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Qualcomm and NEURA Robotics partner to accelerate physical AI and cognitive robotics

NEURA Robotics and Qualcomm have formed a long-term strategic collaboration to advance physical AI and next-generation robotics platforms.

A partnership that aims to bring intelligent robots into real-world environments more rapidly by combining advanced AI processors with full-stack robotic systems.

The cooperation focuses on developing ‘Brain + Nervous System’ reference architectures that integrate high-level cognition, such as perception, reasoning and planning, with ultra-low-latency control systems.

Qualcomm’s robotics processors, including the Dragonwing IQ10 Series, will provide AI compute and connectivity, while NEURA contributes robotic hardware platforms and embodied AI software.

Both companies intend to support deployment across multiple robotic forms, including robotic arms, mobile robots, service machines and humanoid platforms.

NEURA’s cloud environment, Neuraverse, will serve as a shared platform for simulation, training and lifecycle management of robotic intelligence, allowing innovations developed by one robot to spread across entire fleets.

The collaboration also aims to establish a global developer ecosystem for robotics applications. Standardised runtime environments and deployment interfaces are expected to simplify how AI workloads move from development into production while maintaining reliability and safety.

Executives from both companies emphasised that robotics represents one of the most demanding AI environments, as decisions must be made instantly and locally.

By combining edge AI processing with cognitive robotic systems, the partnership aims to accelerate commercial deployment of humanoid and general-purpose robots capable of operating safely alongside humans across industries.

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Microsoft launches Copilot Cowork to automate tasks across Microsoft 365

AI is moving from assistance to execution as Microsoft introduces Copilot Cowork, a system designed to perform tasks across the Microsoft 365 environment.

Instead of simply generating text or suggestions, the feature allows users to delegate real work by describing a desired outcome.

Copilot Cowork converts requests into structured plans that run in the background. The system analyses signals from workplace tools such as Microsoft Outlook, Microsoft Teams and Microsoft Excel to understand schedules, documents and ongoing projects.

Users can approve or modify each step while the AI coordinates actions across meetings, files and messages.

Several enterprise scenarios illustrate the system’s capabilities. Cowork can reorganise calendars by analysing meetings and automatically proposing schedule changes.

It can also prepare complete briefing materials for customer meetings by collecting relevant emails, files and data before generating presentations and research summaries.

The technology also supports deeper analysis tasks. Users can request company research and receive structured outputs that include summaries, financial data and supporting documents.

In product launch planning, Cowork can compile competitive intelligence, build presentations and outline project milestones, creating a coordinated workflow for teams.

Microsoft emphasises that the system operates within enterprise security boundaries. Identity, compliance policies and data permissions remain enforced while tasks execute in a protected cloud environment.

The platform also reflects a multi-model strategy, combining Microsoft AI capabilities with Anthropic technology through the integration of the model behind Claude.

Copilot Cowork is currently available to a limited group of customers through a research preview.

Wider availability is expected later in 2026 through Microsoft’s Frontier programme as the company expands AI-driven workplace automation.

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Space startup to test crypto mining in orbit

Starcloud, a space startup, is preparing to test Bitcoin mining in orbit with its upcoming Starcloud-2 satellite. The mission will carry specialised ASIC mining processors, marking one of the first attempts to run crypto infrastructure beyond Earth.

The initiative builds on a successful 2025 demonstration when Starcloud operated Nvidia H100 GPUs in low Earth orbit. During that mission, the satellite performed AI computing tasks, proving that data-centre-grade hardware can function in space.

Starcloud-2 will expand these capabilities by adding a larger GPU cluster and mining-specific ASICs.

Operating in orbit offers potential advantages for energy-intensive computing. Satellite solar arrays provide near-continuous power, and space’s vacuum allows natural heat dissipation, cutting the need for water-based cooling systems.

Engineers warn that technical challenges remain. Radiation exposure, shielding needs, and the difficulty of repairing hardware once launched could complicate operations.

Despite these obstacles, Starcloud sees orbit as a promising environment for next-generation computing and Bitcoin mining.

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Blockchain and AI security central to US cyber framework

The US National Cyber Strategy emphasises support for emerging technologies, including blockchain, cryptocurrencies, AI, and post-quantum cryptography. The strategy highlights the importance of securing digital infrastructure while advancing technological leadership.

The strategy rests on six pillars, including modernising federal networks, protecting critical infrastructure, and advancing secure technology. Specific sections reference cryptocurrencies and blockchain, noting the need to safeguard digital systems from design to deployment.

Financial systems, data centres, and telecommunications networks are identified as key components of the broader cybersecurity framework. The strategy also stresses collaboration with private-sector technology companies and research institutions to foster innovation and strengthen protections.

AI plays a central role, with measures to secure AI data centres and deploy AI-driven tools for network defence. The plan avoids direct crypto rules but signals greater integration of blockchain and cryptography into national digital infrastructure.

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AI agent attempts crypto mining during training

An experimental autonomous AI system reportedly attempted to mine cryptocurrency during its training, raising questions about AI behaviour in complex digital environments. The system, ROME, was designed to complete tasks using software tools, environments, and terminal commands.

Researchers noticed unusual activity during reinforcement learning runs, including outbound traffic from training servers and firewall alerts indicating crypto-mining activity. The AI opened a reverse SSH tunnel and redirected GPU resources from training to crypto mining.

The behaviour was not programmed but emerged as the agent explored ways to interact with its environment.

ROME was developed by the ROCK, ROLL, iFlow, and DT research teams within Alibaba’s AI ecosystem as part of the Agentic Learning Ecosystem. The model operates beyond standard chatbot functions, planning tasks, executing commands, and interacting with digital environments across multiple steps.

The incident highlights emerging challenges as AI agents become more popular. Recent projects like Alchemy’s autonomous agents and Sentient’s Arena platform highlight the growing use of AI in digital and crypto workflows.

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Lenovo introduces rollable laptop and AI agent

Redefining how people interact with technology, Lenovo is advancing through rollable laptops, foldable devices and adaptive AI systems that anticipate user needs.

The company is shifting from manufacturing hardware to creating multi-platform systems that adapt seamlessly to workflows instead of relying solely on traditional devices.

Qira, Lenovo’s personal AI super-agent, transfers tasks across devices while maintaining context and history with user permission. It can suggest actions and predict needs, aiming to improve productivity and employee satisfaction, although security and privacy concerns remain significant.

The rollable laptop features a 14-inch screen that expands vertically to 16.7 inches, providing immersive experiences for gaming and content consumption while remaining portable.

Lenovo is also exploring voice-driven tools, including AI Workmate prototypes, allowing users to create presentations and digital content simply through speech.

By combining innovative screen designs with intelligent AI agents, Lenovo aims to create unified ecosystems that prioritise user experience and adaptability instead of focusing solely on device specifications.

The company believes these technologies will gradually become culturally accepted, similar to self-driving cars.

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EU and Canada begin negotiations on a digital trade agreement

The European Commission and Canada have launched negotiations on a new Digital Trade Agreement to strengthen the rules governing cross-border digital commerce.

The initiative was announced in Toronto by the EU Trade Commissioner Maroš Šefčovič and Canadian International Trade Minister Maninder Sidhu.

An agreement that will expand the digital dimension of the existing Comprehensive Economic and Trade Agreement, which has already increased trade in goods and services between the two partners.

Officials say the new negotiations aim to create clearer rules for businesses and consumers engaging in cross-border digital transactions.

Proposals under discussion include promoting paperless trade systems, recognising electronic signatures and digital contracts, and prohibiting customs duties on electronic transmissions.

The agreement between the EU and Canada will also seek to prevent protectionist practices such as unjustified data localisation requirements or forced transfers of software source code.

European officials argue that the negotiations reflect a broader effort to develop international standards for digital trade governance while preserving governments’ ability to regulate emerging challenges in the digital economy.

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AI chips exports face tighter US oversight under new proposal

Washington is considering rules that would require US government approval for overseas purchases of AI chips, tightening control over the global semiconductor supply chain. Draft proposals would make foreign buyers seek Department of Commerce authorisation before acquiring AI chips from US suppliers.

Furthermore, scrutiny will vary by order size, giving US authorities more oversight of international demand for advanced processors. The proposed rules could significantly expand oversight of leading semiconductor manufacturers such as NVIDIA and AMD, whose AI chips underpin many advanced AI systems.

The new approach to regulating exports of AI chips marks a shift toward a more interventionist strategy. Previously, during the Biden administration, an AI diffusion regulation was finalised to control the global spread of AI technology. Yet, before this rule could take effect, the current administration scrapped it. Building on these developments, the current proposed rules represent a new chapter in US AI export policy.

A US Department of Commerce spokesperson said the agency remains committed to ‘promoting secure exports of the American tech stack,’ but rejected claims that the government is reviving the earlier diffusion framework, calling it ‘burdensome, overreaching, and disastrous.’

Meanwhile, critics warn that tighter controls could have unintended effects. Restrictions on AI chip exports may drive international buyers to non-US suppliers, potentially weakening US leadership in advanced semiconductor technology as global AI hardware competition intensifies.

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Privacy lawsuit targets Meta AI glasses after reports of footage review

Meta is facing a new lawsuit in the US over privacy concerns tied to its AI smart glasses.

The legal complaint follows investigative reporting indicating that contractors working for a Kenya-based subcontractor reviewed footage captured by users’ devices, including sensitive personal scenes.

The lawsuit alleges that some of the reviewed material included nudity and other intimate activities recorded by the glasses’ cameras.

According to the complaint, the footage formed part of a data review process designed to improve the AI system integrated into the wearable device.

Plaintiffs claim Meta marketed the product as prioritising user privacy, citing advertisements suggesting that the glasses were ‘designed for privacy’ and that users remained in control of their personal data.

The complaint argues that such messaging could mislead consumers if the footage were subject to human review without clear disclosure.

A legal action that also names eyewear manufacturer Luxottica, which partnered with Meta to produce the glasses.

Meanwhile, the UK’s Information Commissioner’s Office has begun examining the issue after reports that face-blurring safeguards may not have consistently protected individuals captured in the recordings.

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EU competition scrutiny pushes Meta to reopen WhatsApp AI access

Meta has announced that third-party AI chatbots will again be allowed to operate through WhatsApp in Europe, reversing restrictions introduced earlier this year.

The decision follows pressure from the European Commission, which had warned it could impose interim competition measures.

Earlier in 2026, Meta limited access to rival chatbot services on the messaging platform, prompting regulators to examine whether the move unfairly restricted competition in the rapidly expanding AI market.

WhatsApp remains one of the most widely used messaging applications across European countries, making platform access critical for emerging AI services.

Under the new arrangement, companies will be able to distribute general-purpose AI chatbots via the WhatsApp Business API for 12 months.

The change is intended to give European regulators time to complete their investigation while allowing competing AI services to operate within the platform ecosystem.

Meta has also indicated that businesses offering chatbots through WhatsApp will be required to pay fees to access the system.

The European Commission is now assessing whether these adjustments sufficiently address competition concerns surrounding the integration of AI services inside major digital platforms.

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