GitHub CEO Thomas Dohmke has announced his decision to step down later in the year to pursue new entrepreneurial ventures.
Instead of appointing a new CEO, Microsoft will integrate GitHub more closely into its CoreAI division. Since Microsoft acquired GitHub in 2018, the platform has operated chiefly independently, but with this change, leadership will report directly to several Microsoft executives.
Under Dohmke’s leadership since 2021, GitHub’s user base more than doubled to over 150 million developers, supporting over one billion repositories and forks.
The platform has become essential to Microsoft’s AI and developer strategy, especially with growing competition from Google, Replit, and others in the AI coding market.
GitHub recently launched advanced AI tools like Copilot, which suggest code and automate programming tasks, helping developers work more efficiently.
Microsoft’s investment in AI is shaping the future of coding, with GitHub playing a central role by providing direct access to developers worldwide.
Dohmke will remain with Microsoft until the end of the year to assist with the transition, emphasising GitHub’s importance to Microsoft’s broader ambitions in AI and cloud computing.
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TechUK has issued a comprehensive framework to guide the UK government’s digital transformation, emphasising the importance of secure technological progress as a national imperative.
The proposal outlines three foundational pillars: shaping digital regulation, strengthening countries and regions through digital investment, and advancing international digital trade.
It also calls for sweeping investments in digital skills to ensure citizens are prepared for the digital era. The trade body underscores the need for a digitally confident workforce to sustain the nation’s tech-driven ambitions.
Taken together, these recommendations aim to keep the UK a competitive and resilient digital economy that works for all citizens, supports sustainable growth, and adapts confidently to evolving global digital realities.
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Microsoft has launched Copilot 3D, an AI-powered tool that transforms 2D images into realistic 3D models without requiring specialist skills. Available through Copilot Labs, it aims to make 3D creation faster, more accessible, and more intuitive for global users signed in with a Microsoft account.
The tool supports only image-to-3D conversion, with no text-to-3D capability. Users can upload images up to 10 MB, generate a model, and download it in GLB format. Microsoft states uploaded images are used solely for model generation and are not retained for training or personalisation.
Copilot 3D is designed for applications that range from prototyping and creative exploration to interactive learning, thereby reducing the steep learning curve associated with conventional 3D programs. It can be used on PCs or mobile browsers; however, Microsoft recommends a desktop experience for optimal results.
Tech rivals are also advancing similar tools. Apple’s Matrix3D model can build 3D scenes from images, while Meta’s 3D Gen AI system creates 3D assets from text or applies textures to existing models. Nvidia’s NeRF technology generates realistic 3D scenes from multiple 2D images.
The release underscores growing competition in AI-driven 3D design, as companies race to make advanced modelling tools more accessible to everyday creators.
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Quantum computing is set to shift from theory to real-world applications in 2025, driven by breakthroughs from Google and IBM. With error-corrected qubits and faster processing, the market is projected to reach $292 billion by 2035.
New chips, such as Google’s Willow, have significantly reduced errors, while interconnect innovations link multiple processors. Hybrid quantum-classical systems are emerging, with AI refining results for logistics, energy grids, and secure financial transactions.
The technology is accelerating drug discovery, climate modelling, and materials science, cutting R&D timelines and improving simulation accuracy. Global firms like Pasqal are scaling production in Saudi Arabia and South Korea, even as geopolitical tensions rise.
Risks remain high, from the energy demands of quantum data centres to threats against current encryption. Experts urge rapid adoption of post-quantum cryptography and fault-tolerant systems before mass deployment.
As the UN marks 2025 as the International Year of Quantum Science, quantum computing is quietly being integrated into operations worldwide, solving problems that surpass those of classical machines. The revolution has begun, largely unnoticed but poised to redefine economies and technology.
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OpenAI has released reasoning-focused open-weight models in a strategic response to China’s surging AI ecosystem, led by DeepSeek’s disruptive efficiency. Unlike earlier coverage, the shift is framed not merely as competitive posturing but as a deeper recognition of shifting innovation philosophies.
DeepSeek’s rise stems from maximizing limited resources under the US’s export restrictions, proving that top-tier AI doesn’t require massive chip clusters. The agility has emboldened the open-source AI sector in China, where over 10 labs now rival those in the US, fundamentally reshaping competitive dynamics.
OpenAI’s ‘gpt-oss’ models, which reveal numerical parameters for customization, mark a departure from its traditional closed approach. Industry watchers see this as a hybrid play, retaining proprietary strengths while embracing openness to appeal to global developers.
The implications stretch beyond technology into geopolitics. US export controls may have inadvertently fueled Chinese AI innovation, with DeepSeek’s self-reliant architecture now serving as a proof point for resilience. DeepSeek’s achievement challenges the US’s historically resource-intensive approach to AI.
AI rivalry may spur collaboration or escalate competition. DeepSeek advances models like DeepSeek-MoE, while OpenAI strikes a balance between openness and monetization. Global AI dynamics shift, raising both technological and philosophical stakes.
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OpenAI chief executive Sam Altman has warned that many ChatGPT users are engaging with AI in self-destructive ways. His comments follow backlash over the sudden discontinuation of GPT-4o and other older models, which he admitted was a mistake.
Altman said that users form powerful attachments to specific AI models, and while most can distinguish between reality and fiction, a small minority cannot. He stressed OpenAI’s responsibility to manage the risks for those in mentally fragile states.
Using ChatGPT as a therapist or life coach was not his concern, as many people already benefit from it. Instead, he worried about cases where advice subtly undermines a user’s long-term well-being.
The model removals triggered a huge social-media outcry, with complaints that newer versions offered shorter, less emotionally rich responses. OpenAI has since restored GPT-4o for Plus subscribers, while free users will only have access to GPT-5.
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The 2025 World Robot Conference in Beijing has drawn significant attention to China’s growing humanoid robotics industry. With over 60 humanoid robots on display, the event attracted investors and tech enthusiasts alike, generating a surge in stock prices for companies such as Unitree Robotics.
The conference showcased robots performing diverse activities from industrial operations to more human-like tasks, including marathons and kickboxing, highlighting rapid AI advancements.
China’s Ministry of Industry and Information Technology has supported the sector strongly, aiming for mass production and widespread adoption by 2027. The market, valued at $2.24 billion in 2024, is expected to grow to $41 billion by 2032, reflecting a compound annual growth rate of nearly 44%.
New manufacturing facilities and advances such as carbon fibre materials are boosting the durability and agility of these robots, while companies are focusing on AI integration and teamwork capabilities.
Despite the promising outlook, challenges like high costs, AI learning complexities, and potential overvaluation remain. Experts acknowledge China is closing the gap in humanoid robotics innovation, though technical hurdles persist.
The event underscores the significant role humanoid robots could play in reshaping industries and everyday life, supported by both state initiatives and private investment.
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NASA and Google are collaborating on an AI-powered medical assistant designed for long-distance space travel, particularly missions to Mars.
The Crew Medical Officer Digital Assistant (CMO-DA) tool uses Google Cloud’s Vertex AI platform and a mix of open-source large language models to provide autonomous medical advice and diagnostics.
The capability is crucial due to the significant communication delays between Mars and Earth, which can reach up to 223 minutes one way, making real-time medical consultation impossible.
The CMO-DA aims to support astronauts by diagnosing conditions and offering treatment recommendations independently, without Earth-based input. Future versions will incorporate ultrasound imaging and biometric data to enhance diagnostic accuracy.
Tested against common medical issues by a panel that included a doctor-astronaut, the AI demonstrated accuracy rates ranging from 74% to 88% for various ailments.
However, NASA acknowledges challenges such as building trust in AI decisions and limited data on health effects from spaceflight and partial gravity environments.
The project forms part of NASA’s Artemis programme, focusing on Moon exploration and preparing for human missions to Mars, emphasising the importance of autonomous healthcare tools for deep space missions.
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GitHub’s CEO, Thomas Dohmke, envisions a future where developers no longer write code by hand but oversee AI agents that generate it. He highlights that many developers already use AI tools to assist with coding tasks.
Early adoption began with debugging, boilerplate and code snippets, and evolved into collaborative brainstorming and iterative prompting with AI. Developers are now learning to treat AI tools like partners and guide their ‘thought processes’.
According to interviews with 22 developers, half expect AI to write around 90 percent of their code within two years, while the rest foresee that happening within five. The shift is seen as a change from writing to verifying and refining AI-generated work.
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The Browser Company has introduced a $20 monthly Pro subscription for Dia, its AI-powered web browser, offering unlimited access to advanced chat and skills features.
Free users will now encounter limits on AI usage, although light users engaging with AI a few times a week can still use the browser without paying. CEO Josh Miller mentioned plans to launch multiple subscription tiers, ranging from $5 to several hundred dollars, based on different feature sets.
The Pro plan was briefly available online before being removed, but it is now accessible again through Dia’s settings. It marks The Browser Company’s first paid offering following its previous success with the Arc browser.
The Browser Company has secured $128 million in funding from investors, including Pace Capital and several prominent tech leaders such as Jeff Weiner and Dylan Field.
The launch comes amid intensifying competition in the AI browser space, with rivals like Perplexity’s Comet, Opera’s upcoming Neon browser, and AI integrations from Google and Microsoft vying for user attention.
The Browser Company’s subscription model aims to capitalise on growing interest in AI-enhanced browsing experiences.
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