💭 How can trajectory microvariability reveal #navigation risk? 🚢 Our new fractal–episodic research supports human-factor-aware monitoring and safer #Maritime Autonomous Surface Ship (MASS) operations. 👉 brnw.ch/21x3hXq #AutonomousNavigation

🌾 University of Lincoln just spun out JABAS.AI — an autonomy platform that lets agricultural robot fleets navigate complex farms without GPS. 📰 news.lincoln.ac.uk/2026/05/1… #ARISE #AgriTech #AutonomousNavigation #RobotFleet

oToSLAM's Multi-camera Vision-AI Positioning System maps and navigates in real time using vision-AI, no preloaded maps required. #oToSLAM #VisionAI #AutonomousNavigation #LogisticsTech

🚀 We are launching VECTOR‑300, our new high‑performance autopilot designed for the mass production of loitering munitions and C‑UAS interceptors. uavnavigation.com/products/a… #VECTOR300 #AutonomousNavigation #Autonomy #LoiteringMunitions #CounterUAS #C_UAS @grupo_oesia

📢 #highlycited paper 📚 Integrating #Radar-Based #ObstacleDetection with #DeepReinforcementLearning for #RobustAutonomousNavigation 🔗 mdpi.com/2076-3417/15/1/295 👨‍🔬 by Nabih Pico et al. 🏫 Sungkyunkwan University/Escuela Superior Politécnica del Litoral (ESPOL)/Sungkyunkwan University/Catholic University of Santiago de Guayaquil #autonomousnavigation #radarsensors

Japan and South Korea Advance Autonomous Navigation #AutonomousNavigation #JapanTech #SouthKoreaTech #Innovation #TechAdvancement maritime-executive.com/artic…

Adaptive robot navigation in dynamic environments robotmagazine.com/adaptive-r… #robotnavigation #autonomousnavigation #SLAM

Forge Photonics signs deal with Mission Systems to supply fibre optic gyroscopes for undersea drones... Read more: spaceanddefense.io/forge-pho… #ForgePhotonics #AutonomousNavigation #FiberOpticGyroscope #Robotics #UnderwaterDrones #DefenseTechnology #Innovation #DeepTech

Intro to SLAM - Simultaneous Localization And Mapping roboticmagazine.com/robotics… #slam #navigation #autonomousnavigation #robotics

Excited to share our latest work accepted at #ICRA2026! Real-world mobile robots rely on First-Person Views (FPV), but most trajectory prediction models assume perfect Bird’s-Eye View (BEV) data. To bridge this gap, we introduce EgoTraj-Bench! Our realistic, noise-resilient benchmark features paired real-world FPV and BEV videos to tackle common ego-view challenges: 🛑 Occlusions: Agents blocked by others 🔄 ID Switches: Identity swaps when paths cross 📐 Distortion: Perspective warping near image edges Code and models are released! github.com/zoeyliu1999/EgoTr… zoeyliu1999.github.io/EgoTra… #Robotics #TrajectoryPrediction #ComputerVision #AutonomousNavigation #ICRA

🤖 From perception to action. Exciting progress in embodied navigation. 🚀 Codeveloped by @LimX_Dynamics and @RealSenseai VSLAM, in collaboration with @nvidia cuVSLAM #Robotics #EmbodiedAI #AutonomousNavigation

OpenMind — 산타가 된 로봇, 그리고 일상의 자동화 샌프란시스코 거리를 누빈 SantaBot. 귀여운 데모처럼 보이지만, 이 장면은 꽤 중요한 신호입니다. (@openmind_agi) 로봇이 거리를 걷고 사람과 상호작용하며 도시 환경을 자연스럽게 통과했다는 것. 이건 퍼포먼스가 아니라 실환경 적응 능력에 대한 증명입니다. SantaBot은 인식하고 판단하고 움직이며 사람의 흐름 속으로 들어갑니다. 곧 선물을 배달하게 될 거라는 말은 단순한 시즌 메시지가 아닙니다. 라스트마일 배송 도심 내 자율 이동 사람 대신 시간을 써주는 로봇!! 이 모든 시나리오가 이미 기술적으로 연결되어 있다는 뜻입니다. SurfAI 리서치에 따르면 @SurfAI 가정용·도심형 로봇에서 가장 빠르게 상용화되는 영역은 엔터테인먼트가 아니라 생활 보조와 배송입니다. OpenMind가 보여주는 방식은 로봇을 조용히 일상에 스며들게 만드는 전략입니다. 로봇이 일을 맡고 사람은 시간을 되찾는 구조. 연휴에 가족과 더 많은 시간을 보내게 해주는 기술. 이게 바로 물리적 AI가 향하는 방향입니다. 로봇의 가치는 성능이 아니라 여유를 만드는 데서 드러납니다. OpenMind는 그 장면을 아주 자연스럽게 보여주고 있습니다. 핵심키워드 OpenMind SantaBot PhysicalAI UrbanRobotics AutonomousNavigation RobotsInDailyLife ServiceRobotics SurfAI Mindshare

Breakthroughs in #SpaceCraftSwarms: Cooperative spacecraft swarm technologies: -#AutonomousNavigation -inter-spacecraft communication -multi-point science data collection #NASA-#StarlingMission was recognized with Innovative Award. spacenews.com/making-multipl… via @SpaceNews_Inc

LimX Dynamics TRON 1 × Southwest Jiaotong University & JXTEX ✔ Autonomous navigation with LiDAR-based 3D mapping ✔ Precise all-terrain navigation to inspection zones ✔ Multi-dimensional machine-room inspection TRON 1 brings true hands-free, fully autonomous, all-terrain biped inspection to life——accelerating real-world robotic deployment. #InnovatorStory #TRON1 #AutonomousNavigation #EmbodiedAI #BipedRobot #UseCase

Live demo of the Autonomous Campus Shuttle on the TiHAN Autonomous Navigation Testbed! 🚗🤖 Driverless • Smart • Safe India’s next-gen campus mobility. #AutonomousNavigation #TiHAN #SmartMobility #IITH #AutonomousShuttle #AVTesting

How does the TiHAN Autonomous Shuttle drive on its own? Sensor fusion localization obstacle detection → safe autonomous navigation. 🌐tihan.iith.ac.in #AutonomousNavigation #TiHAN #SmartMobility

India’s first Autonomous Navigation Testbed is here! From autonomous vehicles to drones, C-V2X & sensor fusion — TiHAN enables real-world testing for next-gen mobility. 🔗 tihan.iith.ac.in/infrastruct… #AutonomousNavigation #TiHAN #IITH #SmartMobility #AVTesting #DroneTesting

ClassNK awards early stamp of approval to SHI’s autonomous navigation software shorturl.at/drKI8 #maritime #autonomousshipping #autonomousnavigation #marinetechnology

🎥 Vision is a powerful and convenient sensing modality for robots: hubs.la/Q03MJDxK0 🖥️ Visit our website - hubs.la/Q03MJBT20 🤖 Get your Duckiebot and Duckiedrone - hubs.la/Q03MJBRk0 #DeepLearning #AIRobotics #AutonomousNavigation #VisualControl

A humanoid robot demonstrates walking on the street under the supervision of the engineer near the West Lake Scenic Area in Hangzhou, Zhejiang Province, Aug 19. (Photo by Wang Gang/CNSPHOTO) #humanoidrobot #Hangzhou #autonomousnavigation #robot