Robotik ve Otonom Sistemler

SoftBank is preparing to list its new AI and robotics venture, Roze, in the U.S. as soon as this year, following its $5.4 billion acquisition of ABB’s robotics division. The move signals a major strategic pivot toward autonomous systems and AI-driven automation.

An AI-powered robot has defeated elite table tennis champions, showcasing unprecedented speed and decision-making. Experts say this marks a turning point in robotics and machine learning.

Ace, a cutting-edge ping-pong robot developed at MIT, uses real-time machine learning to read ball trajectories and respond with human-like precision. Its adaptive strokes are redefining human-robot sports interaction.

A breakthrough physics-first world model from AMap's ABot-World system is overcoming data scarcity in embodied AI through high-fidelity rendering and VLA闭环进化. This innovation enables zero-shot generalization without massive labeled datasets.

Former XPeng autonomous driving lead Li Liyun has been appointed CTO of Zhongqing, bringing proven AI engineering expertise to accelerate the development of an embodied intelligence system. His arrival signals a major shift in how AI brains are engineered for physical agents.

A Shanghai-based autonomous driving startup, founded by a Fudan University alumnus, is preparing for a Hong Kong IPO by focusing exclusively on L4 autonomous airport shuttles—bypassing the crowded Robotaxi market. The move highlights a strategic pivot toward high-value, controlled environments.

The breakthrough in world model evaluation is no longer measured in simulation accuracy—but in real-world robotic execution. DexWorldModel has emerged as the new benchmark, proving that embodied intelligence demands physical validation.

Siemens has successfully trialed an Nvidia-powered humanoid robot in a live factory setting, marking a major step toward AI-integrated manufacturing. The robot completed an eight-hour shift with precision and adaptability.

Physical AI is rapidly transitioning from pilot projects to scalable real-world applications, with Capgemini leading industry adoption through AI-driven inspection systems and edge computing innovations.

Sudo Technology has unveiled Sudo R1, an embodied AI model achieving 98% first-time object grasp success without any real-world training data. The breakthrough, leveraging zero-shot learning, signals a paradigm shift in robotic autonomy.

A humanoid robot has outpaced human runners in a Beijing half-marathon, setting a new benchmark in robotics. The achievement underscores rapid advances in AI-driven mobility and China’s growing leadership in humanoid technology.

Agora Labs has launched ABot, the world’s first full-stack embodied AI system designed for AGI, achieving 15 state-of-the-art benchmarks. This breakthrough merges advanced reasoning models with self-evolving memory architecture to create a closed-loop learning ecosystem.

Reinforcement learning-controlled autonomous vehicles have successfully reduced stop-and-go waves in a landmark 100-AV highway deployment. The experiment demonstrates significant fuel savings and smoother traffic flow without infrastructure changes.

Tesla has officially launched its robotaxi service in Dallas and Houston, marking a major expansion of its autonomous ride-hailing network. The rollout features vehicles operating without human drivers within limited geofenced areas.

Google DeepMind has unveiled Gemini Robotics-ER 1.6, a breakthrough in robotic autonomy that enables precise planning and the ability to read analog instruments. This advancement builds on DeepMind’s legacy of AI-driven physical intelligence.

Guangzhou Automobile Group’s Waymo-derived L4 algorithm, paired with full-system LiDAR, is now available at an unprecedented price point of 115,800 RMB—just 200 TOPS of compute power. This marks a seismic shift in autonomous driving accessibility.

RoboChallenge has completed its second wave of ecosystem expansion, bringing together 18 of the world's most advanced embodied AI firms to create the largest competitive arena for embodied models. This unprecedented coalition signals a major leap in real-world AI deployment.

Cadence Design Systems has unveiled groundbreaking AI-driven collaborations with Nvidia and Google Cloud to transform robotic system engineering. The partnerships integrate physics-based simulation with cloud-scale AI for semiconductor and robotic design.

For the first time in modern warfare, drones and ground robotic systems captured an enemy position without a single soldier on the front lines. This breakthrough marks a turning point in autonomous military operations.

Smart agricultural drones powered by AI and RTK precision are eliminating the need for pre-flight field mapping, transforming large-scale farming operations. GEODASH Aerosystems, a joint venture between DroneDash and GEODNET, is leading this innovation with autonomous spraying technology.

Waymo's self-driving cars are undergoing their most complex trial yet on London’s chaotic streets, with human safety operators still on board as the company pushes toward full autonomy. The initiative faces unique urban obstacles, from historic infrastructure to unpredictable pedestrian behavior.

Google DeepMind has launched Gemini Robotics-ER 1.6, a breakthrough in embodied reasoning that enables robots to interpret instruments, navigate complex environments, and execute multi-step tasks with unprecedented accuracy. The model marks a major leap in physical AI capabilities.

Google DeepMind has unveiled Gemini Robotics-ER 1.6, a vision-language model designed to enhance robotic perception in industrial environments, particularly for reading gauges and instruments. The model is being integrated with Boston Dynamics' Spot robot to transform inspection workflows.

Nissan is betting its future on AI-defined vehicles, planning to equip 90% of its lineup with autonomous driving tech while cutting a fifth of its global models to streamline operations and refocus on innovation.