NTT Sets New AV Safety Standard with Launch of Mobility Subsidiary
Japanese telecommunications giant NTT has established a new subsidiary, NTT Mobility, to consolidate its expertise in the self-driving vehicle sector. The new company, launching in mid-December, will offer a comprehensive service for deploying and operating autonomous driving services across Japan. This initiative aims to overcome challenges like ensuring safe autonomous vehicle provision and developing infrastructure suited for Japan’s roads, with a service launch goal of April 2027. Concurrently, an NTT-developed technology for assessing video quality from autonomous vehicle remote-monitoring systems has been adopted as a new international standard. The model, named Parametric object-recognition-ratio-estimation, verifies in real-time if video streams are clear enough for safe object detection, alerting operators when quality drops below critical safety thresholds.
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Chevron Boosts Safety and Efficiency with Operational Robotics
Chevron is expanding its integration of robotics into operations to enhance workplace safety and improve efficiency. The energy company uses various robots, including drones and remotely operated vehicles (ROVs), for hazardous tasks like tank inspections and cleaning. By deploying robots for these duties, Chevron has eliminated thousands of at-risk work hours and achieved millions in cost savings. For example, robotic tank inspections have saved the company over $25 million and approximately 43,000 working hours since 2024. The company is also advancing a “drone-in-a-box” system for autonomous remote inspections, further reducing the need for employee field visits.
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OpenAI Explores AI-Powered Personal Health Assistant for Consumers
OpenAI is reportedly considering an expansion into the consumer health sector by developing a personal health assistant powered by generative AI. This strategic move would leverage the company’s advanced AI models to provide users with personalized medical advice and health information. The initiative is supported by strategic hires in the healthcare space, including a co-founder of a physician network and a former social media executive, who will lead the health product division. While other major tech companies have struggled to gain traction with consumer health platforms, OpenAI’s large, existing user base already seeking medical information on its platforms could provide a significant competitive advantage.
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Microsoft Excel Unveils ‘Agent Mode’ for Autonomous AI-Powered Automation
Microsoft Excel has introduced a new ‘Agent Mode,’ also known as Frontier, which integrates generative AI to facilitate more intelligent and autonomous spreadsheet operations. This powerful feature allows users to build AI agents that can automate complex workflows and make context-aware decisions within dynamic business environments. A core component of this mode is the new Copilot function formula, which enables users to receive intelligent, context-aware answers by typing plain English prompts directly into a cell, removing the need for coding. These AI agents can learn from workbook interactions, collaborate with other agents, and execute tasks autonomously based on natural language commands, making sophisticated AI accessible to all users regardless of technical skill.
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Critical runC Vulnerabilities Expose Docker and Kubernetes to Container Escape
Three new security vulnerabilities have been discovered in runC, the fundamental container runtime used by Docker, Kubernetes, and other major containerization platforms. The flaws, tracked as CVE-2025-31133, CVE-2025-52565, and CVE-2025-52881, could permit an attacker to bypass container isolation and achieve root privileges on the host system. These security issues arise from the manipulation of mounts and symbolic links during container startup, which can trick runC into bind-mounting sensitive host files into the container with write permissions. A successful exploit could lead to a full container escape, allowing arbitrary code execution on the host machine. Discovered by a SUSE developer, the vulnerabilities have been patched in the latest runC versions. Although exploitation is complex, users are strongly urged to update immediately to mitigate the risk.
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HPE Forms Quantum Scaling Alliance to Accelerate Quantum Supercomputing
Hewlett Packard Enterprise (HPE) has partnered with seven other technology organizations to establish the Quantum Scaling Alliance. This global initiative is focused on making quantum computing more scalable, practical, and transformative across industries. The alliance’s primary objective is to design and build a cost-effective and useful quantum supercomputer by combining expertise from the supercomputing and semiconductor sectors. The alliance is co-led by John Martinis, a 2025 Nobel Laureate celebrated for his groundbreaking work in quantum computing. The founding members contribute a diverse range of expertise, including quantum error correction, qubit design, materials engineering, and full-stack quantum-HPC integration.
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Pasqal and LG Electronics Partner to Advance Industrial Quantum Computing
Pasqal, a leader in neutral atom quantum computing, has formed a strategic partnership with LG Electronics to accelerate the development of quantum technologies for industrial applications. The collaboration includes an equity investment in Pasqal by LG, signaling the electronics giant’s strong commitment to next-generation computing. A key focus of the partnership will be the joint development of quantum algorithms to address complex industrial challenges in areas like multiphysics simulation, optimization, and materials discovery. Furthermore, Pasqal and LG will collaborate to advance the core technologies underpinning neutral atom quantum computing, such as optical and electronic components, to strengthen the global supply chain and speed up the industrialization of quantum hardware.
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