bio robotics
25 articles about bio robotics in AI news
Anthropic Acquires AI Biotech Coefficient Bio for ~$400M to Build 'Virtual Biologist'
Anthropic acquired AI biotech startup Coefficient Bio for approximately $400M. The small team was building AI to plan drug R&D, manage clinical strategy, and identify new drug opportunities, aligning with CEO Dario Amodei's vision of AI as a 'virtual biologist.'
DEEP Robotics Deploys Lynx M20 Wheeled-Legged Quadruped as 'Cyber Tea Farmer' with JD Logistics
DEEP Robotics has deployed its Lynx M20 wheeled-legged quadruped robot in a pilot with JD Logistics, where it is being tested as a 'Cyber Tea Farmer' mobile platform. This represents a real-world field test for a hybrid locomotion robot in a commercial logistics environment.
Embodyd's Xiaomei Bionic Robot, Built on Unitree Body, Available for Rent in China
A bionic humanoid robot named Xiaomei, built on a Unitree robotic body by the company Embodyd, is now available for commercial rental in China for shops and events.
Chinese Researchers Develop Bionic Robotic Hand with Neuromorphic AI Skin for Local Sensory Processing
A research team in China has built a lifelike bionic hand integrated with neuromorphic electronic skin that processes tactile data using local AI models, aiming to reduce dependency on biological tissue.
Unitree Robotics Files for $610M IPO on Shanghai Star Market After 335% Revenue Surge
Chinese robotics firm Unitree Robotics has filed for a $610M IPO after revenue jumped 335% to 1.71B yuan in 2024. The company shipped over 30,000 quadruped and 5,500 humanoid robots, with humanoids now driving over half its revenue.
From Bota to Enhe: The Dawn of Physical AI in Biomanufacturing
Bota Bio has rebranded as Enhe Technology and launched SAION AI, a pioneering Physical AI platform for biomanufacturing. The platform claims state-of-the-art performance across four key life science AI benchmarks, signaling a major shift in how biology is engineered.
OctaPulse Brings AI Robotics to Aquaculture, Starting with Automated Fish Inspection
OctaPulse, a Y Combinator-backed startup, is deploying robotics and computer vision to automate fish inspection in aquaculture. Their system aims to replace manual sampling methods, reduce fish stress, and provide real-time data for better farming decisions.
Robotics' Scaling Breakthrough: How SONIC's 42M-Parameter Model Achieves Perfect Real-World Transfer
Researchers have demonstrated that robotics can scale like language models, with SONIC training a 42M-parameter model on 100M human motion frames. The system achieved 100% success transferring to real robots without fine-tuning, marking a paradigm shift in robotic learning.
China's Planar Maglev 'XBot' Movers Use AI for 6-DoF Precision on Electromagnetic 'Flyway'
Chinese robotics firm Planar Motor demonstrates 'XBot' movers that levitate 1–2 mm above a tiled electromagnetic surface, achieving frictionless, coordinated 2D motion. The system uses AI for 6-degree-of-freedom precision control in factory automation.
RAI's Ringbot: A Monocycle Robot Uses Internal Legs for Balance and Acrobatics
The Robotics and AI Institute (RAI) has developed Ringbot, a monocycle robot that uses internal legs for dynamic balance and acrobatic maneuvers. This novel design challenges conventional wheeled and legged robot architectures.
Cyborg Cockroaches: NATO's AI-Powered Insect Scouts Redefine Surveillance
NATO is developing cyborg cockroaches equipped with AI and sensors for military reconnaissance. Electric shocks steer their movements while swarm algorithms coordinate groups through debris. The German military has already deployed these bio-hybrid systems.
Ambidextrous AI-Powered Robotic Hand Achieves Human-Like Dexterity and Beyond
ChangingTek Robotics has developed a revolutionary robotic hand that can switch between left and right configurations, bend in reverse, and exceed human degrees of freedom. The tendon-driven system achieves joint speeds of 230° per second while handling diverse objects from wrenches to drinks.
Neuromorphic Computing Patents Surge 401% in 2025, Hits 596 by 2026
Patent filings for neuromorphic computing—hardware that mimics the brain's architecture—surged 401% in 2025, reaching 596 by early 2026. This indicates the technology is transitioning from lab prototypes to commercial products.
Chamath Palihapitiya: SpaceX to Underpin AI-Driven Space Economy
Investor Chamath Palihapitiya stated that SpaceX's infrastructure will allow AI to rebuild every dimension of Earth's economy in space, creating vast new value layers.
AI Coding Debate Rekindled: Rohan Paul's Viral Tweet on AI vs. Coders vs. Welders
AI researcher Rohan Paul's viral tweet reignites debate on AI's impact on software jobs, contrasting it with skilled trades. The post reflects ongoing anxiety and strategic shifts in tech education.
Columbia's Truss Links Robots Self-Assemble and Cannibalize for Parts, Achieving 66.5% Mobility Gain
Columbia University researchers demonstrated 'Truss Links' robots that autonomously self-assemble using magnetic connectors, then selectively disassemble other robots to harvest parts for repair or growth. The system achieved a 66.5% mobility improvement through this zero-waste physical adaptation.
CanViT: First Active-Vision Foundation Model Hits 45.9% mIoU on ADE20K with Sequential Glimpses
Researchers introduce CanViT, the first task- and policy-agnostic Active-Vision Foundation Model (AVFM). It achieves 38.5% mIoU on ADE20K segmentation with a single low-resolution glimpse, outperforming prior active models while using 19.5x fewer FLOPs.
Stanford-Princeton Team Open-Sources LabClaw: The 'Skill OS' for Scientific AI
Researchers from Stanford and Princeton have open-sourced LabClaw, a 'Skill Operating Layer' for LabOS that transforms natural language commands into executable lab workflows. This breakthrough promises to dramatically accelerate scientific experimentation by bridging human intent with robotic execution.
Chinese Engineers Develop Revolutionary Waist-Hip Exoskeleton to Revolutionize Load Carrying
Chinese engineers have created a novel waist-hip exoskeleton designed to carry 30–50% of a heavy backpack's load, supporting up to 30 kg. The device pushes the user forward, significantly reducing strain on the back and legs during demanding activities like long hikes or steep climbs.
CompACT AI Tokenizer Revolutionizes Robotic Planning with 8-Token Compression
Researchers have developed CompACT, a novel AI tokenizer that compresses visual observations into just 8 tokens for robotic planning systems. This breakthrough enables 40x faster planning while maintaining competitive accuracy, potentially transforming real-time robotic control applications.
The Great GPU Scramble: How Hardware Shortages Are Defining the AI Arms Race
Oracle founder Larry Ellison identifies GPU acquisition as the primary bottleneck in AI development, with companies racing to secure limited hardware for breakthroughs in medicine, video generation, and autonomous systems.
The AI IPO Showdown: OpenAI and Anthropic Prepare for Historic Public Debuts
OpenAI and Anthropic are reportedly planning IPOs in 2025, setting the stage for a historic battle between AI giants. Investors appear to be favoring Anthropic's long-term prospects despite OpenAI's current market dominance.
DeepVision-103K: The Math Dataset That Could Revolutionize AI's Visual Reasoning
Researchers have introduced DeepVision-103K, a comprehensive mathematical dataset with 103,000 verifiable visual instances designed to train multimodal AI models. Covering K-12 topics from geometry to statistics, this dataset addresses critical gaps in AI's visual reasoning capabilities.
The End of the Objective Function? New AI Framework Proposes Self-Regulating Learning Without Goals
Researchers propose a radical departure from traditional AI training, introducing a 'stress-gated' system where AI learns by monitoring its own internal health rather than optimizing external goals. This could enable truly autonomous systems that self-assess and adapt without human supervision.
Beyond Catastrophic Forgetting: AI Research Pioneers Self-Regulating Neural Architectures
Two breakthrough papers introduce Non-Interfering Weight Fields for zero-forgetting learning and objective-free learning systems that self-regulate based on internal dynamics. These approaches could fundamentally change how AI models acquire and retain knowledge.