NVIDIA

Nissan, Uber, and Wayve to Launch AI-Powered Robotaxi Service in Tokyo Nissan Motor Co., Uber Technologies Inc., and Wayve Technologies Ltd. have entered into a partnership to develop and launch a robotaxi service in Tokyo. The collaboration will utilize Nissan’s LEAF electric vehicles equipped with Wayve’s AI-powered autonomous driving system, which will be accessible to passengers through the Uber ride-hailing app. A pilot program is scheduled to begin in Tokyo by late 2026, initially with human safety operators present in the vehicles. This initiative marks Uber’s first venture into autonomous vehicle services in Japan and is part of a broader plan to introduce robotaxis in over ten major cities globally, including London. The partnership aims to address challenges such as driver shortages and improve the efficiency of urban transportation. ...

NVIDIA & Eli Lilly Launch $1B AI Drug Discovery Venture to Revolutionize Medicine In a landmark move for the biopharmaceutical industry, NVIDIA and Eli Lilly have announced a joint AI drug discovery lab, backed by a planned investment of up to $1 billion over five years. This collaboration aims to transform key aspects of drug development into a precise engineering discipline. By leveraging high-performance computing and specialized AI agents, the partnership will accelerate research and development. The initiative will operate on a ‘scientist in the loop’ model, where advanced AI supports and enhances the work of human researchers, marking a significant milestone for AI’s role in medicine. ...

AI & Machine Learning News This week’s digest covers major advancements in AI, from NOAA’s new AI-driven weather models to NVIDIA’s open-source tools for autonomous vehicles and Mobileye’s strategic move into humanoid robotics. Sources: NOAA Deploys New Generation of AI-Driven Global Weather Models NVIDIA’s Alpamayo: Open-Source AI for Autonomous Vehicle Reasoning NVIDIA has announced its Alpamayo family of open-source AI models and tools aimed at accelerating the development of safe and reasoning-based autonomous vehicles. The initial release, Alpamayo 1, is a vision-language-action (VLA) model with 10 billion parameters designed to help AVs understand and reason through complex and unpredictable driving scenarios. This “chain-of-thought” reasoning allows the vehicle to explain its driving decisions, a key factor for safety and scalability. Rather than running directly in the vehicle, Alpamayo models will serve as large-scale ’teacher’ models for developers to fine-tune their own AV stacks. The open-source nature of these tools, announced at CES 2026, is intended to foster innovation across the autonomous driving ecosystem. ...

Artificial Intelligence & Machine Learning NVIDIA Boosts Robotics and Autonomous Driving with New Open-Source AI Models NVIDIA has released a powerful suite of open-source artificial intelligence models, datasets, and development tools designed to accelerate advancements in robotics and autonomous driving. This release features the Nemotron model family for agentic AI, now with enhanced components for speech recognition and safety, alongside the Cosmos world foundation models for physical AI. These models improve perception and synthetic data generation. A standout component is the Alpamayo family, a vision-language-action model for reasoning-based autonomous driving, enabling vehicles to process and explain complex driving scenarios. Furthermore, NVIDIA introduced Isaac GR00T N1.6, an open vision-language-action model for humanoid robots that seamlessly integrates visual perception with action planning. To bolster development, the company also launched AlpaSim, an open-source simulation framework for rigorously evaluating autonomous vehicle models. ...

AI Breakthrough: New Molecule Boosts Pancreatic Cancer Chemotherapy In a significant advancement for AI in healthcare, researchers have developed a molecule using artificial intelligence that dramatically improves chemotherapy effectiveness for pancreatic cancer. The AI-generated aptamer, named Apt1, works by disrupting DNA repair mechanisms within cancer cells. This targeted action makes tumors more susceptible to chemotherapy drugs like olaparib, even at lower dosages. This breakthrough highlights the immense potential of AI in drug discovery and creating novel treatments for aggressive cancers by precisely targeting cellular processes. ...

New AI System Enhances At-Home Balance Training for Physical Therapy Researchers at the University of Michigan have developed a new machine learning model to support home-based balance training for physical therapy patients. The system utilizes data from four wearable sensors to predict how a physical therapist would assess a patient’s performance on balance exercises. This AI-driven feedback can help patients make faster progress and maintain their abilities after their formal therapy sessions have concluded. The model was developed by training convolutional neural networks with sensor data and evaluations from physical therapists, achieving nearly 90% accuracy in predicting patient balance ratings. The technology aims to make balance training more accessible, particularly for those in rural areas, and to assist physical therapists in making healthcare decisions. ...

Galbot Unveils DexNDM & NavFoM: Major Breakthroughs in Embodied AI for Robotics Robotics firm Galbot has announced two significant technological advancements in embodied intelligence: DexNDM and NavFoM. DexNDM is a neural dynamics model designed to enhance robotic dexterous manipulation, enabling robots to perform high-precision, in-hand rotations of various objects. NavFoM is presented as the world’s first cross-embodiment, cross-task navigation foundation model, allowing robots to autonomously perform complex tasks in diverse environments. These innovations, developed with Tsinghua and Peking University, integrate DexNDM into a teleoperation system for intricate tasks like tightening screws with high-level human commands. These advancements are poised to revolutionize industries like manufacturing, logistics, and healthcare by improving the adaptability and efficiency of robots in real-world settings. ...

China’s DePTH-GPT: A New AI Model to Revolutionize Deep-Sea Research A team of Chinese scientists has launched a new artificial intelligence model named DePTH-GPT to advance deep-sea exploration. The model utilizes a combination of AI technologies, including deep learning, large language models, and computer vision, to analyze a wide range of data from the deep ocean such as video, topography, and bioacoustics. This new tool is expected to shift deep-sea research from traditional qualitative analysis to a more intelligent and predictive approach. DePTH-GPT has already been used to create an intelligent cognitive system for a seamount and a hydrothermal vent field. Developed as part of the UN Decade of Ocean Science for Sustainable Development, the model will be made available to global research institutions to create cognitive systems for various deep-sea habitats. ...

AI & Machine Learning Breakthroughs: Self-Evolving AI and Light-Speed Computing This week in AI research brings major breakthroughs, including the development of a self-evolving edge AI. Additionally, a new optical chip has been unveiled that can compute at the speed of light. In medical tech, an innovative AI model can now accurately predict the progression of osteoarthritis from simple knee X-rays. Sources: Space Daily Hyundai and NVIDIA Partner on AI Factory for Autonomous Vehicle Development Hyundai Motor Group is significantly expanding its partnership with NVIDIA to build a cutting-edge AI factory. This initiative is designed to fast-track the development of autonomous vehicles, smart factories, and advanced robotics. ...

Artificial Intelligence & Machine Learning New Open-Source Omni-Modal AI Model ‘LongCat-Flash-Omni’ Released A new state-of-the-art, open-source omni-modal AI model, LongCat-Flash-Omni, has been released. Featuring an impressive 560 billion parameters, this model marks a significant leap forward in the capabilities of open-source artificial intelligence. Its release is a major event for the AI community, equipping researchers and developers with powerful new tools for a diverse range of applications. Robotics & Autonomous Vehicles IIT Bombay Develops GPS-Free Control System for Autonomous Drone Swarms Researchers at the Indian Institute of Technology (IIT) Bombay have developed a groundbreaking control system enabling unmanned aerial vehicles (UAVs) to fly in coordinated swarms without GPS, inter-drone communication, or a central controller. This innovative method relies on ‘bearing-only’ measurements, where each drone uses its onboard camera to observe neighbors and maintain formation based on relative positions. ...