Donald Trump has rescinded a 2023 executive order issued by Joe Biden aimed at mitigating risks associated with AI to consumers, workers, and national security. Biden’s order mandated that developers of high-risk AI systems share safety test results with the US government before public release, under the Defense Production Act. It also required federal agencies to establish safety standards addressing potential threats such as cybersecurity, chemical, and biological risks. This move came amid congressional inaction on AI legislation.
The Republican Party had pledged to overturn Biden’s order, claiming it stifled AI innovation. The party’s 2024 platform emphasises support for AI development that aligns with free speech and human progress. Generative AI technologies, capable of creating content like text and images, have sparked both excitement and concern over their potential to disrupt industries and eliminate jobs.
While Trump revoked Biden’s AI safety framework, he left intact another executive order issued last week that supports the energy needs of advanced AI data centres. Biden’s newer order calls for federal assistance, including leasing Defense and Energy Department sites, to support the rapid growth of AI infrastructure. Meanwhile, US companies like Nvidia have criticised recent Commerce Department restrictions on AI chip exports, reflecting ongoing tensions between regulation and innovation in the tech sector.
OpenAI plans to introduce AI ‘super-agents’ designed to handle complex tasks at an expert level, according to a report by Axios. These advanced systems aim to perform intricate, goal-oriented tasks, far surpassing current AI chatbot capabilities. The announcement is expected within weeks, sparking widespread interest and scepticism alike.
twitter hype is out of control again.
we are not gonna deploy AGI next month, nor have we built it.
we have some very cool stuff for you but pls chill and cut your expectations 100x!
CEO Sam Altman’s recent engagements in Washington DC, including a scheduled closed-door meeting with US officials, have intensified speculation. Social media rumours suggested a breakthrough in artificial general intelligence (AGI), prompting Altman to clarify that OpenAI has not developed AGI nor plans to deploy it soon. Despite this, the proposed super-agents are projected to be transformative, with potential applications ranging from software creation to business operations.
Critics argue the claims may be overhyped. Notable figures like computer scientist Gary Marcus dismissed the feasibility of achieving such advancements in the near term. Concerns about reliability and persistent issues like information hallucination remain significant barriers to broader adoption.
Controversy also surrounds OpenAI’s flagship AI model, o3, and its reliance on a benchmark test developed by Epoch AI, a group funded by OpenAI. The FrontierMath test, intended to measure mathematical prowess, has faced scrutiny over its role in showcasing the model’s capabilities.
Spain’s government has announced a new initiative to promote the adoption of AI technologies across the country’s businesses. Prime Minister Pedro Sanchez revealed on Monday that the government will provide an additional 150 million euros ($155 million) in subsidies aimed at supporting companies in their efforts to integrate AI into their operations.
The funding is designed to help businesses harness the potential of AI, which has become a critical driver of innovation and efficiency in various sectors, from manufacturing to healthcare and finance. The subsidies will be available to companies looking to develop or adopt AI-based solutions, to foster digital transformation and maintain Spain’s competitive edge in the global economy.
Sanchez emphasised that the funding will play a vital role in ensuring Spain remains at the forefront of the digital revolution, helping to build a robust, AI-powered economy. The move comes as part of Spain’s broader strategy to invest in technology and innovation, aiming to enhance productivity and create new opportunities for growth in both the public and private sectors.
Mistral, a Paris-based AI company, has entered a groundbreaking partnership with Agence France-Presse (AFP) to enhance the accuracy of its chatbot, Le Chat. The deal signals Mistral’s determination to broaden its scope beyond foundational model development.
Through the agreement, Le Chat will gain access to AFP’s extensive archive, which includes over 2,300 daily stories in six languages and records dating back to 1983. While the focus remains on text content, photos and videos are not part of the multi-year arrangement. By incorporating AFP’s multilingual and multicultural resources, Mistral aims to deliver more accurate and reliable responses tailored to business needs.
The partnership bolsters Mistral’s standing against AI leaders like OpenAI and Anthropic, who have also secured similar content agreements. Le Chat’s enhanced features align with Mistral’s broader strategy to develop user-friendly applications that rival popular tools such as ChatGPT and Claude.
Mistral’s co-founder and CEO, Arthur Mensch, emphasised the importance of the partnership, describing it as a step toward offering clients a unique and culturally diverse AI solution. The agreement reinforces Mistral’s commitment to innovation and its global relevance in the rapidly evolving AI landscape.
Hull College has embraced AI to enhance learning, from lesson planning to real-time language translation. The institution is hosting a conference at its Queens Gardens campus to discuss how AI is influencing teaching, learning, and career preparation.
Mature student Sharron Knight, retraining to become a police call handler, attended an AI seminar and described the technology as ‘not as scary’ as she initially thought. She expressed surprise at the vast possibilities it offers. Student Albara Tahir, whose first language is Sudanese, has also benefited from AI tools, using them to improve his English skills.
Hull College principal Debra Gray highlighted AI’s potential to empower educators. She compared the tool to a bicycle, helping both teachers and students reach their goals faster without altering the core learning process.
The UK government recently announced plans to expand AI’s role in public services and economic growth, including creating ‘AI Growth Zones’ to support job creation and infrastructure projects. AI is already being used in UK hospitals for cancer diagnostics and other critical tasks.
Seven Indian startups have been selected for a groundbreaking India-US space and defence collaboration program, opening doors to the world’s largest defence and space market. The program, launched in September 2024 by Indian investor Indusbridge Ventures and US-based FedTech, focuses on defence and dual-use technologies. Among the selected companies are space imaging firm KaleidEO, rocket manufacturer EtherealX, and AI-driven Shyam VNL, all of which will explore opportunities with US agencies like the Defense Innovation Unit and the Department of Defense.
The initiative offers Indian startups access to resources, mentorship, and collaborations with US industry leaders such as Northrop Grumman, Lockheed Martin, and RTX. According to sources, these partnerships could provide a competitive advantage in the $1.5 billion annual market for niche technologies and potentially generate revenues between $500 million and $1 billion annually. Discussions are already underway on specific projects, although details remain under wraps.
This development aligns with recent diplomatic efforts to strengthen India-US ties in defence and space technology. Indian National Security Advisor Ajit Doval and US counterpart Jake Sullivan recently met in New Delhi to discuss enhancing collaboration between the US Defense Innovation Unit and India’s Innovations for Defense Excellence. The program is a significant step toward fostering innovation and boosting private-sector cooperation between the two nations in strategic sectors.
Taiwan Semiconductor Manufacturing Co (TSMC) is facing significant challenges in bringing its most advanced chip technology to its new Arizona plant, the company’s CEO, C.C. Wei, said. Complex regulatory hurdles, labour shortages, and supply chain gaps have slowed progress, making it unlikely for the US factory to match Taiwan’s production timeline for cutting-edge chips. Wei noted that the Arizona project has already taken twice as long as similar facilities in Taiwan.
TSMC is investing $65 billion in three massive factories in Arizona, with support from the US government, including a $6.6 billion grant. However, Wei highlighted the high costs of compliance, including $35 million spent on establishing regulatory guidelines, as well as the logistical strain of shipping essential chemicals like sulfuric acid from Taiwan. Labour shortages have further complicated the project, requiring the relocation of workers from Texas and driving up costs.
Despite the obstacles, Wei expressed confidence in the factory’s ability to deliver high-quality chips, pointing to recent progress in producing advanced 4-nanometer chips for US clients. While most of TSMC’s cutting-edge manufacturing will remain in Taiwan, the Arizona plant marks a critical step in the US’s effort to diversify its semiconductor supply chain and reduce dependence on Asia.
Microsoft has introduced a new chat service, Copilot Chat, allowing businesses to deploy AI agents for routine tasks. The service, powered by OpenAI’s GPT-4, enables users to create AI-driven assistants using natural language commands in English, Mandarin, and other languages. Tasks such as market research, drafting strategy documents, and meeting preparation can be handled for free, though advanced features like Teams call transcription and PowerPoint slide creation require a $30 monthly Microsoft 365 Copilot subscription.
With increasing pressure to generate returns on its substantial AI investments, Microsoft is betting on a pay-as-you-go model to drive adoption. The company is expected to spend around $80 billion on AI infrastructure and data centres this fiscal year. Following concerns about Copilot’s adoption, Microsoft has been pushing its AI tools more aggressively, offering businesses greater flexibility in using AI for automation.
In a move towards greater AI autonomy, Microsoft previously introduced tools allowing customers to create self-sufficient AI agents with minimal human input. Analysts suggest that such innovations could offer a simpler path to monetisation for tech companies, making AI-driven automation more accessible and scalable.
Australia’s Macquarie has agreed to acquire a 15% stake in Applied Digital’s high-performance computing business and invest up to $5 billion in its AI data centres. The investment comes as AI-driven demand for computing infrastructure continues to surge, with companies racing to develop and train advanced models. Shares of Applied Digital surged by around 20% following the announcement.
Macquarie’s asset management division will initially invest $900 million in a data centre campus in North Dakota, with the potential for an additional $4.1 billion over the next 30 months. Applied Digital plans to use the funding to repay debt and recover over $300 million of its previous equity investment. The company’s CEO, Wes Cummins, stated that the deal provides the necessary capital to build and operate data centres with high power demands.
Applied Digital’s stock has more than tripled over the past two years, reflecting growing investor confidence in AI infrastructure. The deal follows Microsoft‘s announcement of an $80 billion investment in AI data centres for fiscal 2025. Applied Digital is set to release its second-quarter financial results after the market closes on Tuesday.
Google has entered into a significant deal to buy carbon credits from an Indian project that turns agricultural waste into biochar, a form of charcoal that removes carbon dioxide (CO2) from the atmosphere and stores it in the soil. This partnership with Indian supplier Varaha is one of the largest of its kind and marks Google’s first venture into India’s carbon dioxide removal (CDR) sector. The tech giant plans to purchase 100,000 tons of carbon credits from the initiative through 2030, as part of its broader strategy to offset emissions.
Biochar, which can sequester CO2 for centuries, is seen as a promising, cost-effective solution for carbon removal, offering immediate scalability using existing technologies. Varaha will use waste from hundreds of smallholder farms in India to produce the biochar, which will also be distributed to farmers as an alternative to fertilisers. The project has the potential to store millions of tons of CO2 annually, with Varaha’s CEO, Madhur Jain, noting that India’s agricultural waste could generate enough biochar to store over 100 million tons of CO2 each year.
While carbon dioxide removal efforts like biochar are gaining traction, some experts caution that such solutions should not replace direct emissions cuts. There are also concerns about the long-term permanence of CO2 storage through biochar. However, Jain emphasised the urgent need to address global warming, stating that even temporary reductions in CO2 are critical in the fight against climate change. As the CDR market expands, it remains a key tool for companies like Google seeking to offset their environmental impact.
