Robotik ve Otonom Sistemler

A unique NASA satellite is falling out of orbit, prompting Katalyst Space Technologies to launch the Swift rescue mission by summer. With cutting-edge tech and tight deadlines, this mission could redefine satellite recovery.

Andrej Karpathy's autonomous AI research agent, Autoresearch, completed 700 experiments in just two days, signaling a paradigm shift in AI development. The open-source tool automates the entire research loop—code modification, training, evaluation—with minimal human input.

The LanTu TaiShan Ultra has begun deliveries featuring a groundbreaking 896-line laser radar system, setting a new benchmark in autonomous driving perception. Priced at ¥459,900, the vehicle marks a major leap in Chinese EV technology.

The 2026 IEEE International Conference on Robotics and Automation (ICRA) is now open for submissions, inviting global researchers to compete for the strongest embodied brain in robotics. With comprehensive hardware, platform, and data support offered by leading AI firms, the competition is set to redefine autonomous intelligence.

A junior robotics participant triggered a public meltdown during a live demo after disobeying safety protocols and activating an untested feature. The incident, captured on video, has sparked debate over youth innovation and oversight in STEM programs.

In a tech landscape obsessed with visual AI and immersive displays, one embodied AI company is gaining traction by prioritizing tactile feedback—handfeel innovation. Six of the world’s top ten tech firms now rely on its proprietary haptic solutions.

A groundbreaking 2025 model called PEVA achieves unprecedented whole-body conditioned egocentric video prediction by linking human motion to first-person vision. The system enables long-horizon simulation, counterfactual planning, and robotic control insights.

Lightwheel Intelligence is the unseen force behind NVIDIA’s groundbreaking GTC 2026 robotics demo, shaping the future of Physical AI infrastructure with real-time perception and simulation.

Streamlining the kill chain is transforming modern warfare as AI accelerates targeting and decision-making in the US-Israeli conflict with Iran. While operational details remain classified, emerging evidence reveals AI's growing role in reducing response times and increasing precision.

An AI-powered robot developed at Osaka Metropolitan University learns to assess tomato harvest-ease, achieving an 81% success rate by adapting its approach in real time. This breakthrough could redefine human-robot collaboration in agriculture.

Former Huawei AI Lab director leads breakthrough in agricultural AI, deploying a 'superbrain' system that slashes operational costs by 60% through continuous, autonomous farm management.

Physical AI infrastructure is reshaping manufacturing as every industrial enterprise becomes a robotics company. Led by NVIDIA’s Huang, this wave integrates real-time physics simulation with AI to automate complex production systems.

NVIDIA has unveiled OpenShell, a new framework to safely run autonomous agentic AI systems, partnering with TrendAI to harden enterprise deployment. This move addresses rising concerns over uncontrolled AI agents in critical business environments.

China’s new tennis-playing humanoid robot demonstrates unprecedented advances in real-time motor control and adaptive learning, signaling a major leap in humanoid robotics. The innovation, observed in a viral demonstration, draws parallels to emergency response applications highlighted in official preparedness guidelines.

Slovakia has become the 12th country to welcome autonomous vehicles, marking a milestone for Waymo’s global expansion. The deployment in Bratislava signals a major step in Europe’s mobility transformation.

China’s robotics revolution is accelerating with humanoid automation reaching new milestones in 2025, as companies like Guchi Robotics lead final assembly automation in automotive manufacturing.

Uber is launching robotaxi services in the US and Japan in 2026 through partnerships with Zoox, Nissan, and Wayve, marking a major shift in urban mobility. The initiative aims to revolutionize transportation with autonomous fleets in major metropolitan areas.

A Japanese startup's humanoid robot walking video went viral—not for its engineering, but for an unexpected reason. Developers are baffled as online viewers fixate on an odd resemblance to a Toyota SUV.

Simulation-driven robotics are revolutionizing hospital automation in 2026, addressing global clinician shortages by deploying AI-powered humanoid systems for sterilization and logistics. Hospitals in Italy and China are leading adoption, backed by strategic investments from tech firms like LG CNS.

Nvidia unveiled its 'ChatGPT moment' for autonomous vehicles at GTC 2026, introducing next-gen inference chips, OpenClaw agents, and Disney-co-developed robotics. These advancements signal a seismic shift in physical AI deployment.

At GTC 2026, Nvidia unveiled a bold strategy to transform robotics by replacing the industry’s data scarcity with massive compute infrastructure. Autonomous vehicles, industrial bots, and humanoids are all set to receive AI upgrades powered by new hardware and software ecosystems.

In a landmark 2026 development, a humanoid robot trained by Chinese AI firm Galbot plays tennis with human-level precision, learning from flawed data to outperform its creators. This breakthrough signals a new era in autonomous robotics.

Researchers have successfully trained athletic humanoid robots to replicate tennis movements using imperfect human motion data, marking a breakthrough in visuomotor control. The system, called LATENT, leverages egocentric video and noise-tolerant learning to achieve human-like athleticism.

The U.S. Army has awarded Anduril Industries a landmark $20 billion enterprise contract to unify AI-powered defense technologies across multiple domains. This sweeping procurement aims to accelerate deployment of counter-drone, autonomous sensing, and battlefield analytics systems.