Autonomous robots - Edgentiq

HyPerNav: A New Approach for Robots to Find Objects Using Hybrid Perception

Smart Navigation for Urban Robots: Introducing UrbanVLA

Teaching Robot Teams: A New Approach to Multi-Agent Learning from Individual Human Guidance

Dexory Secures $165 Million in Series C Funding to Propel AI Robotics and Warehouse Intelligence Global Expansion

AI-Assisted Robot Teams Master Complex Object Pushing with ConPoSe

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Evaluating Large Language Models for Robot Task and Motion Planning

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PINCoDE: Advanced AI for Continuous Multi-Robot Motion Forecasting

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Fast 3D Surface Reconstruction from a Single Image for Robots

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SMART-3D Algorithm Enhances Real-Time Navigation for Autonomous Robots in Dynamic Environments

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Neuralzome Secures $2.4 Million in Pre-Seed Funding to Propel Robotic Autonomy

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AI-Powered Navigation: Enhancing Robot Safety in Pedestrian Environments

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IndoorBEV: Enhancing Robot Perception with Detailed Object Footprints in Indoor Spaces

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Google DeepMind Unveils Gemini Robotics On-Device: Empowering Robots with Local AI Capabilities

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Gen AI News and Updates

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HyPerNav: A New Approach for Robots to Find Objects Using Hybrid Perception

October 28, 2025

Smart Navigation for Urban Robots: Introducing UrbanVLA

October 28, 2025

Teaching Robot Teams: A New Approach to Multi-Agent Learning from Individual Human Guidance

October 23, 2025