three will participate in a mission aboard the ISS.
For ISRO and Group Captain Shukla, this mission is a significant milestone, laying the foundation for India’s future in human spaceflight. It also paves the way for India’s first crewed space mission, Gaganyaan, slated for launch in the first quarter of 2027, and the country’s long-term goal of landing an Indian on the Moon by 2040.
SpaceX has confirmed that all systems are “looking good” for the launch of Axiom Mission 4 (Ax-4), as NASA, Axiom Space, and SpaceX target a 2:31 AM EDT (12:00 PM IST) liftoff on Wednesday for the fourth private astronaut mission to the International Space Station (ISS).
In a post on X on Tuesday (local time), SpaceX stated that weather conditions are 90% favorable for the launch scheduled for Wednesday evening (local time).
“All systems are looking good for Wednesday’s launch of Axiom Space’s Ax-4 mission to the International Space Station, and weather is 90 percent favourable for liftoff,” the company said.
The Ax-4 mission will launch from Launch Complex 39A at NASA’s Kennedy Space Center in Florida.
The mission holds special significance for India’s space programme, as the SpaceX Dragon spacecraft will be piloted by Group Captain Shubhanshu Shukla of the Indian Air Force. The spacecraft will launch atop SpaceX’s Falcon 9 rocket.
For Group Captain Shukla, this mission presents a historic opportunity to follow in the footsteps of Wing Commander Rakesh Sharma, who became the first Indian in space when he flew aboard Soyuz T-11 on April 3, 1984, as part of the Soviet Interkosmos programme.
Now, Group Captain Shukla is set to rewrite history by becoming the second Indian in space and the first to travel to the International Space Station.
The four-member Ax-4 crew, currently in quarantine in Florida, will be led by Commander Peggy Whitson, a former NASA astronaut and now Axiom Space’s Director of Human Spaceflight. The mission specialists include ESA project astronaut Slawosz Uznanski-Wisniewski from Poland and Tibor Kapu from Hungary.
The Ax-4 mission marks a symbolic “return to human spaceflight” for India, Poland, and Hungary, with each country sponsoring its first government-backed human space mission in over 40 years. While Ax-4 is only the second crewed space mission in the history of these nations, it will be the first time all three will participate in a mission aboard the ISS.
For ISRO and Group Captain Shukla, this mission is a significant milestone, laying the foundation for India’s future in human spaceflight. It also paves the way for India’s first crewed space mission, Gaganyaan, slated for launch in the first quarter of 2027, and the country’s long-term goal of landing an Indian on the Moon by 2040.
Parliament has today passed legislation to formally establish Invest New Zealand, clearing the way for the new investment attraction agency to begin operations on 1 July 2025.
“This marks a major step in the Government’s plan to grow the economy by attracting more international capital, businesses and talent into New Zealand,” Trade and Investment Minister Todd McClay says.
“Invest New Zealand will have a clear commercial focus—working directly with global investors to unlock opportunities that create jobs, boost innovation, and lift our long-term productivity.”
Budget 2025 committed $85 million over four years to support the agency’s establishment as an autonomous Crown entity.
Invest New Zealand will:
Drive investment into advanced and high-growth industries;
Connect offshore investors with local businesses and research opportunities;
Support global companies to grow their R&D footprint in New Zealand;
Help build the skills base needed to support a more innovative economy.
A private sector advisory group, chaired by Rob Morrison, has played a key role in designing the agency’s framework and will continue to provide strategic advice as the agency scales up.
“Invest New Zealand will act as a bridge between global capital and New Zealand’s economic potential,” Mr McClay says.
“It’s about making it easier to do business here—cutting red tape, speeding up decision-making, and targeting investment that delivers long-term benefits for the country.”
Press Release Nokia selected by Verizon as hardware and software provider for Thames Freeport multisite private 5G deal
Verizon Business, in collaboration with Nokia, will deliver multiple Verizon Private 5G Networks to industrial campuses across the Thames Freeport, one of the UK’s busiest maritime logistics and manufacturing regions.
The Thames Freeport is a designated UK “Free Trade Zone,” established to boost economic growth, create high-value jobs and attract global investment as part of a long-term effort to revive the UK’s River Thames Estuary region.
Thames Freeport will use Verizon Private 5G to enhance port operations with AI-driven data analytics, autonomous vehicle control, real-time logistics orchestration, innovation research & development, and more.
25 June 2025 London, UK – Nokia, Verizon Business and Thames Freeport today announced a strategic partnership to deploy Verizon Private 5G Networks across multiple key logistics, manufacturing, and innovation sites along the River Thames Estuary in the United Kingdom. The Verizon Private 5G Networks will serve as the technology foundation for a multi-year, multi-billion dollar operational transformation and economic revival for the region, one of the busiest maritime logistics hubs in the United Kingdom.
The Private 5G Networks buildout provides a scalable, long-term connectivity foundation for advanced data, AI, edge compute, and IoT infrastructure deployments aimed at transforming port and manufacturing operations.
The technological enhancements will play a direct role in boosting the local economy, underpinning job training and reskilling efforts as part of employment initiatives and supporting innovation and research and development collaborations among Freeport tenants and outside corporate, government, and research entities. Thames Freeport has already created 1,400 jobs and plans to reach 5,000 by 2030, with a focus on high-skilled training for local communities.
The Verizon Private 5G Networks will enable advanced data and application capabilities for AI-driven data analytics, predictive maintenance, process automation, autonomous vehicle control, safety monitoring, and real-time logistics orchestration. Nokia is the sole hardware and software provider for the networks, which will incorporate the Nokia Digital Automation Cloud (DAC) platform and Nokia MX Industrial Edge (MXIE). The Verizon Private 5G Networks will be deployed to the following sites:
DP World London Gateway and DP World Logistics Park, the UK’s largest and most integrated deep-sea container port and logistics facility, with port capacity to handle over 3 million units per year. The hub includes a rail terminal with 20 daily services and a 9.25 million square foot high-tech logistics center.
Port of Tilbury, (two sites), the largest of the mixed-use Thames Freeport ports. Tilbury handles 16 million tonnes of cargo per year across 31 independent working terminals. Operated by Forth Ports, the sites comprise a crucial logistics hub for the construction, automotive, and food & drink sectors.
Ford Dagenham, the largest manufacturing site in London, is a unique location that gives access to regional manufacturing clusters, proximity to suppliers, and brings key production closer to the end market.
“Our partnership with Thames Freeport and Nokia shows the full promise of private 5G at scale. Thames Freeport is developing one of the most technologically advanced commercial corridors in Europe to enable forward innovation and economic revitalization for an entire community. We’re not just driving operational improvements to help a partner stay ahead of the curve; we’re laying the groundwork for new revenue streams, community development, and further commercial and technological investment,” said Jennifer Artley, SVP, 5G Acceleration, Verizon Business.
“A flexible, high-performance connectivity platform is critical to our long-term vision. Our investment in private 5G is not an incremental network upgrade—it’s the backbone of a technological transformation fueling our long-term multi-stakeholder mission, which includes operational excellence for tenants; ROI for shareholders like Ford, DP World and Forth Ports; innovation leadership for public and private benefit; circular economy models supporting efficient energy models; empowering community development by enabling high-value job creation and training; and transforming public services with near-real time diagnostics at health-service sites. By partnering with Verizon Business and Nokia, we’re delivering the technology needed to propel our region to the front of the leading edge,” said Martin Whiteley, CEO, Thames Freeport.
“Private wireless and industrial edge are the foundations for the digital transformation of industrial sites, and the Thames Freeport deployment is a landmark example of this evolution at scale. This is one of the largest commercial private 5G rollouts in a European port, incorporating the Nokia DAC platform. This network will allow Thames Freeport to overlay advanced use cases such as AI-driven data analytics, predictive maintenance, process automation, autonomous vehicle control, safety monitoring, and real-time logistics orchestration. Together with Verizon Business, we’re proud to be enabling the infrastructure that will help Thames Freeport drive new efficiencies, sustainable growth, and long-term economic opportunity for the region,” said David de Lancellotti, VP of Enterprise Campus Edge Sales, Nokia.
The Thames Freeport has a mission of economic regeneration and operational excellence, centered on stimulating trade, fostering innovation, supporting energy transition, creating jobs and improving the lives of the people around it. Private 5G Networks from Verizon Business can help enable a range of strategic priorities at Thames Freeport sites in service of that mission.
Select priorities include enabling advanced technology layers such as AI, edge computing, and IoT across active industrial sites where Freeport stakeholders can collaborate on new applications. For example, industrial sites can leverage IoT for autonomous yard tractors and quay cranes and for near real-time tracking, smart routing, and condition monitoring for cargo. That can allow tenants to intake cargo, assess quantity and condition, and ship it out faster and more efficiently, losing less to damage or misplacement.
Additionally, AI with edge computing can help manage environmental impact through edge-connected smart sensors and AI-driven analytics that monitor and optimize port operations and asset performance, including near-real time monitoring of emissions, air and water quality, and noise levels.
Managing the use of the Verizon Private 5G Network infrastructure will be the responsibility of Thames Freeport and its tenant shareholder organizations. This ensures fit-for-purpose connectivity that adapts to site-specific requirements while safeguarding data and operational autonomy.
About Nokia At Nokia, we create technology that helps the world act together.
As a B2B technology innovation leader, we are pioneering networks that sense, think and act by leveraging our work across mobile, fixed and cloud networks. In addition, we create value with intellectual property and long-term research, led by the award-winning Nokia Bell Labs, which is celebrating 100 years of innovation.
With truly open architectures that seamlessly integrate into any ecosystem, our high-performance networks create new opportunities for monetization and scale. Service providers, enterprises and partners worldwide trust Nokia to deliver secure, reliable and sustainable networks today – and work with us to create the digital services and applications of the future.
About Verizon Verizon Communications Inc. (NYSE, Nasdaq: VZ) powers and empowers how its millions of customers live, work and play, delivering on their demand for mobility, reliable network connectivity and security. Headquartered in New York City, serving countries worldwide and nearly all of the Fortune 500, Verizon generated revenues of $134.8 billion in 2024. Verizon’s world-class team never stops innovating to meet customers where they are today and equip them for the needs of tomorrow. For more, visit verizon.com or find a retail location at verizon.com/stores.
Some of these relate to the inclusion of households not facing economic hardship and the exclusion of families living in poverty. There’s a need to refine the current criteria to better identify households experiencing temporary financial difficulties, even if they own certain assets.
Challenges in data verification
Another area for improvement in Aswesuma is the difficulty officials face in verifying household information related to eligibility. For example, errors may occur during data collection if households withhold accurate information about their poverty status to qualify for benefits or are unable to recall details correctly. These inaccuracies can reduce the program’s effectiveness by excluding people who genuinely need help and undermining efforts to create a more objective social protection system.
Improving follow-up and monitoring
Better data collection methods during follow-ups with Aswesuma recipients would help improve the criteria. This would allow the program to monitor households’ economic conditions and track improvements resulting from cash transfers. The main goal of these transfers is to help participants move out of poverty by improving their living situations. Therefore, follow-up assessments should document any changes and measurable outcomes related to food insecurity or poverty levels. These outcomes should go beyond the current Aswesuma indicators to better reflect improvements in well-being.
Addressing chronic and transient poverty
Ongoing updates to Aswesuma should also improve its ability to target people experiencing both chronic and transient poverty. Chronic poverty refers to long-term deprivation, often passed down through generations, while transient poverty involves short-term income or spending losses, even when long-term resources are sufficient to stay above the poverty line (Duclos et al., 2078). The current deprivation score mainly focuses on chronic poverty, emphasizing household assets and housing conditions (13 of the 22 indicators are based on multidimensional measurements).
Gaps in coverage and food insecurity
While addressing chronic poverty is important, it’s also necessary to consider temporary poverty. A large portion of the population (households ineligible for Aswesuma but who experienced food insecurity in the past 12 months) remains underserved. Of the 20% of the population that faced food insecurity, nearly 40% are not eligible for Aswesuma.
Expanding the framework for vulnerability
Given the current economic climate, with rising costs and income losses, measures of temporary poverty could help identify both long-term and short-term hardship, regardless of assets or housing. Including data on household members’ recent employment experiences, especially job loss, could offer a more complete picture of who needs support. The amount of cash transferred is unlikely to directly improve indicators related to household assets or other long-term poverty markers, as those require larger investments in education, health, and infrastructure (Lipton and Ravallion, 1995).
Climate vulnerability and regional differences
Climate vulnerability also adds complexity to household conditions. Although it’s difficult to measure, including it would help the program reach more at-risk groups in Sri Lanka.
The current set of indicators can also be improved by accounting for both visible and hidden factors that influence household selection. The relevance of indicators varies by region and demographics. For example, vehicle use and electricity consumption depend on the availability of alternatives, which differ across the country. Rural households may lack access to transportation or electricity not because of poverty, but because those services aren’t available. Regional adjustments in how deprivation is measured could lead to more accurate assessments of poverty in both rural and urban areas.
Asset ownership and agricultural work
Asset indicators like ownership of agricultural machinery or land are influenced by both observable and hidden factors, including the decision to work in agriculture. This suggests a need for additional support programs, such as insurance for agricultural workers. In some areas, deprivation in agriculture-related indicators may actually reflect higher well-being, depending on location and market access.
Labor market impacts and conditional transfers
Finally, the program’s impact on labor market outcomes should be considered. The study predicts a drop in labor force participation for both men and women under various scenarios. This aligns with economic theory, which suggests that higher non-labor income reduces the need for paid work (Garganta et al., 2017). However, building resilience through employment is key to long-term poverty reduction. In some cases, transfers tied to employment have shown fewer negative, or even positive, effects on labor participation (Berlinski et al., 2024). While cash transfers are helpful for addressing food insecurity, exploring conditional transfers that encourage work and self-reliance is important for helping people move out of poverty.
Some of these relate to the inclusion of households not facing economic hardship and the exclusion of families living in poverty. There’s a need to refine the current criteria to better identify households experiencing temporary financial difficulties, even if they own certain assets.
Challenges in data verification
Another area for improvement in Aswesuma is the difficulty officials face in verifying household information related to eligibility. For example, errors may occur during data collection if households withhold accurate information about their poverty status to qualify for benefits or are unable to recall details correctly. These inaccuracies can reduce the program’s effectiveness by excluding people who genuinely need help and undermining efforts to create a more objective social protection system.
Improving follow-up and monitoring
Better data collection methods during follow-ups with Aswesuma recipients would help improve the criteria. This would allow the program to monitor households’ economic conditions and track improvements resulting from cash transfers. The main goal of these transfers is to help participants move out of poverty by improving their living situations. Therefore, follow-up assessments should document any changes and measurable outcomes related to food insecurity or poverty levels. These outcomes should go beyond the current Aswesuma indicators to better reflect improvements in well-being.
Addressing chronic and transient poverty
Ongoing updates to Aswesuma should also improve its ability to target people experiencing both chronic and transient poverty. Chronic poverty refers to long-term deprivation, often passed down through generations, while transient poverty involves short-term income or spending losses, even when long-term resources are sufficient to stay above the poverty line (Duclos et al., 2078). The current deprivation score mainly focuses on chronic poverty, emphasizing household assets and housing conditions (13 of the 22 indicators are based on multidimensional measurements).
Gaps in coverage and food insecurity
While addressing chronic poverty is important, it’s also necessary to consider temporary poverty. A large portion of the population (households ineligible for Aswesuma but who experienced food insecurity in the past 12 months) remains underserved. Of the 20% of the population that faced food insecurity, nearly 40% are not eligible for Aswesuma.
Expanding the framework for vulnerability
Given the current economic climate, with rising costs and income losses, measures of temporary poverty could help identify both long-term and short-term hardship, regardless of assets or housing. Including data on household members’ recent employment experiences, especially job loss, could offer a more complete picture of who needs support. The amount of cash transferred is unlikely to directly improve indicators related to household assets or other long-term poverty markers, as those require larger investments in education, health, and infrastructure (Lipton and Ravallion, 1995).
Climate vulnerability and regional differences
Climate vulnerability also adds complexity to household conditions. Although it’s difficult to measure, including it would help the program reach more at-risk groups in Sri Lanka.
The current set of indicators can also be improved by accounting for both visible and hidden factors that influence household selection. The relevance of indicators varies by region and demographics. For example, vehicle use and electricity consumption depend on the availability of alternatives, which differ across the country. Rural households may lack access to transportation or electricity not because of poverty, but because those services aren’t available. Regional adjustments in how deprivation is measured could lead to more accurate assessments of poverty in both rural and urban areas.
Asset ownership and agricultural work
Asset indicators like ownership of agricultural machinery or land are influenced by both observable and hidden factors, including the decision to work in agriculture. This suggests a need for additional support programs, such as insurance for agricultural workers. In some areas, deprivation in agriculture-related indicators may actually reflect higher well-being, depending on location and market access.
Labor market impacts and conditional transfers
Finally, the program’s impact on labor market outcomes should be considered. The study predicts a drop in labor force participation for both men and women under various scenarios. This aligns with economic theory, which suggests that higher non-labor income reduces the need for paid work (Garganta et al., 2017). However, building resilience through employment is key to long-term poverty reduction. In some cases, transfers tied to employment have shown fewer negative, or even positive, effects on labor participation (Berlinski et al., 2024). While cash transfers are helpful for addressing food insecurity, exploring conditional transfers that encourage work and self-reliance is important for helping people move out of poverty.
Source: United States Senator Kevin Cramer (R-ND)
Bill funds modernization of PARCS Radar in Cavalier
***Click here for photos.***
WASHINGTON, D.C. – As the United States’ adversaries have developed and deployed next-generation missile delivery systems; the threat of such strategic weapons has become more complex. Despite this, the U.S. missile defense policy has been severely limited to only staying ahead of rogue threats and accidental or unauthorized missile launches.
In the face of these emerging and pressing threats, missile defense plays an essential role in identifying, tracking, deterring, and defeating adversary missiles and other threats against the nation. To improve the missile defense capabilities of the United States, U.S. Senator Kevin Cramer (R-ND), chair of the Senate Armed Services Committee (SASC) Airland Subcommittee and co-chair of the Defense Modernization Caucus, was joined by fellow SASC member U.S. Senator Dan Sullivan (R-AK) in introducing the Ground and Orbital Launched Defeat of Emergent Nuclear Destruction and Other Missile Engagements (GOLDEN DOME) Act of 2025. U.S. Representative Mark Messmer (R-IN-08) introduced a companion measure in the House.
Click here to watch
The bill is a sweeping legislative initiative to modernize and expand U.S. missile defense capabilities across all domains to protect the homeland against ballistic, cruise and hypersonic missiles, and drone threats. Specifically, it focuses on enhancing the all-domain awareness of the U.S missile defense system, bolstering the capacity of U.S. missiles and drones to defend against threats from rogue nations as well as near-peer nations, and accelerating the development of new capabilities to keep pace with future threats, particularly from hypersonics and cruise missiles.
The GOLDEN DOME Act complements President Donald Trump’s executive order directing the implementation of a next-generation missile defense shield for the nation. The president nominated Vice Chief of Space Operations General Michael Guetlein to lead the implementation of the system.
“Our adversaries have developed more advanced long-range weapons over the last couple of decades, posing a significant threat to our national security,” said Cramer. “We have to act in order to defend against the evolving and complex threat landscape. Senator Sullivan and I introduced the GOLDEN DOME Act to build a layered missile defense system, which protects our homeland from catastrophic attacks from modern missiles. Our bill puts the legislative muscle behind President Trump’s executive order to support his innovative vision of protecting our great nation from current and future threats. The Golden Dome is great for America, great for North Dakota, and great for Alaska. The time is now to prioritize the defense of the United States by modernizing our missile defense infrastructure.”
“The escalating missile threats we’ve witnessed from the Iranian terrorist regime and the rapidly evolving missile threats from Russia and China demonstrate why we need to develop a robust, modernized missile defense system to protect the entire country—which the GOLDEN DOME Act will do,” said Sullivan. “The three prongs of successful policy in D.C. are presidential leadership, appropriated funding and comprehensive authorizing legislation. We have all three of these elements behind this historic Golden Dome initiative. President Trump has, for years, going back to his first term, driven the vision of a layered, open architecture missile defense system. Congress is stepping up with a down payment appropriation of $25 billion in the reconciliation bill. And now, we are introducing the GOLDEN DOME Act to cement this vision in law. The GOLDEN DOME Act will incorporate space-based sensors and new intercept technologies, significantly expand and modernize existing infrastructure, like the ground-based missile interceptor fields at Alaska’s Fort Greely and North Dakota’s PARCS radar system, and enhance all-domain awareness to counter, detect, track, and defeat potential missile threats. The great State of Alaska has been—and will continue to be—the cornerstone of our missile defense system. I look forward to working with my colleagues in both the House and the Senate to get this important legislation to President Trump’s desk to better secure the homeland.”
“In a world where hostile adversaries like Russia and China present an ever-present nuclear threat, America must stand ready to prevent nuclear weapons from harming our citizens,” said Messmer. “The Golden Dome Act fulfills President Trump’s initiative to keep America safe with this state of the art missile defense shield.”
The GOLDEN DOME Act strengthens the Space Development Agency’s (SDA) independence and accelerates future tranches, which will likely be operated out of Grand Forks Air Force Base. Among other provisions, the bill requires the acceleration of the modernization and digitization of the Perimeter Acquisition Radar Attack Characterization System (PARCS), located at North Dakota’s Cavalier Space Force Station. PARCS is a single-faced, multi-function, UHF-Band, phased-array radar system, which tracks over half of all earth-orbiting objects. The modernization of PARCS improves detection of intercontinental and sea-launched missile threats, as well as improves space domain awareness capabilities.
This legislation is cosponsored by U.S. Senators John Hoeven (R-N.D.), Tim Sheehy (R-MT), Katie Britt (R-AL), Jim Banks (R-IN), Tom Cotton (R-AR), Marsha Blackburn (R-TN), Tommy Tuberville (R-AL), and Tim Scott (R-SC).
Click here for bill text. Click here for expanded summary.
Source: Moscow Government – Government of Moscow –
Teaching a neural network to answer a thousand questions, researching superbugs, determining a person’s chronotype using a DNA test, and recognizing lies using speech markers—this and much more was done by Moscow schoolchildren who participated in the project “In the center of science”. Based at the capital’s universities and leading research clusters, high school students, under the guidance of experts, implemented ideas in the fields of biology, ecology, chemistry, physics and linguistics, conducted experiments, and then presented their results at conferences.
We tell you how the project helps students take their first steps in science, feel like real researchers, and decide on their future profession.
Diving into Science
The project “In the Center of Science” opened last year. More than 15 thousand people took part in it: over 10 thousand high school students, as well as teachers and young scientists. The project, which united the efforts of schools, universities and scientific centers, provided Moscow students with the opportunity to engage in research activities based on modern laboratories and testing grounds, consult with the best mentors, develop their own projects and defend them before the expert community.
For several months, schoolchildren attended specialized clubs, festivals, lectures, master classes, and scientific and experimental courses. They mastered advanced research methods such as microscopy, electrophoresis, 3D printing, data collection and analysis, and modeling of physical and biological processes. Young chemists studied the rate of metal corrosion and prepared a protective solution, physicists created bionic prostheses on a 3D printer, biologists performed DNA sequencing, and ecologists developed ideas for preserving the environment. Professional hackathons were organized for teachers, and meetings of the Young Scientists Club were organized for aspiring researchers.
The schoolchildren presented their projects at internal conferences and city events. And the capital’s scientists told about cutting-edge discoveries in Moscow Palace of Pioneers, where three large lectures, a large-scale festival of natural sciences and the Moscow Science Festival were held in February.
How words reveal deception
Eleventh-grader Alexandra Gatilova from School No. 1238participated in scientific and experimental courses in linguistics. She conducted a study dedicated to identifying lie markers in oral speech. Together with her team, the schoolgirl modeled a situation, interviewed dozens of respondents, analyzed the data and presented the results in the form of diagrams.
“The linguistics courses were held at the Higher School of Economics. For two months, we studied theory and conducted research. Each group had its own topic; ours was working on a project to identify markers of lying in oral monologue speech. The goal was to find out whether it is possible to understand when a person is lying based on certain words. To do this, one part of the respondents was asked to imagine that they were late for a meeting with a friend because the bus did not arrive on time. And the other part was asked to lie that the reason for being late was a delayed bus. Then we deciphered the monologues using a special application and loaded the results into a table, highlighting the matches,” says Alexandra Gatilova.
While working on the project, the schoolchildren discovered the following patterns: truthful respondents more often used polite expressions and words with a softened negative meaning than those who lied. For example, they said about the bus that it was delayed, not late.
“We managed to detect lie markers in 70 percent of respondents. We presented the research results, presented in graphs and tables, at a scientific conference. This development can be used in forensics, training psychologists, for analyzing texts using artificial intelligence in various Telegram channels. We plan to continue working on the project in the next academic year,” says the schoolgirl.
Alexandra Gatilova is also making progress in learning English and Chinese. In the future, the girl wants to become a linguist and teacher.
Participant of the conference “Engineers of the Future” and winner of the Moscow Pre-professional Physics Olympiad Lev Lezhenev from School No. 1434— the author of a project based on artificial intelligence for a large retail chain. Together with his team, the tenth-grader created a website that optimizes the work of the retail employee support service.
“Together with other participants in the project dedicated to artificial intelligence, I spent a week developing a program that would answer questions. After a theoretical course conducted by students from leading Moscow universities, we created an Internet service and built into it a neural network with a database of ready-made answers. In the format of text messages, the company’s employees could find out how many times a month their salary is accrued, how to receive maternity benefits and other important information. In total, the database included answers to about a thousand questions,” says Lev Lezhenev.
Before presenting the finished project at the conference, the schoolchildren made the necessary economic calculations. For the development, the children received an award from the customer company.
“Theoretically, such a model can be implemented at any enterprise. In the future, we want to continue working on the project and create a server that will allow us to enter a wide variety of data. I consider the “In the Center of Science” program to be very useful: it gives the opportunity to expand and deepen school knowledge, applying it in practice. In the future, I want to become a programmer, and this experience is very important to me,” the high school student shares.
The students worked in modern laboratories, collected and analyzed data, and modeled physical and biological processes. Ninth-grader Anastasia Levchenko from School No. 947participated in scientific and experimental courses on chemistry and biotechnology. She studied how the structure of DNA is related to a person’s biological predisposition to a particular chronotype (sleep and wakefulness regime).
“The two-month courses were held at the Skolkovo Institute of Science and Technology. The participants in the experiment were schoolchildren from our and neighboring streams and teachers. After they answered questions about their daily routine, we took a scraping of their buccal epithelium – cells from the inside of the cheek. Then, using an amplifier (a device for conducting a polymerase chain reaction), we isolated DNA from these cells. The nucleotide chains were examined under ultraviolet light and the results were compared with the information from the questionnaires. A thin strip of a pair of nucleotides corresponds to the lark chronotype, a thick one – an owl, and two stripes indicate that their owner belongs to the mixed chronotype of a pigeon. The results coincided with the answers of the study participants by 95 percent. Such tests will help people plan their routine taking into account biological characteristics,” explains Anastasia Levchenko.
The schoolgirl also extracted essential oils and hydrolates (water solutions) from tangerine peel, mint and dried rose petals, and determined the content of chlorophyll and other pigments in different parts of plants. Earlier, she became a prize winner of the municipal stage of the All-Russian School Olympiad in Ecology.
“In the new academic year, I plan to participate in the “At the Center of Science” project again, to do other research. This is a very good base for schoolchildren, there is an opportunity to work with advanced laboratory equipment under the guidance of specialists, to implement their ideas,” says Anastasia Levchenko, who has dreamed of connecting her life with medicine and becoming a surgeon since childhood.
How bacteria develop in kefir and how resistant they are to modern antibiotics was studied by ninth-grader Artem Reutsky from School No. 1558, winner of the Moscow School Olympiad in Biology and English.
“During the scientific and experimental courses on biotechnology, we studied superbugs. This is the name given to microorganisms that have developed resistance to antibiotics during their development. First, we collected theoretical information, then we planted cultures to grow bacteria. The study was conducted on samples of kefir from different manufacturers – we added bacteria and a paper disk soaked in antibiotics to each, and then immersed the samples in a thermostat. After a week, colonies of superbugs resistant to drugs grew in some kefir samples,” says Artem Reutsky.
The schoolchildren’s project confirmed the scientific hypothesis that antibiotic-resistant bacteria can develop in fermented milk products, so food technologists need to pay special attention to production. The students presented the results of their research in the form of diagrams at an internal scientific conference.
“This was my first serious research. It’s great that there is an opportunity to work in a well-equipped laboratory, to gain practical experience. Now I want to get into the summer camp of the project “In the Center of Science”, and in the future – to become a virologist and create a vaccine against the human immunodeficiency virus,” the schoolboy shares.
In the new academic year, the project will continue to expand: the number of courses and clubs will increase, new areas will appear, and the mentoring format will develop. Registration for the summer visiting scientific school is now open, and professional competitions, hackathons, and festivals await schoolchildren in the future. You can find out more and register at website.
Please note: This information is raw content directly from the source of the information. It is exactly what the source states and does not reflect the position of MIL-OSI or its clients.
Please Note; This Information is Raw Content Directly from the Information Source. It is access to What the Source Is Stating and Does Not Reflect
Broadcast journalist Antoinette Lattouf was sacked by the Australian Broadcasting Corporation (ABC) for her political opinions concerning the war in Gaza, the Federal Court has found.
Lattouf has been awarded $70,000 in damages for non-economic loss, based on findings that her sacking caused her what the judge called “great distress”.
Justice Darryl Rangiah said this was obvious from her demeanour in the witness box. She had given evidence of feeling shock and humiliation at being sacked, and that this had affected her sleep and put strain on her personal relationships.
However, the court found Lattouf’s race or ethnicity had played no part in the ABC’s decision to sack her, as she had claimed.
The decision to sack her had been made by Chris Oliver-Taylor, who at the time was chief content officer of the ABC. His decision had been fortified by the views of the then managing director and editor-in-chief of the ABC, David Anderson, that Lattouf had expressed antisemitic opinions.
The court found Oliver-Taylor was under pressure from many sources: the external complaints, Anderson’s view of the matter, and the wishes of the then chair Ita Buttrose to put an end to it.
There was also a desire to appease the pro-Israel lobby, to defend the ABC’s reputation for impartiality, and to mitigate the impact of a story that he knew The Australian newspaper was about the publish on the issue.
The case arose from events that occurred in December 2023.
The ABC hired Lattouf, a journalist of Lebanese heritage, as a relief presenter on the mornings program of Sydney ABC Radio for one week leading up to Christmas. The mornings program consisted of light entertainment interspersed with hourly news bulletins. It did not otherwise offer news or current affairs content.
Lattouf had worked for the ABC previously and was well-regarded inside the organisation. Her appointment was uncontroversial among those involved in making it, and she started work on Monday December 18.
Before this stint began, Lattouf had made a series of personal social media posts accusing Israeli soldiers of using rape as a weapon of war. Then, early in the week she was on air, she posted on her personal social media profile a report by Human Rights Watch alleging Israel was using starvation as a weapon of war in Gaza. A few days earlier, the ABC had also posted this report on its own website.
Like the ABC, Lattouf posted it without comment.
However, an orchestrated campaign by the Jewish lobby to have her taken off air had already begun, on the basis of what she had previously published on her private social media account, and Justice Rangiah observed that this had caused consternation among senior ABC management.
This consternation turned to panic after the posting of the Human Rights Watch report, and the campaign intensified. A coordinated email campaign by a pro-Israel lobbying group called “Lawyers for Israel”, and another group called “J.E.W.I.S.H creatives and academics”, demanded Lattouf be sacked, threatening legal action if she was not.
Messages from a WhatsApp group leaked to The Sydney Morning Herald and The Age showed that in this way, the campaigners put intense pressure on the ABC’s most senior officers at the time, Anderson and Buttrose.
On December 20, Lattouf was told when she came off air she would not be required for the final two days of her engagement. The Fair Work Commission subsequently found this amounted to sacking her. She then sued the ABC in the Federal Court for unlawful termination, alleging she had been dismissed because of her race and political views.
When the matter came before the Federal Court in February 2025, the ABC argued she had been dismissed not because of her race or political views but because she had disobeyed a lawful instruction not to post anything “controversial” on social media while working for the ABC.
The ABC alleged her act of disobedience was the posting of the Human Rights Watch report. In the course of the proceedings, emails between Anderson and Buttrose were admitted into evidence. They showed Buttrose telling Anderson she was “over” getting these complaints about Lattouf, and asking “can’t she come down with flu or COVID or a stomach upset? We owe her nothing.”
Giving evidence during the court hearing, Buttrose said she had proposed this as a face-saving device for Lattouf’s benefit.
In making a formal determination that Lattouf had been terminated, Justice Rangiah dismissed the ABC’s argument that she had simply been told there would be no work for her on the final two days of her contracted period of employment.
He also found Lattouf had not been instructed not to post on her social media account but had merely been told she would be ill-advised to publish anything “controversial” while on air.
In dismissing Lattouf for her political opinions, the ABC breached section 772 of the Fair Work Act, and by depriving her of an opportunity to defend herself before dismissing her it also breached the ABC’s enterprise bargaining agreement.
The question of whether the ABC should suffer a financial penalty for these breaches will be decided at a later date.
It was evident throughout the proceedings that the ABC had been concerned not just to put an end to the complaints about Lattouf but to protect the organisation’s reputation for impartiality.
In the event, the way the case was handled has done substantial damage to the ABC’s reputation, not just for impartiality but for its capacity to stand up for its journalists and presenters when they come under external attack.
Lattouf is one of several journalists whom the ABC has failed to defend from attacks by politicians, pressure groups and News Corporation. The latter’s flagship newspaper, The Australian, has conducted virulent campaigns against ABC journalists, most notably Stan Grant, as well as Lattouf and others.
The managerial consternation and panic observed by Justice Rangiah in Lattouf’s case were discernible also in the Grant case and in the way the ABC handled the controversy over star journalist Laura Tingle’s observation at a writer’s festival that Australia was a racist country.
This is a cultural weakness in the ABC. Its editorial leadership seems not to understand that the first duty of an editor is to create a safe space in which their staff can do good journalism.
It is a malaise that goes back at least as far as the 2018 debacle in which a former chair, Justin Milne, and former managing director, Michelle Guthrie, showed themselves susceptible to pressure from the Turnbull government.
Both resigned within a few days of each other after a stream of sensational allegations leaked to the press about Milne allegedly calling on Guthrie to fire the chief economics correspondent, Emma Alberici, and the political editor, Andrew Probyn.
Perhaps the Lattouf case will at last stiffen their sinews and make standing up for their journalists a primary qualification for editorial leadership.
The Lattouf case also leaves unresolved the question of the extent to which a media organisation is entitled to place restrictions on a staff journalist’s private activities to protect its interests and reputation.
Denis Muller does not work for, consult, own shares in or receive funding from any company or organisation that would benefit from this article, and has disclosed no relevant affiliations beyond their academic appointment.
LONDON, June 24, 2025 (GLOBE NEWSWIRE) — TW Pro, a financial company, has launched Quant-Level Risk Intel, a new feature that gives everyday investors access to advanced market risk insights. The tool, now live on the platform, helps users understand market changes using risk data similar to what professionals use.
This update is part of TW Pro’s efforts to make trading tools easier to understand and more useful for individual investors. The feature breaks down complex market data and shows users where risk may be rising or falling across different assets.
Making Risk Easier to Understand
More people are trading in the markets than ever before, but many still don’t have the tools to track risk the way big firms do. TW Pro’s new tool aims to fix that by showing risk indicators in a simple, clear format.
Instead of using complicated charts or formulas, the platform now gives users easy-to-read signals based on live market conditions. These signals help show things like rising volatility or big shifts in market direction.
“We saw that a lot of regular investors were just guessing during volatile market moves,” said a TW Pro spokesperson. “We wanted to give them something clear to look at, something that makes sense without needing a finance degree.”
The Quant-Level Risk Intel’s objective is to keep users alert when the market begins to move quickly. Users can see more of what’s happening behind the scenes, but it doesn’t advise them on what to buy or sell.
Keeping Investors Prepared
Markets may shift rapidly and frequently without much notice. Many investors find it hard to keep up when prices swing or news hits suddenly. TW Pro’s new risk feature is built to give users a heads-up when things start to shift.
The spokesperson explained, “We’ve all had those days where everything drops or jumps for no clear reason. It may seem too much to handle. This tool gives people a way to step back and make more sense of it.”
Instead of offering predictions, the newly launched Quant-Level Risk Intel shows market pressure points. It tracks data from different sources and updates in real time. Users can use it to stay more aware and adjust their trading if they choose.
TW Pro says this is part of a bigger push to bring useful tools to people who manage their own money. The company is focused on giving investors better ways to spot risk without adding confusion or complexity.
More Tools in the Works
TW Pro plans to keep adding tools that help retail investors make smarter choices. The company says it will use feedback from users to improve the new feature over time.
“We’re not here to tell anyone what to do,” the spokesperson said. “But we think people should at least have a fair shot at understanding the risk they’re taking. This is one way to help with that.”
The new risk insight tool is now available to all users on the TW Pro platform. It doesn’t require extra fees or downloads. More updates are expected later this year.
About TW Pro
TW Pro is a financial company that offers access to stocks, ETFs, forex, commodities, indices, and cryptocurrencies. It provides a user-friendly investment platform with low-cost trading, no execution fees, and educational tools like video courses and webinars. TW Pro supports investors with secure account options and a wide range of global market opportunities.
Disclaimer: This press release is provided by TW Pro. The statements, views, and opinions expressed in this content are solely those of the content provider and do not necessarily reflect the views of this media platform or its publisher. We do not endorse, verify, or guarantee the accuracy, completeness, or reliability of any information presented. This content is for informational purposes only and should not be considered financial, investment, or trading advice. Investing in crypto and mining related opportunities involves significant risks, including the potential loss of capital. Readers are strongly encouraged to conduct their own research and consult with a qualified financial advisor before making any investment decisions. However, due to the inherently speculative nature of the blockchain sector–including cryptocurrency, NFTs, and mining–complete accuracy cannot always be guaranteed. Neither the media platform nor the publisher shall be held responsible for any fraudulent activities, misrepresentations, or financial losses arising from the content of this press release.Speculate only with funds that you can afford to lose.Neither the media platform nor the publisher shall be held responsible for any fraudulent activities, misrepresentations, or financial losses arising from the content of this press release. In the event of any legal claims or charges against this article, we accept no liability or responsibility.
Legal Disclaimer: This media platform provides the content of this article on an “as-is” basis, without any warranties or representations of any kind, express or implied. We do not assume any responsibility or liability for the accuracy, content, images, videos, licenses, completeness, legality, or reliability of the information presented herein. Any concerns, complaints, or copyright issues related to this article should be directed to the content provider mentioned above.
LONDON, June 24, 2025 (GLOBE NEWSWIRE) — TW Pro, a financial company, has launched Quant-Level Risk Intel, a new feature that gives everyday investors access to advanced market risk insights. The tool, now live on the platform, helps users understand market changes using risk data similar to what professionals use.
This update is part of TW Pro’s efforts to make trading tools easier to understand and more useful for individual investors. The feature breaks down complex market data and shows users where risk may be rising or falling across different assets.
Making Risk Easier to Understand
More people are trading in the markets than ever before, but many still don’t have the tools to track risk the way big firms do. TW Pro’s new tool aims to fix that by showing risk indicators in a simple, clear format.
Instead of using complicated charts or formulas, the platform now gives users easy-to-read signals based on live market conditions. These signals help show things like rising volatility or big shifts in market direction.
“We saw that a lot of regular investors were just guessing during volatile market moves,” said a TW Pro spokesperson. “We wanted to give them something clear to look at, something that makes sense without needing a finance degree.”
The Quant-Level Risk Intel’s objective is to keep users alert when the market begins to move quickly. Users can see more of what’s happening behind the scenes, but it doesn’t advise them on what to buy or sell.
Keeping Investors Prepared
Markets may shift rapidly and frequently without much notice. Many investors find it hard to keep up when prices swing or news hits suddenly. TW Pro’s new risk feature is built to give users a heads-up when things start to shift.
The spokesperson explained, “We’ve all had those days where everything drops or jumps for no clear reason. It may seem too much to handle. This tool gives people a way to step back and make more sense of it.”
Instead of offering predictions, the newly launched Quant-Level Risk Intel shows market pressure points. It tracks data from different sources and updates in real time. Users can use it to stay more aware and adjust their trading if they choose.
TW Pro says this is part of a bigger push to bring useful tools to people who manage their own money. The company is focused on giving investors better ways to spot risk without adding confusion or complexity.
More Tools in the Works
TW Pro plans to keep adding tools that help retail investors make smarter choices. The company says it will use feedback from users to improve the new feature over time.
“We’re not here to tell anyone what to do,” the spokesperson said. “But we think people should at least have a fair shot at understanding the risk they’re taking. This is one way to help with that.”
The new risk insight tool is now available to all users on the TW Pro platform. It doesn’t require extra fees or downloads. More updates are expected later this year.
About TW Pro
TW Pro is a financial company that offers access to stocks, ETFs, forex, commodities, indices, and cryptocurrencies. It provides a user-friendly investment platform with low-cost trading, no execution fees, and educational tools like video courses and webinars. TW Pro supports investors with secure account options and a wide range of global market opportunities.
Disclaimer: This press release is provided by TW Pro. The statements, views, and opinions expressed in this content are solely those of the content provider and do not necessarily reflect the views of this media platform or its publisher. We do not endorse, verify, or guarantee the accuracy, completeness, or reliability of any information presented. This content is for informational purposes only and should not be considered financial, investment, or trading advice. Investing in crypto and mining related opportunities involves significant risks, including the potential loss of capital. Readers are strongly encouraged to conduct their own research and consult with a qualified financial advisor before making any investment decisions. However, due to the inherently speculative nature of the blockchain sector–including cryptocurrency, NFTs, and mining–complete accuracy cannot always be guaranteed. Neither the media platform nor the publisher shall be held responsible for any fraudulent activities, misrepresentations, or financial losses arising from the content of this press release.Speculate only with funds that you can afford to lose.Neither the media platform nor the publisher shall be held responsible for any fraudulent activities, misrepresentations, or financial losses arising from the content of this press release. In the event of any legal claims or charges against this article, we accept no liability or responsibility.
Legal Disclaimer: This media platform provides the content of this article on an “as-is” basis, without any warranties or representations of any kind, express or implied. We do not assume any responsibility or liability for the accuracy, content, images, videos, licenses, completeness, legality, or reliability of the information presented herein. Any concerns, complaints, or copyright issues related to this article should be directed to the content provider mentioned above.
BALTIMORE, Md., June 24, 2025 (GLOBE NEWSWIRE) — As artificial intelligence (AI) technology sweeps across global financial markets, Panther Quantitative Intelligence Trading Center (PQTIC)’s flagship product, the Ultra X Quantitative Trading System, has become an industry leader due to its exceptional performance. Its innovative AI-driven trading strategies and multi-asset support capabilities have attracted global attention. Recently, The LAO, a world-leading investment-focused decentralized autonomous organization (DAO), initiated talks with PQTIC, proposing to acquire a 20% stake in the Ultra X system for $150 million, which represents a premium of approximately 4.5 times based on the current market value. According to informed sources, the two parties have entered into deep discussions, and PQTIC is evaluating the proposal. This deal not only highlights the immense potential of Ultra X but also injects strong confidence into the future of AI-driven quantitative trading.
Ultra X: A Pioneer in AI Quantitative Trading Ultra X is PQTIC’s core technological achievement, integrating deep learning, natural language processing, and blockchain technology to provide investors with intelligent and efficient trading solutions. The system supports a variety of assets, including stocks (such as NASDAQ), gold, options, and cryptocurrencies (such as BTC, ETH, USDT). Through precise market predictions and adaptive strategies, it stands out in complex market environments. In 2024, Ultra X’s trading strategy accuracy exceeded 90% (based on PQTIC’s internal data), demonstrating its exceptional competitive advantage.
The LAO’s premium acquisition proposal further validates Ultra X’s market value. As the world’s earliest investment-focused DAO, The LAO is known for its sharp investment insights, and its interest in Ultra X underscores the system’s leading position in the AI quantitative trading field. Industry experts state, “Ultra X’s multi-asset support and real-time monitoring capabilities make it an ideal choice for institutional investors. The LAO’s 4.5x premium acquisition reflects the market’s strong confidence in the potential of AI trading.”
Core Advantages and Features of Ultra X The success of Ultra X stems from its unique technological advantages and user-oriented design. The following are its core features:
1.High-Precision AI Algorithms: By analyzing vast amounts of market data, on-chain transaction records, and social media sentiment, Ultra X generates precise trading strategies. For example, when the price of BTC surpassed $80,000 in 2024, Ultra X accurately predicted and executed a high-yield strategy.
2.Multi-Asset Coverage: Supports stocks, gold, options, and cryptocurrencies, dynamically adjusting asset allocation to optimize the risk-return ratio, catering to the diverse needs of both institutional and retail investors.
3.Real-Time Market Insights: Provides a visual fund flow dashboard, tracking the movements of cryptocurrencies (such as USDT, BTC, ETH) in real-time to help users make quick decisions.
4.Blockchain-Enabled Ecosystem: Integrates the native token PTR to ensure transparency in trading, while also supporting ecosystem incentives and community governance, enhancing user participation.
Trust and Transparency Assurance PQTIC has earned widespread trust through transparent and compliant operations. The trading performance of Ultra X and the usage of PTR tokens are disclosed through monthly independent audit reports, available for users to review on the official website (https://pqtic.com). All funds are managed by third-party custodians, and PTR reserves are stored in multi-signature cold wallets for enhanced security. Additionally, PQTIC donates 5% of Ultra X’s profits to educational and technological public welfare projects, showcasing its social responsibility and earning respect from investors and the community.
The ongoing acquisition talks with The LAO further boost market confidence in Ultra X. If the deal is finalized, PQTIC will gain more resources to accelerate the global expansion and technological upgrade of Ultra X, while also providing potential value growth for PTR token holders.
PTR Token: The Link to the Ultra X Ecosystem The success of Ultra X is closely tied to the support of its native token, PTR. PTR acts as a bridge connecting investors, developers, and the platform. It supports the decentralized financing system for research and development, while offering holders access to premium features and profit sharing (10% of trading profits). PQTIC’s market value management plan and potential repurchase strategy further safeguard the long-term value of PTR. It is expected that the token price could increase by 300%-500% in the next six months (based on similar project performance).
About Panther Quantitative Intelligence Trading Center Founded in 2017 and headquartered in New York, Panther Quantitative Intelligence Trading Center (PQTIC) is a pioneer in AI-driven quantitative trading. Its flagship product, Ultra X, integrates deep learning, natural language processing, and blockchain technology to provide intelligent trading solutions. With a global partner network, Panther is committed to reshaping the future of wealth creation. Official website: https://pqtic.com.
Disclaimer: This press release is provided by Panther Quantitative Intelligence Trading Center. The statements, views, and opinions expressed in this content are solely those of the content provider and do not necessarily reflect the views of this media platform or its publisher. We do not endorse, verify, or guarantee the accuracy, completeness, or reliability of any information presented. This content is for informational purposes only and should not be considered financial, investment, or trading advice. Investing in crypto and mining related opportunities involves significant risks, including the potential loss of capital. Readers are strongly encouraged to conduct their own research and consult with a qualified financial advisor before making any investment decisions. However, due to the inherently speculative nature of the blockchain sector–including cryptocurrency, NFTs, and mining–complete accuracy cannot always be guaranteed. Neither the media platform nor the publisher shall be held responsible for any fraudulent activities, misrepresentations, or financial losses arising from the content of this press release. Speculate only with funds that you can afford to lose. Neither the media platform nor the publisher shall be held responsible for any fraudulent activities, misrepresentations, or financial losses arising from the content of this press release. In the event of any legal claims or charges against this article, we accept no liability or responsibility.
Legal Disclaimer: This media platform provides the content of this article on an “as-is” basis, without any warranties or representations of any kind, express or implied. We do not assume any responsibility or liability for the accuracy, content, images, videos, licenses, completeness, legality, or reliability of the information presented herein. Any concerns, complaints, or copyright issues related to this article should be directed to the content provider mentioned above.
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NEW YORK, June 24, 2025 (GLOBE NEWSWIRE) — SkyCrest Capital, a global fintech innovator, today announced the launch of its transformative Pension Plan, a structured asset growth initiative set to begin on Monday, June 23, 2025. Powered by the proprietary SAX-iCore AI Structural Recognition System and executed via the LEXO decentralized trading platform, the plan targets a 150% net return in its first week, offering individual traders and investors a disciplined, AI-driven path to wealth accumulation.
Headquartered in Manhattan, SkyCrest Capital manages $1.2 billion in assets for over 600 high-net-worth clients across New York, Singapore, and Dubai. Known for its SkyAlpha X 2.0 AI system, which achieves 95% crypto trend prediction accuracy, and the SkyFund Protocol (SKF), SkyCrest now introduces the Pension Plan to democratize structured trading. Unlike traditional models, this initiative emphasizes “rhythm over judgment, system over emotion,” delivering replicable growth through high-probability intraday trades and mid-term positions over a 40-day cycle.
Pension Plan: A Structured Approach to Wealth The Pension Plan leverages SAX-iCore’s real-time structural analysis to provide:
Daily AI Signals: High-probability trade cues tailored to account profiles.
Automated Trading Rhythms: Dynamic position tiers based on capital and experience.
Real-Time Transparency: On-chain auditability via LEXO’s multi-chain platform.
Account Autonomy: User-controlled wallets with independent fund access.
SkyCrest’s 150% first-week target stems from SAX-iCore’s stress tests, which showed weekly returns of 90% to 160%. “This isn’t a gimmick—it’s a data-driven structural model,” said Nathaniel Ross, SkyCrest’s founder. “Our AI customizes execution to each account, ensuring precision and scalability.”
LEXO Platform: Secure and Transparent Execution All trades occur on LEXO, a decentralized, MSB-registered platform compliant with FinCEN’s KYC/AML and BSA requirements. LEXO ensures:
Full on-chain transparency with real-time audit uploads.
Non-custodial asset management via user wallets integrated with SAX-iCore.
Support for USDT-denominated contracts and U.S. stock derivative simulations.
“LEXO maximizes autonomy and compliance,” a SkyCrest spokesperson noted. “Participants retain full control while benefiting from AI-driven strategies.”
Strong Early Adoption SkyCrest pre-evaluated over 500 prospective participants, onboarding the first batch of mid-sized accounts today. Early feedback is positive, with a Texas participant stating, “The SAX-iCore integration is seamless, and my trades this morning show steady gains.” In response to user demand for transparency, SkyCrest will launch a Strategy Visualization Module this week to provide AI rationale and operational insights.
Industry Interest and Future Vision The Pension Plan has drawn inquiries from New York hedge research institutes, a Silicon Valley AI wealth platform, and an Asian ETF innovation fund, signaling its potential to redefine structured finance. This initiative paves the way for SkyCrest’s 2026 structured fund public offering, combining AI strategies with on-chain transparency.
“The Pension Plan is more than a program—it’s a new financial paradigm,” Ross said. “We’re building a sustainable asset pathway with LEXO’s secure infrastructure.” SkyCrest will continue onboarding participants in controlled batches, with the first performance checkpoint set for Friday, shared via community channels.
SkyCrest Capital invites traders to join this bold venture.
About SkyCrest Capital Founded in 2019, SkyCrest Capital is a global fintech leader headquartered in New York, blending AI with asset management. Serving high-net-worth clients with equity, crypto, and DeFi strategies, it manages $1.2 billion in assets across a global network.
Disclaimer: This press release is provided by SkyCrest Capital. The statements, views, and opinions expressed in this content are solely those of the content provider and do not necessarily reflect the views of this media platform or its publisher. We do not endorse, verify, or guarantee the accuracy, completeness, or reliability of any information presented. This content is for informational purposes only and should not be considered financial, investment, or trading advice. Investing in crypto and mining related opportunities involves significant risks, including the potential loss of capital. Readers are strongly encouraged to conduct their own research and consult with a qualified financial advisor before making any investment decisions. However, due to the inherently speculative nature of the blockchain sector–including cryptocurrency, NFTs, and mining–complete accuracy cannot always be guaranteed. Neither the media platform nor the publisher shall be held responsible for any fraudulent activities, misrepresentations, or financial losses arising from the content of this press release.Speculate only with funds that you can afford to lose.Neither the media platform nor the publisher shall be held responsible for any fraudulent activities, misrepresentations, or financial losses arising from the content of this press release. In the event of any legal claims or charges against this article, we accept no liability or responsibility.
Legal Disclaimer: This media platform provides the content of this article on an “as-is” basis, without any warranties or representations of any kind, express or implied. We do not assume any responsibility or liability for the accuracy, content, images, videos, licenses, completeness, legality, or reliability of the information presented herein. Any concerns, complaints, or copyright issues related to this article should be directed to the content provider mentioned above.
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DENVER, June 24, 2025 (GLOBE NEWSWIRE) — CoinBom has officially launched its new AI-Powered Copy Trading System, marking a significant milestone in the platform’s continued commitment to intelligent wealth management and quantitative investment. This system integrates advanced AI algorithms with cyclical trading strategies, offering users a more stable and efficient way to grow their digital asset portfolios.
Since its inception, CoinBom has remained committed to the core values of security, transparency, and innovation, building technology-driven financial products that empower users worldwide. The launch of the AI Copy Trading System reflects the platform’s deep insight into market trends and user demands.
Technology-Driven Wealth Growth The newly introduced AI Copy Trading System combines machine learning, behavioral data analytics, and market cycle modeling. It offers real-time market analysis and automatic execution of strategies, reducing human error while improving trading precision. The system supports customized strategies, making it ideal for both professional traders and novice investors seeking an easy-to-follow, automated experience.
In addition to the copy trading system, CoinBom provides a comprehensive suite of services designed to meet diverse investment needs:
Contract Trading: Supports perpetual and futures contracts for major cryptocurrencies like Bitcoin, Ethereum, and Litecoin, as well as gold, enabling flexible asset allocation.
AI Investment Advisory: Delivers automated portfolio recommendations based on AI analysis, with a historical annualized return rate ranging from 3.5% to 8.2%.
Customized Asset Management: Offers services including spot trading, leveraged investment, DeFi lending, OTC channels, and integrated portfolio management tools to enhance capital efficiency.
Five Pillars of Trust and Innovation CoinBom’s competitive edge is built on five core strengths:
Top-Tier Security: Implements AES-256 encryption, multi-signature protection, hot/cold wallet separation, and real-time risk monitoring. The platform adheres to SEC and CFTC regulatory frameworks for full compliance.
User-Centric Design: Provides multi-language support, seamless experience across web, iOS, and Android platforms, industry-leading deposit/withdrawal efficiency, and 24/7 customer service.
Innovation-Driven Growth: Continuously introduces cutting-edge fintech products for risk hedging, smart trading, and surplus management, meeting the needs of both retail and institutional users.
Global Expansion Strategy: Actively collaborates with blockchain, AI, and fintech partners to build a globally integrated digital finance ecosystem.
Efficient Wealth Management: Blends AI with quantitative strategies to provide stable, long-term asset growth solutions trusted by high-net-worth individuals and institutions.
Looking Ahead: Building the Future of Global Fintech CoinBom plans to further strengthen its investment in AI-driven finance, global compliance, and product innovation. The platform will continue expanding its product portfolio and explore new partnerships with global regulatory bodies to promote healthy, sustainable development of the digital asset industry.
“Our goal is to create a more intelligent, efficient, and accessible investment experience for users around the world,” said a CoinBom spokesperson. “Through ongoing innovation and responsible technology, we’re shaping the future of digital finance.”
About CoinBom Founded in 2020 and headquartered in the United States, CoinBom is a global digital asset trading platform focused on contract trading, AI investment advisory, and multi-asset management. With its commitment to security, transparency, and technological innovation, CoinBom continues to offer trustworthy financial solutions to users around the world.
Disclaimer: This press release is provided by CoinBom. The statements, views, and opinions expressed in this content are solely those of the content provider and do not necessarily reflect the views of this media platform or its publisher. We do not endorse, verify, or guarantee the accuracy, completeness, or reliability of any information presented. This content is for informational purposes only and should not be considered financial, investment, or trading advice. Investing in crypto and mining related opportunities involves significant risks, including the potential loss of capital. Readers are strongly encouraged to conduct their own research and consult with a qualified financial advisor before making any investment decisions. However, due to the inherently speculative nature of the blockchain sector–including cryptocurrency, NFTs, and mining–complete accuracy cannot always be guaranteed. Neither the media platform nor the publisher shall be held responsible for any fraudulent activities, misrepresentations, or financial losses arising from the content of this press release.Speculate only with funds that you can afford to lose.Neither the media platform nor the publisher shall be held responsible for any fraudulent activities, misrepresentations, or financial losses arising from the content of this press release. In the event of any legal claims or charges against this article, we accept no liability or responsibility.
Legal Disclaimer: This media platform provides the content of this article on an “as-is” basis, without any warranties or representations of any kind, express or implied. We do not assume any responsibility or liability for the accuracy, content, images, videos, licenses, completeness, legality, or reliability of the information presented herein. Any concerns, complaints, or copyright issues related to this article should be directed to the content provider mentioned above.
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The more we learn about orcas, the more remarkable they are. These giant dolphins are the ocean’s true apex predator, preying on great white sharks and other lesser predators.
They’re very intelligent and highly social. Their clans are matrilineal, centred around a older matriarch who teaches her clan her own vocalisations. Not only this, but the species is one of only six known to experience menopause, pointing to the social importance of older females after their reproductive years. Different orca groups have fashion trends, such as one pod who returned to wearing salmon as a hat, decades after it went out of vogue.
But for all their intelligence, one thing has been less clear. Can orcas actually make tools, as humans, chimps and other primates do? In research out today by United States and British researchers, we have an answer: yes.
Using drones, researchers watched as resident pods in the Salish Sea broke off the ends of bull kelp stalks and rolled them between their bodies. This, the researchers say, is likely to be a grooming practice – the first tool-assisted grooming seen in marine animals.
This video shows whales using kelp tools in what appears to be social grooming behaviour. Credit: Center for Whale Research.
Self kelp: why would orcas make tools?
Tool use and tool making have been well documented in land-based species. But it’s less common among marine species. This could be partly due to the challenge of observing them.
This field of research expands what we know these animals are capable of. Not only are orcas spending time making kelp into a grooming tool, but they’re doing it socially – two orcas have to work together to rub the kelp against their bodies.
To make the tool, the orcas use their teeth to grab a stalk of kelp by its “stipe” – the long, narrow part near the seaweed’s holdfast, where it tethers to the rock. They use their teeth, motion of their body and the drag of the kelp to break off a piece of this narrow stipe.
Next, they approach a social partner, flip the length of the kelp onto their rostrum (their snout-like projection) and press their head and the kelp against their partner’s flank. The two orcas use their fins and flukes to trap the kelp while rolling it between their bodies. During this contact, the orcas would roll and twist their bodies – often in an exaggerated S-shaped posture. A similar posture has been seen among orcas in other groups, who adopt it when rubbing themselves on sand or pebbles.
Why do it? The researchers suggest this practise may be social skin-maintenance. Bottlenose dolphin mothers are known to remove dead skin from their calves using flippers, while tool-assisted grooming of a partner has been seen in primates, but infrequently and usually in captivity.
Orcas across different social groups, ages and genders were seen doing this. But they were more likely to groom close relatives or those of similar age. There was some evidence suggesting whales with skin conditions were more likely to do the kelp-based grooming.
Humpback whales are known to wear kelp in a practice known as “kelping”. But this study covers a different behaviour, which the authors dub “allokelping” (kelping others).
A surprise from well-studied pods
Interestingly, this new discovery comes from some of the most well-studied and famous orcas in the world – a group known as the southern resident killer whales. If you were a child of the 90s, you would have seen them in the opening scene of Free Willy, the movie which set me on my path to study cetaceans.
These orcas consist of three pods known as J, K and L pods. Each live in the Salish Sea in the Pacific Northwest on the border of Canada and the US.
Researchers fly drones over these resident pods most days and have access to almost 50 years of observations. But this is the first time the tool-making behaviour has been seen.
Unfortunately, these pods are critically endangered. They’re threatened by sound pollution from shipping, polluted water, vessel strike and loss of their main food source – Chinook salmon.
A pod of killer whales off Vancouver, Canada. Vanessa Pirotta, CC BY-NC-ND
Orcas are smart
In one sense, the findings are not a surprise, given the intelligence of these animals.
In the Antarctic, orcas catch seals by making waves to wash them off ice floes. Before European colonisation, orcas and First Nations groups near Eden hunted whales together.
While orcas are often called “killer whales”, they’re not whales. They’re the biggest species of dolphin, growing up to nine metres long. They’re found across all the world’s oceans.
Within the species, there’s a surprising amount of diversity. Scientists group orcas into different ecotypes – populations adapted to local conditions. Different orca groups can differ substantially, from size to prey to habits. For instance, transient orcas cover huge distances seeking larger prey, while resident orcas stick close to areas with lots of fish.
Not just a fluke
Because orcas differ so much, we don’t know whether other pods have discovered or taught these behaviours.
But what this research does point to is that tool making may be more common among marine mammals than we expected. No hands – no problem.
Vanessa Pirotta does not work for, consult, own shares in or receive funding from any company or organisation that would benefit from this article, and has disclosed no relevant affiliations beyond their academic appointment.
Shutting off the internet within an entire country is a serious action. It severely limits people’s ability to freely communicate and to find reliable information during times of conflict.
In countries that have privatised mobile and internet providers, control is often exercised through legislation or through government directives – such as age restrictions on adult content. By contrast, Iran has spent years developing the capacity to directly control its telecommunications infrastructure.
So how can a country have broad control over internet access, and could this happen anywhere in the world?
How does ‘blocking the internet’ work?
The “internet” is a broad term. It covers many types of applications, services and, of course, the websites we’re familiar with.
A nation may opt to physically disconnect the incoming internet connectivity at the point of entry to the country (imagine pulling the plug on a telephone exchange).
This allows for easy recovery of service when the government is ready, but the impact will be far-reaching. Nobody in the country, including the government itself, will be able to connect to the internet – unless the government has its own additional, covert connectivity to the rest of the world.
This is where it gets more technical. Every internet-connected endpoint – laptop, computer, mobile phone – has an IP (internet protocol) address. They’re strings of numbers; for example, 77.237.87.95 is an address assigned to one of the internet service providers in Iran.
IP addresses identify the device on the public internet. However, since strings of numbers are not easy to remember, humans use domain names to connect to services – theconversation.com is an example of a domain name.
That connection between the IP address and the domain is controlled by the domain name system or DNS. It’s possible for a government to control access to key internet services by modifying the DNS – this manipulates the connection between domain names and their underlying numeric addresses.
An additional way to control the internet involves manipulating the traffic flow. IP addresses allow devices to send and receive data across networks controlled by internet service providers. In turn, they rely on the border gateway protocol (BGP) – think of it like a series of traffic signs which direct internet traffic flow, allowing data to move around the world.
Governments could force local internet service providers to remove their BGP routes from the internet. As a result, the devices they service wouldn’t be able to connect to the internet. In the same manner, the rest of the world would no longer be able to “see” into the country.
These events clearly show that if a government anywhere in the world wants to turn off the internet, it really can. The democratic state of the country is the most significant influence on the willingness to undertake such action – not the technical capability.
However, in today’s world, being disconnected from the internet will heavily impact people’s lives, jobs and the economy. It’s not an action to be taken lightly.
How can people evade internet controls?
Virtual private networks or VPNs have long been used to hide communications in countries with strict internet controls, and continue to be an effective internet access method for many people. (However, there are indications Iran has clamped down on VPN use in recent times.)
However, VPNs won’t help when the internet is physically disconnected. Depending on configuration, if BGP routes are blocked, this may also prevent any VPN traffic from reaching the target.
This is where independent satellite internet services open up the most reliable alternative. Satellite internet is great for remote and rural areas where traditional internet service providers have yet to establish their cabling infrastructure – or can’t do so.
Even if traditional wired or wireless internet connections are unavailable, services such as Starlink, Viasat, Hughesnet and others can provide internet access through satellites orbiting Earth.
To use satellite internet, users rely on antenna kits supplied by providers. In Iran, Elon Musk’s Starlink was activated during the blackout, and independent reports suggest there are thousands of Starlink receivers secretly operating in the country.
The authors do not work for, consult, own shares in or receive funding from any company or organisation that would benefit from this article, and have disclosed no relevant affiliations beyond their academic appointment.
After 12 days of war, US President Donald Trump announced a ceasefire between Israel and Iran that would bring to an end the most dramatic, direct conflict between the two nations in decades.
Israel and Iran both agreed to adhere to the ceasefire, though they said they would respond with force to any breach.
If the ceasefire holds – a big if – the key question will be whether this signals the start of lasting peace, or merely a brief pause before renewed conflict.
As contemporary war studies show, peace tends to endure under one of two conditions: either the total defeat of one side, or the establishment of mutual deterrence. This means both parties refrain from aggression because the expected costs of retaliation far outweigh any potential gains.
What did each side gain?
The war has marked a turning point for Israel in its decades-long confrontation with Iran. For the first time, Israel successfully brought a prolonged battle to Iranian soil, shifting the conflict from confrontations with Iranian-backed proxy militant groups to direct strikes on Iran itself.
This was made possible largely due to Israel’s success over the past two years in weakening Iran’s regional proxy network, particularly Hezbollah in Lebanon and Shiite militias in Syria.
Over the past two weeks, Israel has inflicted significant damage on Iran’s military and scientific elite, killing several high-ranking commanders and nuclear scientists. The civilian toll was also high.
Additionally, Israel achieved a major strategic objective by pulling the United States directly into the conflict. In coordination with Israel, the US launched strikes on three of Iran’s primary nuclear facilities: Fordow, Natanz and Isfahan.
Despite these gains, Israel has not accomplished all of its stated goals. Prime Minister Benjamin Netanyahu had voiced support for regime change, urging Iranians to rise up against Supreme Leader Ali Khamenei’s government, but the senior leadership in Iran remains intact.
Although Iran was caught off-guard by Israel’s attacks — particularly as it was engaged in nuclear negotiations with the US — it responded by launching hundreds of missiles towards Israel.
Iran has demonstrated its capacity to strike back, though Israel has succeeded in destroying many of its air defence systems, some ballistic missile assets (including missile launchers) and multiple energy facilities.
Since the beginning of the assault, Iranian officials have repeatedly called for a halt to resume negotiations. Under such intense pressure, Iran has realised it would not benefit from a prolonged war of attrition with Israel — especially as both nations face mounting costs and the risk of depleting their military stockpiles if the war continues.
As theories of victory suggest, success in war is defined not only by the damage inflicted, but by achieving core strategic goals and weakening the enemy’s will and capacity to resist.
While Israel claims to have achieved the bulk of its objectives, the extent of the damage to Iran’s nuclear program is not fully known, nor is its capacity to continue enriching uranium.
Both sides could remain locked in a volatile standoff over Iran’s nuclear program, with the conflict potentially reigniting whenever either side perceives a strategic opportunity.
Sticking point over Iran’s nuclear program
Iran faces even greater challenges when it emerges from the war. With a heavy toll on its leadership and nuclear infrastructure, Tehran will likely prioritise rebuilding its deterrence capability.
That includes acquiring new advanced air defence systems — potentially from China — and restoring key components of its missile and nuclear programs. (Some experts say Iran has not used some of its most powerful missiles to maintain this deterrence.)
Iranian officials have claimed they safeguarded more than 400 kilograms of 60% enriched uranium before the attacks. This stockpile could theoretically be converted into nine to ten nuclear warheads if further enriched to 90%.
Trump declared Iran’s nuclear capacity had been “totally obliterated”, whereas Rafael Grossi, the United Nations’ nuclear watchdog chief, said damage to Iran’s facilities was “very significant”.
However, analysts have argued Iran will still have a depth of technical knowledge accumulated over decades. Depending on the extent of the damage to its underground facilities, Iran could be capable of restoring and even accelerating its program in a relatively short time frame.
And the chances of reviving negotiations on Iran’s nuclear program appear slimmer than ever.
What might future deterrence look like?
The war has fundamentally reshaped how both Iran and Israel perceive deterrence — and how they plan to secure it going forward.
For Iran, the conflict has reinforced the belief that its survival is at stake. With regime change openly discussed during the war, Iran’s leaders appear more convinced than ever that true deterrence requires two key pillars: nuclear weapons capability, and deeper strategic alignment with China and Russia.
As a result, Iran is expected to move rapidly to restore and advance its nuclear program, potentially moving towards actual weaponisation — a step it had long avoided, officially.
At the same time, Tehran is likely to accelerate military and economic cooperation with Beijing and Moscow to hedge against isolation. Iranian Foreign Minister Abbas Araghchi emphasised this close engagement with Russia during a visit to Moscow this week, particularly on nuclear matters.
Israel, meanwhile, sees deterrence as requiring constant vigilance and a credible threat of overwhelming retaliation. In the absence of diplomatic breakthroughs, Israel may adopt a policy of immediate preemptive strikes on Iranian facilities or leadership figures if it detects any new escalation — particularly related to Iran’s nuclear program.
In this context, the current ceasefire already appears fragile. Without comprehensive negotiations that address the core issues — namely, Iran’s nuclear capabilities — the pause in hostilities may prove temporary.
Mutual deterrence may prevent a more protracted war for now, but the balance remains precarious and could collapse with little warning.
Ali Mamouri does not work for, consult, own shares in or receive funding from any company or organisation that would benefit from this article, and has disclosed no relevant affiliations beyond their academic appointment.
We all like to imagine we’re ageing well. Now a simple blood or saliva test promises to tell us by measuring our “biological age”. And then, as many have done, we can share how “young” we really are on social media, along with our secrets to success.
While chronological age is how long you have been alive, measures of biological age aim to indicate how old your body actually is, purporting to measure “wear and tear” at a molecular level.
The appeal of these tests is undeniable. Health-conscious consumers may see their results as reinforcing their anti-ageing efforts, or a way to show their journey to better health is paying off.
But how good are these tests? Do they actually offer useful insights? Or are they just clever marketing dressed up to look like science?
How do these tests work?
Over time, the chemical processes that allow our body to function, known as our “metabolic activity”, lead to damage and a decline in the activity of our cells, tissues and organs.
Biological age tests aim to capture some of these changes, offering a snapshot of how well, or how poorly, we are ageing on a cellular level.
Our DNA is also affected by the ageing process. In particular, chemical tags (methyl groups) attach to our DNA and affect gene expression. These changes occur in predictable ways with age and environmental exposures, in a process called methylation.
Research studies have used “epigenetic clocks”, which measure the methylation of our genes, to estimate biological age. By analysing methylation levels at specific sites in the genome from participant samples, researchers apply predictive models to estimate the cumulative wear and tear on the body.
What does the research say about their use?
Although the science is rapidly evolving, the evidence underpinning the use of epigenetic clocks to measure biological ageing in research studies is strong.
Studies have shown epigenetic biological age estimation is a better predictor of the risk of death and ageing-related diseases than chronological age.
Epigenetic clocks also have been found to correlate strongly with lifestyle and environmental exposures, such as smoking status and diet quality.
In addition, they have been found to be able to predict the risk of conditions such as cardiovascular disease, which can lead to heart attacks and strokes.
Taken together, a growing body of research indicates that at a population level, epigenetic clocks are robust measures of biological ageing and are strongly linked to the risk of disease and death
But how good are these tests for individuals?
While these tests are valuable when studying populations in research settings, using epigenetic clocks to measure the biological age of individuals is a different matter and requires scrutiny.
For testing at an individual level, perhaps the most important consideration is the “signal to noise ratio” (or precision) of these tests. This is the question of whether a single sample from an individual may yield widely differing results.
A study from 2022 found samples deviated by up to nine years. So an identical sample from a 40-year-old may indicate a biological age of as low as 35 years (a cause for celebration) or as high as 44 years (a cause of anxiety).
While there have been significant improvements in these tests over the years, there is considerable variability in the precision of these tests between commercial providers. So depending on who you send your sample to, your estimated biological age may vary considerably.
Another limitation is there is currently no standardisation of methods for this testing. Commercial providers perform these tests in different ways and have different algorithms for estimating biological age from the data.
As you would expect for commercial operators, providers don’t disclose their methods. So it’s difficult to compare companies and determine who provides the most accurate results – and what you’re getting for your money.
A third limitation is that while epigenetic clocks correlate well with ageing, they are simply a “proxy” and are not a diagnostic tool.
In other words, they may provide a general indication of ageing at a cellular level. But they don’t offer any specific insights about what the issue may be if someone is found to be “ageing faster” than they would like, or what they’re doing right if they are “ageing well”.
So regardless of the result of your test, all you’re likely to get from the commercial provider of an epigenetic test is generic advice about what the science says is healthy behaviour.
Are they worth it? Or what should I do instead?
While companies offering these tests may have good intentions, remember their ultimate goal is to sell you these tests and make a profit. And at a cost of around A$500, they’re not cheap.
While the idea of using these tests as a personalised health tool has potential, it is clear that we are not there yet.
For this to become a reality, tests will need to become more reproducible, standardised across providers, and validated through long-term studies that link changes in biological age to specific behaviours.
So while one-off tests of biological age make for impressive social media posts, for most people they represent a significant cost and offer limited real value.
The good news is we already know what we need to do to increase our chances of living longer and healthier lives. These include:
We don’t need to know our biological age in order to implement changes in our lives right now to improve our health.
Hassan Vally does not work for, consult, own shares in or receive funding from any company or organisation that would benefit from this article, and has disclosed no relevant affiliations beyond their academic appointment.
In our guides to the classics, experts explain key literary works.
Ibn Battuta, was born in Tangier, Morocco, on February 24, 1304. From a statement in his celebrated travel book the Rihla (“legal affairs are my ancestral profession,”) he evidently came from an intellectually distinguished family.
According to the Rihla (travelogue), Ibn Battuta embarked on his travels from Tangier at the age of 22 with the intention of performing the Hajj (the sacred pilgrimage to Mecca) in 1325. Although he returned to Fez (his adopted home-town) around the end of 1349, he continued to visit various regions, including Granada and Sudan, in subsequent years.
Over the course of his almost 30 years of travel, Ibn Battuta covered an astonishing distance of approximately 73,000 miles (117,000 kilometres), visiting a region that today encompasses more than 50 countries. His journeys covered much of the medieval Islamic world and beyond, excluding Northern Europe.
In 1355, he returned to Morocco for the last time and remained there for the rest of his life. Upon his return he dictated his experiences, observations and anecdotes to the Andalusian scholar Ibn Juzayy, with a compilation of his travels completed in 1355 or 1356.
The work, formally titled A Gift to Researchers on the Curiosities of Cities and the Marvels of Journeys, is more commonly referred to as Rihlat Ibn Battuta or simply Rihla.
A painting of Ibn Battuta (on right) in Egypt by Leon Benett. Wikimedia Commons, CC BY
More than a travelogue or geographical record, this book provides rich insights into 14th-century social and political life, capturing cultural diversity across nations. Ibn Battuta details local lifestyles, linguistic traits, beliefs, clothing, cuisines, holidays, artistic traditions and gender relations, as well as commercial activities and currencies.
His observations also include geographical features such as mountains, rivers and agricultural products. Notably, the work highlights his encounters with over 60 sultans and more than 2,000 prominent figures, making it a valuable historical resource.
The travels
His travels began after a dream. According to Ibn Battuta, one night, while in Fuwwa, a town near Alexandria in Egypt, he dreamed of flying on a massive bird across various lands, landing in a dark, greenish country.
To test the local sheikh’s mystical knowledge, he decided if the sheikh knew of his dream, he was truly extraordinary. The next morning, after leading the dawn prayer, he saw the sheikh bid farewell to visitors. Later, the sheikh astonishingly revealed knowledge of Ibn Battuta’s dream and prophesied his pilgrimage through Yemen, Iraq, Turkey and India.
At the time, the Middle East was under the rule of the Mamluk sultanate, Anatolia was divided among principalities and the Mongol Ilkhanate state controlled Iran, Central Asia, and the Indian subcontinent.
Ibn Battuta initially travelled through North Africa, Egypt, Palestine and Syria, completing his first Hajj in 1326.
He then visited Iraq and Iran, returning to Mecca. In 1328, he explored East Africa, reaching Mogadishu, Mombasa, Sudan and Kilwa (modern Tanzania), as well as Yemen, Oman and Anatolia, where he documented cities like Alanya, Konya, Erzurum, Nicaea and Bursa.
His descriptions are vivid. Describing the city of Dimyat, on the bank of the Nile, he says:
Many of the houses have steps leading down to the Nile. Banana trees are especially abundant there, and their fruit is carried to Cairo in boats. Its sheep and goats are allowed to pasture at liberty day and night, and for this reason the saying goes of Dimyat, ‘Its wall is a sweetmeat and its dogs are sheep’. No one who enters the city may afterwards leave it except by the governor’s seal […]
Farmland on the banks of the Nile river today. Alice-D/shutterstock
When it comes to Anatolia (in modern-day Turkey), he declares:
This country, known as the Land of Rum, is the most beautiful in the world. While Allah Almighty has distributed beauty to other lands separately, He has gathered them all here. The most beautiful and well-dressed people live in this land, and the most delicious food is prepared here […] From the moment we arrived, our neighbors — both men and women — showed great concern for our wellbeing. Here, women do not shy away from men; when we departed, they bid us farewell as if we were family, expressing their sadness through tears.
A judge and husband
In 1332, Ibn Battutua met the Byzantine Emperor Andronikos III Palaiologos. Wikimedia Commons, CC BY
Since Ibn Battuta dictated his work, it’s difficult to assess the extent of the scribe’s influence in recording his narratives. Despite being an educated man, he occasionally narrates like a commoner and sometimes exceeds the bounds of polite language. At times, he provides excessive detail, giving the impression he may be quoting from sources beyond his own observations.
Nevertheless, the Rihla stands out for its engaging style and captivating anecdotes, drawing readers in.
Ibn Battuta later journeyed through Crimea, Central Asia, Khwarezm (a large oasis region in the territories of present-day Turkmenistan and Uzbekistan), Bukhara (a city in Uzbekistan), and the Hindu Kush Mountains. In 1332, he met Byzantine Emperor Andronikos III Palaiologos and travelled to Istanbul with the caravan of Uzbek Khan’s third wife. He mentions a caravan that even has a market:
Whenever the caravan halted, food was cooked in great brass cauldrons, called dasts, and supplied from them to the poorer pilgrims and those who had no provisions. […] This caravan contained also animated bazaars and great supplies of luxuries and all kinds of food and fruit. They used to march during the night and light torches in front of the file of camels and litters, so that you saw the countryside gleaming with light and the darkness turned into radiant day.
Ibn Battuta arrived in Delhi in 1333, where he served as a judge under Sultan Muhammad bin Tughluq for seven years. He married or was married to local women in many of the places he stayed. Among his wives were ordinary people as well as the daughters of the administrative class.
Miniature painting in Mughal style depicting the court of Muhammad bin Tughluq. Wikimedia Commons, CC BY
The Sultan’s generosity, intelligence and unconventional ruling style both impressed and surprised Ibn Battuta. However, Muhammad bin Tughluq was known for making excessively harsh and abrupt decisions at times, which led Ibn Battuta to approach him with caution. Nevertheless, with the Sultan’s support, he remained in India for a long time and was eventually chosen as an ambassador to China in 1341.
In 1345 his mission was disrupted when his ship capsized off the coast of Calcutta (then known as Sadqawan) in the Indian Ocean. Though he survived, he lost most of his possessions.
After the incident, he remained in India for a while before continuing his journey by other means. During this period, he travelled through India, Sri Lanka and the Maldives. He served as a judge in the latter for one and a half years. In 1345, he journeyed to China via Bengal, Burma and Sumatra, reaching the city of Guangzhou but limiting his exploration to the southern coast.
He was among the first Arab travellers to record Islam’s spread in the Malay Archipelago, noting interactions between Muslims and Hindu-Buddhist communities. Visiting Java and Sumatra, he praised Sultan Malik al-Zahir of Sumatra as a generous, pious and scholarly ruler and highlighted his rare practice of walking to Friday prayers.
On his return, Ibn Battuta explored regions such as Iran, Iraq, North Africa, Spain and the Kingdom of Mali, documenting the vast Islamic world.
Back in his homeland, Ibn Battuta served as a judge in several locations. He died around 1368-9 while serving as a judge in Morocco and was buried in his birthplace, Tangier.
Historic copy of selected parts of the Travel Report by Ibn Battuta, 1836 CE, Cairo. Wikimedia Commons, CC BY
The status of women
Ibn Battuta’s travels revealed intriguing insights into the status of women across regions. In inner West Africa, he observed matriarchal practices where lineage and inheritance were determined by the mother’s family.
Among Turks, women rode horses like raiders, traded actively and did not veil their faces.
In the Maldives, husbands leaving the region had to abandon their wives. He noted that Muslim women there, including the ruling woman, did not cover their heads. Despite attempting to enforce the hijab as a judge, he failed.
He offers fascinating insights into food cultures. In Siberia, sled dogs were fed before humans. He described 15-day wedding feasts in India.
He tried local produce such as mango in the Indian subcontinent, which he compared to an apple, and sun-dried, sliced fish in Oman.
Religious practices
Ibn Battuta’s accounts of the Hajj (pilgrimage) rituals he performed six times provide a unique perspective. He references a fatwa by Ibn Taymiyyah, prominent Islamic scholar and theologian known for his opposition to theological innovations and critiques of Sufism and philosophy, advising against shortening prayers for those travelling to Medina.
Ibn Battuta’s accounts, particularly regarding the Iranian region, offer important perspectives into religious sects during a period when Iran started shifting from Sunnism to Shiism. He describes societies with diverse demographics, including Persians, Azeris, Kurds, Arabs and Baluchis. His observations on religious practices are especially significant.
Inclined toward Sufism, Ibn Battuta often dressed like a dervish during his travels. He offers a compelling view of Islamic mysticism. He considered regions like Damascus as places of abundance and Anatolia as a land of compassion, interpreting them with a spiritual perspective.
His accounts of Sufi education, dervish lodges, zawiyas (similar to monasteries), and tombs, along with the special invocations of Sufi masters, are important historical records. He also observed and documented unique practices, such as the followers of the Persian Sufi saint Sheikh Qutb al-Din Haydar wearing iron rings on their hands, necks, ears, and even private parts to avoid sexual intercourse.
While Ibn Battuta primarily visited Muslim lands, he also travelled to non-Muslim territories, offering key understandings into different religious cultures, for instance interactions between Crimean Muslims and Christian Armenians in the Golden Horde region.
He also documented churches, icons and monasteries, such as the tomb of the Virgin Mary in Jerusalem. His observation of Muslims openly reciting the call to prayer (adhan) in China is significant.
Other anecdotes include the division of the Umayyad Mosque in Damascus into a mosque and Christian church. Most importantly, his encounters with Hindus and Buddhists in the Indian subcontinent and Malay Islands provide rich historical context.
His accounts of death rituals reveal diverse practices. In Sinop (a city in Turkey), 40 days of mourning were declared for a ruler’s mother, while in Iran, a funeral resembled a wedding celebration. He observed similarities in cremation practices between India and China and described a chilling custom in some regions where slaves and concubines were buried alive with the deceased.
Ibn Battuta’s Rihla, widely translated into Eastern and Western languages, has drawn some criticism for containing depictions that sometimes diverge from historical continuity or borrow from other works. Ibn Battuta himself admitted to using earlier travel books as references.
Despite limited recognition in older sources, the Rihla gained prominence in the West in the 19th century. His legacy remains vibrant today. Morocco declared 1996–1997 the “Year of Ibn Battuta,” and established a museum in Tangier to honour him. In Dubai, a mall is named after him.
Notably, Ibn Battuta travelled to more destinations than Marco Polo and shared a broader range of humane anecdotes, showcasing the depth and diversity of his experiences.
Ismail Albayrak does not work for, consult, own shares in or receive funding from any company or organisation that would benefit from this article, and has disclosed no relevant affiliations beyond their academic appointment.
It’s almost a decade since San Francisco 49ers quarterback Colin Kaepernick started a worldwide trend and sparked fierce debate when he knelt during the US national anthem.
In 2016, Kaepernick refused to follow the pre-game protocol related to the national anthem and knelt instead, saying:
I am not going to stand up to show pride in a flag for a country that oppresses black people and people of colour.
Soon, many athletes and teams began “taking a knee” at sports events to express their solidarity with victims of racial injustice.
Following the intense public debate over the appropriateness of Kaepernick’s act, the ritual quickly spread worldwide, with athletes in major soccer leagues, cricket, rugby, Formula 1, top-tier tennis and the US’s Major League Baseball and National Basketball Association taking a knee.
Athletes didn’t always kneel during national anthems, with the majority kneeling at certain points pre-game.
Despite the occasional “defection” of a small number of players who would stand while their teammates knelt – such as Israel Folau in rugby league, Wilfried Zaha in soccer and Quinton de Kock in cricket – the ritual was widely embraced by teams and athletes and helped raise awareness of the issue.
Even major sports organisations notorious for prohibiting any type of political activism generally accepted the kneeling ritual. For example, soccer’s International Football Federation (FIFA) showcased kneeling as a “stand against discrimination” and as human rights advocacy.
The International Olympic Committee (IOC) initially stood firm by its Rule 50, which states “no kind of demonstration or political, religious, or racial propaganda is permitted in any Olympic sites, venues or other areas”.
But just three weeks before the 2021 Olympic and Paralympic Games in Tokyo, the IOC relaxed its interpretation, and athletes were permitted to express their views in ways that included taking a knee.
A surprising turn of events
Despite permission and even encouragement from sports governing bodies, our research shows the practice is disappearing from major sports competitions.
Take soccer, for example. At the FIFA World Cup 2022, England and Wales were the only national teams that knelt at their games in Qatar.
At the FIFA Women’s World Cup 2023 in Australia and New Zealand, no teams or players knelt.
The same happened at the 2024 Olympic soccer tournament in Paris.
That only a handful of teams knelt in Tokyo at the 2021 Olympics, two at the FIFA Mens’ World Cup in Qatar in 2022, none at the FIFA Womens’ World Cup in Australia and New Zealand in 2023, and again none at the Paris 2024 Olympics indicates a growing reluctance throughout the sports world.
This surely cannot mean athletes have become indifferent to racial injustice or other forms of oppression in the interval between the late 2010s and the mid-2020s.
The explanation must be sought elsewhere. A hint was provided when Crystal Palace soccer player Zaha, the first player of colour in the UK who refused to kneel, explained:
I feel like taking the knee is degrading, because growing up my parents just let me know that I should be proud to be Black no matter what and I feel like we should just stand tall.
The explanation may therefore be, at least in part, the players’ uncomfortable feelings related to the kneeling posture.
In sociology, this bothersome state of mind is called “cognitive dissonance”: the mental conflict a person experiences in the presence of contrasting beliefs.
A history of kneeling
The body posture of kneeling is not deemed, in any culture, as expressing solidarity.
Ancient Greek and the Roman societies, on whose values Western civilisation was built, rejected kneeling as improper, even when praying to gods.
When performed outside the church, kneeling meant submission to nobility or royalty.
The significance of kneeling as humility is not limited to the Western world.
In African tribal culture, the young kneel in front of elders, and everyone kneels before the king.
In China in 1949, Chairman Mao famously proclaimed at the first plenary of the Chinese People’s Political Consultative Conference:
From now on our nation […] will no longer be a nation subject to insult and humiliation. We have stood up.
With this in mind, kneeling may be deemed unfit at sporting events, which often feature a powerful cocktail of emotions, values and social expectations.
The inconsistency between the excitement of competition and the expectation to kneel — a gesture associated with submission and humility — likely creates a bothersome state of mind for athletes.
This potentially motivates some players to reject one of the two – in this case, the kneeling – to restore cognitive harmony.
What could replace the kneeling ritual?
After refusing, by unanimous players’ vote, to take a knee before their October 2020 game against the All Blacks, the Australian rugby union team chose instead to wear a First Nations jersey.
The same year, several teams in German soccer’s top league chose to show their support for Black Lives Matter by wearing distinctive armbands.
So it appears wearing a distinctive jersey or at least an armband is more easily accepted by modern-day athletes. This may be challenging given the governing bodies of many sports, such as FIFA, ban athletes from wearing political symbols on their clothing.
Depending on whether sports code accept this type of activism in the future, wearing suportive clothing could replace taking a knee as symbolic communication of solidarity with oppressed minorities.
The authors do not work for, consult, own shares in or receive funding from any company or organisation that would benefit from this article, and have disclosed no relevant affiliations beyond their academic appointment.
We know surprisingly little about the lives of children in ancient Egypt.
And what records we do have about them often concern the lives of the elite – the young king or the children of senior officials. They are more prominent in surviving material evidence, especially funerary art. Infant mortality rates were high in ancient Egypt.
As a result, much of the work in Egyptology on representations of childhood in ancient Egypt is dominated by evidence for the lives of boys and young adult men.
But what were the lives of ordinary girls like in ancient Egypt? And how did they make their way in a deeply patriarchal culture?
Finding hieroglyphic words for girls
An initial problem in studying girls’ lives in ancient Egypt is answering the question: who was a girl in ancient Egypt?
Chronological age was not always recorded by ancient Egyptians in their letters or inscriptions.
Instead, more general words and hieroglyphic signs tended to accompany images of men, women and children to indicate their social roles.
These words and signs were only loosely associated with biological development.
Hieroglyphic words for infants and small children, for instance, could be marked with an image of a small, seated child – sometimes with a finger held to its mouth.
Among the words used to describe young girls – talking, walking, and participating alongside adults in their work – was sheriyt.
This is the word often found in ancient accounting documents recording payments of wages, indicating a girl-child worker. They are distinguished from older women in these documents, although it is difficult to know precisely how young they might have been.
In this way, written administrative records and archaeological evidence reveals girls of many social classes were integrated into economic production from an early age.
Payment for work
Elephantine, a town at Egypt’s southern frontier near modern-day Aswan, provides a unique window into the urban life of some girls who worked in textile workshops during the ancient Egyptian Middle Kingdom, which dates approximately 2030–1650 BCE.
First published in 1996, archaeologists found a ceramic bowl repurposed as a writing surface in a house in the densely packed urban settlement.
The excavators initially dated the bowl to the reign of King Amenemhat III, who ruled almost 3,800 years ago. However, based on the style of writing and the types of names listed, some scholars have also dated it earlier. It contains lists of payments of provisions of grain for textile workers over the course of a month.
What makes this document so important is that it names at least 18 child workers. Of these, 11 are girls, clearly marked with the Egyptian word sheriyt, working alongside 28 adult women.
The list shows adult women in this workshop received between 50–57 heqat (around 240–274 litres) of grain – although it’s not entirely clear if this was a one-off payment, a payment per month, or something else. The girls earned smaller but still significant wages of 3–7 heqat (around 14–34 litres).
Some other adult women seem to have also received comparable provisions to the girls, although without further information it is difficult know their social status or age.
This document not only confirms that girls received payment for their labour. It also suggests a structured apprenticeship system where young girls (and boys) worked alongside experienced craftswomen.
Archaeological evidence suggests textile production occurred both within homes and in dedicated workshops.
Evidence from the excavations at Elephantine suggests homes had several rooms with multiple purposes, including courtyards, entrance vestibules, kitchens with ovens (recognisable by blackened walls and ash deposits), and possible stairs leading to roof spaces.
Privacy would have been limited. Daily life would have included close interaction with animals, as evidenced by attached animal pens.
More recently, close to the house where the provision list was discovered, archaeologists found needles, spindles, shuttles, and remains of pegs for a large loom.
These were found both inside houses and in the courtyards attached to them.
It’s hard to know what exactly these buildings were for; they probably served multiple purposes.
Lives shaped by class and legal status
Not all girls at Elephantine had the same experience of life. The town’s position at Egypt’s southern frontier in this period meant it was home to diverse populations, which included migrants, enslaved people and transitory workers.
A letter dating to the reign of King Amenemhat III documents some families, including women and children, arriving at Elephantine seeking work during a famine in their home region.
This evidence can be compared to a legal document from the same time period but from another Egyptian town, El Lahun. This document mentions the purchase and transfer of enslaved women and infants who are called Aamut, referring to a region in West Asia. The document shows they have been given new Egyptian names.
These documents remind us factors such as class and legal status have always profoundly shaped girls’ lives.
Valuing the work of girls
Accessing the everyday thoughts, feelings, and perspectives of many ancient people, especially children, is challenging for historians. We don’t, for instance, have a wealth of personal diaries from ancient Egypt to learn about girls’ interior lives.
But what’s clear is that girls were not merely passive participants in society. They were active economic contributors, who often received formal compensation for their work.
Historians must always look beyond elite contexts to incorporate diverse evidence types – administrative documents, archaeological remains, and artistic representations – to construct a more complete picture of ancient lives.
Julia Hamilton does not work for, consult, own shares in or receive funding from any company or organisation that would benefit from this article, and has disclosed no relevant affiliations beyond their academic appointment.
Source: The Conversation – Global Perspectives – By Vitomir Kovanovic, Associate Professor and Associate Director of the Centre for Change and Complexity in Learning (C3L), Education Futures, University of South Australia
Since ChatGPT appeared almost three years ago, the impact of artificial intelligence (AI) technologies on learning has been widely debated. Are they handy tools for personalised education, or gateways to academic dishonesty?
Most importantly, there has been concern that using AI will lead to a widespread “dumbing down”, or decline in the ability to think critically. If students use AI tools too early, the argument goes, they may not develop basic skills for critical thinking and problem-solving.
Is that really the case? According to a recent study by scientists from MIT, it appears so. Using ChatGPT to help write essays, the researchers say, can lead to “cognitive debt” and a “likely decrease in learning skills”.
So what did the study find?
The difference between using AI and the brain alone
Over the course of four months, the MIT team asked 54 adults to write a series of three essays using either AI (ChatGPT), a search engine, or their own brains (“brain-only” group). The team measured cognitive engagement by examining electrical activity in the brain and through linguistic analysis of the essays.
The cognitive engagement of those who used AI was significantly lower than the other two groups. This group also had a harder time recalling quotes from their essays and felt a lower sense of ownership over them.
Interestingly, participants switched roles for a final, fourth essay (the brain-only group used AI and vice versa). The AI-to-brain group performed worse and had engagement that was only slightly better than the other group’s during their first session, far below the engagement of the brain-only group in their third session.
The authors claim this demonstrates how prolonged use of AI led to participants accumulating “cognitive debt”. When they finally had the opportunity to use their brains, they were unable to replicate the engagement or perform as well as the other two groups.
Cautiously, the authors note that only 18 participants (six per condition) completed the fourth, final session. Therefore, the findings are preliminary and require further testing.
Does this really show AI makes us stupider?
These results do not necessarily mean that students who used AI accumulated “cognitive debt”. In our view, the findings are due to the particular design of the study.
The change in neural connectivity of the brain-only group over the first three sessions was likely the result of becoming more familiar with the study task, a phenomenon known as the familiarisation effect. As study participants repeat the task, they become more familiar and efficient, and their cognitive strategy adapts accordingly.
When the AI group finally got to “use their brains”, they were only doing the task once. As a result, they were unable to match the other group’s experience. They achieved only slightly better engagement than the brain-only group during the first session.
To fully justify the researchers’ claims, the AI-to-brain participants would also need to complete three writing sessions without AI.
Similarly, the fact the brain-to-AI group used ChatGPT more productively and strategically is likely due to the nature of the fourth writing task, which required writing an essay on one of the previous three topics.
As writing without AI required more substantial engagement, they had a far better recall of what they had written in the past. Hence, they primarily used AI to search for new information and refine what they had previously written.
What are the implications of AI in assessment?
To understand the current situation with AI, we can look back to what happened when calculators first became available.
Back in the 1970s, their impact was regulated by making exams much harder. Instead of doing calculations by hand, students were expected to use calculators and spend their cognitive efforts on more complex tasks.
Effectively, the bar was significantly raised, which made students work equally hard (if not harder) than before calculators were available.
The challenge with AI is that, for the most part, educators have not raised the bar in a way that makes AI a necessary part of the process. Educators still require students to complete the same tasks and expect the same standard of work as they did five years ago.
In such situations, AI can indeed be detrimental. Students can for the most part offload critical engagement with learning to AI, which results in “metacognitive laziness”.
However, just like calculators, AI can and should help us accomplish tasks that were previously impossible – and still require significant engagement. For example, we might ask teaching students to use AI to produce a detailed lesson plan, which will then be evaluated for quality and pedagogical soundness in an oral examination.
In the MIT study, participants who used AI were producing the “same old” essays. They adjusted their engagement to deliver the standard of work expected of them.
The same would happen if students were asked to perform complex calculations with or without a calculator. The group doing calculations by hand would sweat, while those with calculators would barely blink an eye.
Learning how to use AI
Current and future generations need to be able to think critically and creatively and solve problems. However, AI is changing what these things mean.
Producing essays with pen and paper is no longer a demonstration of critical thinking ability, just as doing long division is no longer a demonstration of numeracy.
Knowing when, where and how to use AI is the key to long-term success and skill development. Prioritising which tasks can be offloaded to an AI to reduce cognitive debt is just as important as understanding which tasks require genuine creativity and critical thinking.
The authors do not work for, consult, own shares in or receive funding from any company or organisation that would benefit from this article, and have disclosed no relevant affiliations beyond their academic appointment.
Have you had a tonsillectomy (your tonsils taken out), appendectomy (your appendix removed) or lumpectomy (removal of a lump from your breast)? The suffix “ectomy” denotes surgical removal of the named body part, so these terms give us a clear idea of what the procedure entails.
So why is the removal of the uterus called a hysterectomy and not a uterectomy?
The name hysterectomy is rooted in a mental health condition – “hysteria” – that was once believed to affect women. But we now know this condition doesn’t exist.
Continuing to call this significant operation a hysterectomy both perpetuates misogyny and hampers people’s understanding of what it is.
From the defunct condition ‘hysteria’
Hysteria was a psychiatric condition first formally defined in the 5th century BCE. It had many symptoms, including excessive emotion, irritability, anxiety, breathlessness and fainting.
But hysteria was only diagnosed in women. Male physicians at the time claimed these symptoms were caused by a “wandering womb”. They believed the womb (uterus) moved around the body looking for sperm and disrupted other organs.
Because the uterus was blamed for hysteria, the treatment was to remove it. This procedure was called a hysterectomy. Sadly, many women had their healthy uterus unnecessarily removed and most died.
The word “hysteria” did originally came from the ancient Greek word for uterus, “hystera”. But the modern Greek word for uterus is “mitra”, which is where words such as “endometrium” come from.
uterine prolapse (when the uterus protrudes down into the vagina)
adenomyosis (when the inner layer of the uterus grows into the muscle layer)
cancer.
However, in a survey colleagues and I did of almost 500 Australian adults, which is yet to be published in a peer-reviewed journal, one in five people thought hysterectomy meant removal of the ovaries, not the uterus.
It’s true some hysterectomiesfor cancer do also remove the ovaries. A hysterectomy or partial hysterectomy is the removal of only the uterus, a total hysterectomy removes the uterus and cervix, while a radical hysterectomy usually removes the uterus, cervix, uterine tubes and ovaries.
There are important differences between these hysterectomies, so they should be named to clearly indicate the nature of the surgery.
Research has shown ambiguous terminology such as “hysterectomy” is associated with low patient understanding of the procedure and the female anatomy involved.
Uterectomy should be used for removal of the uterus, in combination with the medical terms for removal of the cervix, uterine tubes and ovaries as needed. For example, a uterectomy plus cervicectomy would refer to the removal of the uterus and the cervix.
This could help patients understand what is (and isn’t) being removed from their bodies and increase clarity for the wider public.
Other female body parts and procedures have male names
There are many eponyms (something named after a person) in anatomy and medicine, such as the Achilles tendon and Parkinson’s disease. They are almost exclusively the names of white men.
Eponyms for female anatomy and procedures include the Fallopian tubes, Pouch of Douglas, and Pap smear.
The anatomical term for Fallopian tubes is uterine tubes. “Uterine” indicates these are attached to the uterus, which reinforces their important role in fertility.
The Pouch of Douglas is the space between the rectum and uterus. Using the anatomical name (rectouterine pouch) is important, because this a common site for endometriosis and can explain any associated bowel symptoms.
Pap smear gives no indication of its location or function. The new cervical screening test is named exactly that, which clarifies it samples cells of the cervix. This helps people understand this tests for risk of cervical cancer.
In line with increasing awareness and discussions around female reproductive health and medical misogyny, now is the time to improve terminology. We must ensure the names of body parts and medical procedures reflect the relevant anatomy.
Theresa Larkin does not work for, consult, own shares in or receive funding from any company or organisation that would benefit from this article, and has disclosed no relevant affiliations beyond their academic appointment.
Is AI going to take over the world? Have scientists created an artificial lifeform that can think on its own? Is it going to replace all our jobs, even creative ones, like doctors, teachers and care workers? Are we about to enter an age where computers are better than humans at everything?
The answers, as the authors of The AI Con stress, are “no”, “they wish”, “LOL” and “definitely not”.
The AI Con: How To Fight Big Tech’s Hype and Create the Future We Want – Emily M. Bender and Alex Hanna (Bodley Head)
Artificial intelligence is a marketing term as much as a distinct set of computational architectures and techniques. AI has become a magic word for entrepreneurs to attract startup capital for dubious schemes, an incantation deployed by managers to instantly achieve the status of future-forward leaders.
In a mere two letters, it conjures a vision of automated factories and robotic overlords, a utopia of leisure or a dystopia of servitude, depending on your point of view. It is not just technology, but a powerful vision of how society should function and what our future should look like.
In this sense, AI doesn’t need to work for it to work. The accuracy of a large language model may be doubtful, the productivity of an AI office assistant may be claimed rather than demonstrated, but this bundle of technologies, companies and claims can still alter the terrain of journalism, education, healthcare, service work and our broader sociocultural landscape.
Bender is a linguistics professor at the University of Washington, who has become a prominent technology critic. Hanna is a sociologist and former employee of Google, who is now the director of research at the Distributed AI Research Institute. After teaming up to mock AI boosters in their popular podcast, Mystery AI Hype Theater 3000, they have distilled their insights into a book written for a general audience. They meet the unstoppable force of AI hype with immovable scepticism.
Step one in this program is grasping how AI models work. Bender and Hanna do an excellent job of decoding technical terms and unpacking the “black box” of machine learning for lay people.
Driving this wedge between hype and reality, between assertions and operations, is a recurring theme across the pages of The AI Con, and one that should gradually erode readers’ trust in the tech industry. The book outlines the strategic deceptions employed by powerful corporations to reduce friction and accumulate capital. If the barrage of examples tends to blur together, the sense of technical bullshit lingers.
What is intelligence? A famous and highly cited paper co-written by Bender asserts that large language models are simply “stochastic parrots”, drawing on training data to predict which set of tokens (i.e. words) is most likely to follow the prompt given by a user. Harvesting millions of crawled websites, the model can regurgitate “the moon” after “the cow jumped over”, albeit in much more sophisticated variants.
Rather than actually understanding a concept in all its social, cultural and political contexts, large language models carry out pattern matching: an illusion of thinking.
But I would suggest that, in many domains, a simulation of thinking is sufficient, as it is met halfway by those engaging with it. Users project agency onto models via the well-known Eliza effect, imparting intelligence to the simulation.
Management are pinning their hopes on this simulation. They view automation as a way to streamline their organisations and not be “left behind”. This powerful vision of early adopters vs extinct dinosaurs is one we see repeatedly with the advent of new technologies – and one that benefits the tech industry.
In this sense, poking holes in the “intelligence” of artificial intelligence is a losing move, missing the social and financial investment that wants this technology to work. “Start with AI for every task. No matter how small, try using an AI tool first,” commanded DuoLingo’s chief engineering officer in a recent message to all employees. Duolingo has joined Fiverr, Shopify, IBM and a slew of other companies proclaiming their “AI first” approach.
The AI Con is strongest when it looks beyond or around the technologies to the ecosystem surrounding them, a perspective I have also argued is immensely helpful. By understanding the corporations, actors, business models and stakeholders involved in a model’s production, we can evaluate where it comes from, its purpose, its strengths and weaknesses, and what all this might mean downstream for its possible uses and implications. “Who benefits from this technology, who is harmed, and what recourse do they have?” is a solid starting point, Bender and Hanna suggest.
These basic but important questions extract us from the weeds of technical debate – how does AI function, how accurate or “good” is it really, how can we possibly understand this complexity as non-engineers? – and give us a critical perspective. They place the onus on industry to explain, rather than users to adapt or be rendered superfluous.
We don’t need to be able to explain technical concepts like backpropagation or diffusion to grasp that AI technologies can undermine fair work, perpetuate racial and gender stereotypes, and exacerbate environmental crises. The hype around AI means to distract us from these concrete effects, to trivialise them and thus encourage us to ignore them.
As Bender and Hanna explain, AI boosters and AI doomers are really two sides of the same coin. Conjuring up nightmare scenarios of self-replicating AI terminating humanity or claiming sentient machines will usher us into a posthuman paradise are, in the end, the same thing. They place a religious-like faith in the capabilities of technology, which dominates debate, allowing tech companies to retain control of AI’s future development.
The risk of AI is not potential doom in the future, à la the nuclear threat during the Cold War, but the quieter and more significant harm to real people in the present. The authors explain that AI is more like a panopticon “that allows a single prison warden to keep track of hundreds of prisoners at once”, or the “surveillance dragnets that track marginalised groups in the West”, or a “toxic waste, salting the earth of a Superfund site”, or a “scabbing worker, crossing the picket line at the behest of an employer who wants to signal to the picketers that they are disposable. The totality of systems sold as AI are these things, rolled into one.”
A decade ago, with another “game-changing” technology, author Ian Bogost observed that
rather than utopia or dystopia, we usually end up with something less dramatic yet more disappointing. Robots neither serve human masters nor destroy us in a dramatic genocide, but slowly dismantle our livelihoods while sparing our lives.
The pattern repeats. As AI matures (to some degree) and is adopted by organisations, it moves from innovation to infrastructure, from magic to mechanism. Grand promises never materialise. Instead, society endures a tougher, bleaker future. Workers feel more pressure; surveillance is normalised; truth is muddied with post-truth; the marginal become more vulnerable; the planet gets hotter.
Technology, in this sense, is a shapeshifter: the outward form constantly changes, yet the inner logic remains the same. It exploits labour and nature, extracts value, centralises wealth, and protects the power and status of the already-powerful.
Co-opting critique
In The New Spirit of Capitalism, sociologists Luc Boltanski and Eve Chiapello demonstrate how capitalism has mutated over time, folding critiques back into its DNA.
After enduring a series of blows around alienation and automation in the 1960s, capitalism moved from a hierarchical Fordist mode of production to a more flexible form of self-management over the next two decades. It began to favour “just in time” production, done in smaller teams, that (ostensibly) embraced the creativity and ingenuity of each individual. Neoliberalism offered “freedom”, but at a price. Organisations adapted; concessions were made; critique was defused.
AI continues this form of co-option. Indeed, the current moment can be described as the end of the first wave of critical AI. In the last five years, tech titans have released a series of bigger and “better” models, with both the public and scholars focusing largely on generative and “foundation” models: ChatGPT, StableDiffusion, Midjourney, Gemini, DeepSeek, and so on.
Scholars have heavily criticised aspects of these models – my own work has explored truth claims, generative hate, ethics washing and other issues. Much work focused on bias: the way in which training data reproduces gender stereotypes, racial inequality, religious bigotry, western epistemologies, and so on.
Much of this work is excellent and seems to have filtered into the public consciousness, based on conversations I’ve had at workshops and events. However, its flagging of such issues allows tech companies to practise issue resolving. If the accuracy of a facial-recognition system is lower with Black faces, add more Black faces to the training set. If the model is accused of English dominance, fork out some money to produce data on “low-resource” languages.
Companies like Anthropic now regularly carry out “red teaming” exercises designed to highlight hidden biases in models. Companies then “fix” or mitigate these issues. But due to the massive size of the data sets, these tend to be band-aid solutions, superficial rather than structural tweaks.
For instance, soon after launching, AI image generators were under pressure for not being “diverse” enough. In response, OpenAI invented a technique to “more accurately reflect the diversity of the world’s population”. Researchers discovered this technique was simply tacking on additional hidden prompts (e.g. “Asian”, “Black”) to user prompts. Google’s Gemini model also seems to have adopted this, which resulted in a backlash when images of Vikings or Nazis had South Asian or Native American features.
The point here is not whether AI models are racist or historically inaccurate or “woke”, but that models are political and never disinterested. Harder questions about how culture is made computational, or what kind of truths we want as society, are never broached and therefore never worked through systematically.
Such questions are certainly broader and less “pointy” than bias, but also less amenable to being translated into a problem for a coder to resolve.
What next?
How, then, should those outside the academy respond to AI? The past few years have seen a flurry of workshops, seminars and professional development initiatives. These range from “gee whiz” tours of AI features for the workplace, to sober discussions of risks and ethics, to hastily organised all-hands meetings debating how to respond now, and next month, and the month after that.
Bender and Hanna wrap up their book with their own responses. Many of these, like their questions about how models work and who benefits, are simple but fundamental, offering a strong starting point for organisational engagement.
For the technosceptical duo, refusal is also clearly an option, though individuals will obviously have vastly different degrees of agency when it comes to opting out of models and pushing back on adoption strategies. Refusal of AI, as with many technologies that have come before it, often relies to some extent on privilege. The six-figure consultant or coder will have discretion that the gig worker or service worker cannot exercise without penalties or punishments.
If refusal is fraught at the individual level, it seems more viable and sustainable at a cultural level. Bender and Hanna suggest generative AI be responded to with mockery: companies who employ it should be derided as cheap or tacky.
The cultural backlash against AI is already in full swing. Soundtracks on YouTube are increasingly labelled “No AI”. Artists have launched campaigns and hashtags, stressing their creations are “100% human-made”.
These moves are attempts to establish a cultural consensus that AI-generated material is derivative and exploitative. And yet, if these moves offer some hope, they are swimming against the swift current of enshittification. AI slop means faster and cheaper content creation, and the technical and financial logic of online platforms – virality, engagement, monetisation – will always create a race to the bottom.
The extent to which the vision offered by big tech will be accepted, how far AI technologies will be integrated or mandated, how much individuals and communities will push back against them – these are still open questions. In many ways, Bender and Hanna successfully demonstrate that AI is a con. It fails at productivity and intelligence, while the hype launders a series of transformations that harm workers, exacerbate inequality and damage the environment.
Yet such consequences have accompanied previous technologies – fossil fuels, private cars, factory automation – and hardly dented their uptake and transformation of society. So while praise goes to Bender and Hanna for a book that shows “how to fight big tech’s hype and create the future we want”, the issue of AI resonates, for me, with Karl Marx’s observation that people “make their own history, but they do not make it just as they please”.
Luke Munn does not work for, consult, own shares in or receive funding from any company or organisation that would benefit from this article, and has disclosed no relevant affiliations beyond their academic appointment.
Last week, one of the dark web’s most prominent drug marketplaces – Archetyp – was shut down in an international, multi-agency law enforcement operation following years of investigations. It was touted as a major policing win and was accompanied by a slick cyberpunk-themed video.
But those of us who have studied this space for years weren’t surprised. Archetyp may have been the most secure dark web market. But shutdowns like this have become a recurring feature of the dark web. And they are usually not a significant turning point.
The durability of these markets tells us that if policing responses keep following the same playbook, they will keep getting the same results. And by focusing so heavily on these hidden platforms, authorities are neglecting the growing digital harms in the spaces we all use.
One of the most popular dark web markets
Dark web markets mirror mainstream e-commerce platforms – think Amazon meets cybercrime. These are encrypted marketplaces accessed via the Tor Browser, a privacy-focused browser that hides users’ IP addresses. Buyers use cryptocurrency and escrow systems (third-party payment systems which hold funds until the transaction is complete) to anonymously purchase illicit drugs.
Usually these products are sent to the buyer by post and money transferred to the seller through the escrow system.
Archetyp launched in May 2020 and quickly grew to become one of the most popular dark web markets with an estimated total transaction volume of €250 million (A$446 million). It had more than 600,000 users worldwide and 17,000 listings consisting mainly of illicit drugs including MDMA, cocaine and methamphetamine.
Compared to its predecessors, Archetyp enforced enhanced security expectations from its users. These included an advanced encryption program known as “Pretty Good Privacy” and a cryptocurrency called Monero. Unlike Bitcoin, which records every payment on a public ledger, Monero conceals all transaction details by default which makes them nearly impossible to trace.
Despite the fact Archetyp had clearly raised the bar on security on the dark web, Operation Deep Sentinel – a collaborative effort between law enforcement agencies in six countries supported by Europol and Eurojust – took down the market. The front page has now been replaced by a banner.
While these publicised take-downs feel effective, evidence has shown such interventions only have short-term impacts and the dark web ecosystem will quickly adapt.
A persistent trade
These shutdowns aren’t new. Silk Road, AlphaBay, WallStreet and Monopoly Market are all familiar names in the digital graveyard of the dark web. Before these dark web marketplaces were shutdown, they sold a range of illegal products, from drugs to firearms.
Yet still, the trade persists. New markets emerge and old users return. In some cases, established sellers on closed-down markets are welcomed onto new markets as digital “refugees” and have joining fees waived.
What current policing strategies neglect is that dark web markets are not isolated to the storefronts that are the popular target of crackdowns. These are communities stretched across dark and surface web forums which develop shared tutorials and help one another adapt to any new changes. These closures bind users together and foster a shared resilience and collective experience in navigating these environments.
Law enforcement shutdowns are also only one type of disruption that dark web communities face. Dark web market users routinely face voluntary closures (the gradual retirement of a market), exit scams (sudden closures of markets where any money in escrow is taken), or even scheduled maintenance of these markets.
Ultimately, this disruption to accessibility is not a unique event. In fact, it is routine for individual’s participating in these dark web communities, par for the course of engaging in the markets.
This ability of dark web communities to thrive in disruptions reflects how dark web market users have become experts at adapting to risks, managing disruptions and rebuilding quickly.
The other emerging issue is that current policing efforts treat dark web markets as the core threat, which might miss the wider landscape of digital harms. Illicit drug sales, for example, are promoted on social media, where platform features such as recommendation systems are affording new means of illicit drug supply.
This is all alongside the countless cases of celebrities and social media influencers caught up in crypto pump-and-dump schemes, where hype is used to artificially inflate the price of a token before the creators sell off their holdings and leave investors with worthless tokens.
This shows that while the dark web gets all the attention, it’s far from the internet’s biggest problem.
Archetyp’s takedown might make headlines, but it won’t stop the trade of illicit drugs on the dark web. It should force us to think about where harm is really happening online and whether current strategies are looking in the wrong direction.
The authors do not work for, consult, own shares in or receive funding from any company or organisation that would benefit from this article, and have disclosed no relevant affiliations beyond their academic appointment.
Source: People’s Republic of China – State Council News
Hop aboard, grip the handrail, press the gas, and it’s time for an exhilarating adventure across the vast, rolling sand dunes on a four-wheeled quad bike.
This thrilling experience is just one of many adventures visitors can enjoy at the N39 scenic area in Makit County of Xinjiang’s Kashgar Prefecture. Located on the southwestern edge of the Taklimakan, China’s largest and the world’s second-largest drifting desert — often referred to as the “Sea of Death” — this once-remote and seldom-visited wilderness has become a captivating destination.
“The ride was so much fun and so intense, we enjoyed it a lot,” said Li Wei, who brought her 18-year-old son for a post-graduation trip from Wuhu in east China’s Anhui Province, a city some 4,000 km from Kashgar. “Playing in the desert should be a great way for the kid to relax after the college entrance exam,” she added.
Launched in 2016, the tourist site is attracting a growing number of visitors. The annual tourist visits have reached 500,000, with a consistent year-on-year growth rate of 7 to 15 percent, according to Dong Mingjiang, general manager of the tourism development company of the scenic area.
“Many of our visitors come from afar, such as Beijing, Shanghai and Guangdong, and we have also received many foreign visitors from countries such as the United States, Britain, Singapore and Thailand,” he said.
Besides the four-wheelers, the site offers a wide choice of desert-based activities such as off-roaders, sand surfing, camel riding and desert camping.
At the camel trekking area, Chen Wenbai mounted a camel and, under the guidance of staff, set off to explore the rolling sand dunes. The rhythmic chime of camel bells and the ethereal whistling of the camel herders echoed across the wilderness, creating a scene reminiscent of the ancient Silk Road.
“It is my first time to see the big desert, it’s a once-in-a-lifetime experience,” said Chen, who traveled all the way from Zhuhai in south China’s Guangdong Province to Xinjiang. Accompanying him were a dozen “travel buddies” he met online, who had discovered this scenic spot through Xiaohongshu, the Chinese lifestyle online platform known overseas as “rednote.”
The name of the tourist site N39 means the 39 degrees north latitude, a line popular with adventurers and off-road enthusiasts to cross the Taklimakan Desert. The history of the N39 dates back to 1895 when Swedish explorer Sven Anders Hedin led his team along this line to cross the Taklimakan in vain.
Today, witnessing an evolving landscape, the once-feared “Sea of Death” is transforming into a sea of life and hope.
Over the years, against the background of China’s fight against desertification, people in Xinjiang have been cultivating drought-resistant plants such as populus euphratica, saxaul and red willow at the edge of the Taklimakan to fix the sand and improve the environment. In November 2024, a sand-blocking green belt stretching 3,046 km was completed to encircle the Taklimakan.
In Makit, a total of 78,400 hectares of sand prevention and control projects, including 30,666 hectares of protective forests, have been completed. At the same time, the county has been tapping into the economic potential of the desert. Besides the N39 scenic area, it also established a tourist site featuring the Daolang (swordsman) culture and paintings created by local farmers.
According to Pan Guoping, deputy director of the local culture, broadcasting and tourism bureau, in the first five months of 2025, the county received over 1.78 million tourist visits, a growth of 55.05 percent year-on-year. Tourism revenue during the period reached 732 million yuan (102 million U.S. dollars), up 61.58 percent.
The tourist boom is evident around the Taklimakan.
At the northern edge of the desert, Xayar County, Aksu Prefecture, boasts the world’s largest and best-preserved pristine populus euphratica forest stretching along the Tarim River.
Thanks to the ecological restoration efforts such as ecological water conveyance and replanting, the county has created a wetland scenic area in the desert, integrating populus euphratica forests, lakes, wetlands and waterfowl habitats. In autumn, when the forests turn into a sea of golden yellow, this once-isolated area emerges as a popular destination, drawing visitors and photographers from near and far.
At the southern margin of the desert, Yutian County in Hotan Prefecture has a long history of rose cultivation. As part of the sand control efforts, local communities have successfully cultivated drought-resistant and highly adaptable rose varieties suitable to their local desert conditions.
The region now hosts a rose culture tourism festival annually, featuring an array of activities including song and dance performances, cultural exhibitions, rose-themed experiences, gourmet food tasting, agricultural product fairs, and sports events.
The booming tourism industry is offering immense opportunities for locals.
Four years ago, after graduating from Shanghai Normal University, Aynur Emer returned to her hometown of Makit and became a tour guide at the N39 scenic area. Now, at just 25 years old, she is the scenic spot’s deputy general manager.
Growing up in a farming family, Aynur Emer often found herself reflecting on the desert that dominated her childhood memories — a place of hardship she hoped to leave.
“The back door of our house opened directly onto the desert,” she recalled. “During sandstorms, the roads would disappear entirely. Coming back from the market, I frequently struggled to find my way home.”
As a little girl, she never imagined that the desert could become a tourist destination. Yet today, thanks to environmental improvements and a burgeoning tourism industry, the desert has transformed in her eyes from a source of struggle to one of beauty and prosperity.
“When I was young, I dreamed of traveling to see stunning landscapes far from home,” Aynur Emer said. “But now, the best view is right at my doorstep.” ■
