Warehouse automation is entering a new phase. Brightpick’s Gridpicker combines mobile manipulators, high-density grids, and AI orchestration to deliver shuttle-level throughput with far greater flexibility. The result isn’t just faster fulfillment—it’s a fundamentally different architecture for how warehouses operate.

The battlefield isn’t just about firepower—it’s about endurance. HDT’s Hunter WOLF UGV is reshaping how soldiers operate by offloading logistics, extending mission duration, and reducing risk. The future of ground robotics isn’t replacement—it’s relief.

Nearly 40% of the U.S. Navy’s fleet sits idle, trapped in maintenance backlogs that cost billions and erode readiness. Gecko Robotics’ new $54M contract signals a shift—from reactive repairs to predictive maintenance—using wall-climbing robots and AI-driven digital twins to find problems earlier, fix them faster, and keep more ships at sea.

China’s robotics industry is accelerating fast. Industrial robot production jumped 31% in the first two months of 2026, reinforcing the country’s position as the world’s largest automation market. With tech giants and robotics firms now pushing aggressively into humanoids, China is scaling both factory robots and the machines that may define the next generation of automation.

Construction sites have long been one of the toughest environments for automation—constantly changing, unpredictable, and filled with safety risks. A new partnership between Boston Dynamics and FieldAI aims to change that, combining mobile robots with physics-based AI to navigate complex job sites and bring autonomous machines into some of the most dynamic workplaces on earth.

Autonomous Solutions, Inc. has acquired Scythe Robotics, bringing the company’s AI-powered Scythe Sight® vision system and the autonomous Scythe M.52 mower into its Mobius-powered automation portfolio. The deal expands ASI’s leadership in off-road autonomy across landscaping, construction, and agriculture.

Warehouse intelligence company Dexory has opened a 50,000-square-foot U.S. headquarters in Nashville to support rapid North American growth. The facility will serve as a deployment base, development center, and demo site for its autonomous robots and DexoryView platform delivering real-time warehouse visibility.

Robots are strong, precise, and tireless—but delicate touch has long been their weakness. Researchers at the University of Texas at Austin have developed a soft robotic gripper that can handle fragile items like raspberries and potato chips using tactile sensing, bringing machines one step closer to human-like dexterity.

Austin's Icon is opening up its 3D-printing technology to outside builders for the first time, launching a new robotic construction system called Titan that promises to cut wall-building costs by 40%. As the U.S. grapples with a housing shortage and soaring construction expenses, the company is betting that automation — and eventually AI — is the industry's way out.

Nvidia and ABB Robotics are teaming up to bring “physical AI” to the factory floor by training industrial robots in highly realistic virtual environments before deploying them in the real world. Early trials with Foxconn suggest the approach could lower automation costs and accelerate adoption of intelligent robots across manufacturing and logistics.

94% of ocean waste sinks to the seabed — out of sight, out of reach. Until now. SeaClear2.0 deploys AI-guided robot fleets to find, grip, and haul debris from the ocean floor — no divers, no crew. Multi-robot coordination meeting one of the planet's most urgent environmental challenges.

Engineers at Northwestern University have developed “legged metamachines”—robots built from smaller autonomous modules that can combine, separate, and keep moving even after damage. Designed using AI-driven evolution and tested outdoors, the machines hint at a future where robots are less like rigid tools and more like adaptive systems that can reconfigure and survive.

Lely’s long-term bet on specialization is paying off. By focusing exclusively on dairy automation, the Dutch robotics company surpassed €1 billion in revenue in 2025, driven by strong milk prices and continued innovation in robotic milking and feeding. But heading into 2026, market volatility and chip supply concerns could test that momentum.

A global team of robotics researchers has launched ManipulationNet, a new infrastructure for benchmarking real-world robot manipulation. By combining standardized physical task kits with a distributed testing platform and centralized verification, the system allows researchers worldwide to compare results, track progress, and measure how close robots are to reliable, real-world deployment.

Engineers from UK Atomic Energy Authority and CERN have developed PipeINEER, a tiny autonomous robot designed to inspect the beamlines of the Large Hadron Collider. The robot navigates ultra-narrow pipes to detect defects, helping maintain the world’s most powerful particle accelerator while reducing costly and complex manual inspections.

German motion technology company Schaeffler AG has formed a strategic partnership with China’s Leju Robotics Technology Co., Ltd. to accelerate industrial deployment of humanoid robots. The collaboration will target factory inspection, logistics, and human–robot collaboration, with Schaeffler planning to integrate thousands of humanoids into its global production operations by 2035.

Inaho’s snack tomato harvesting robot has entered its final pre-commercial stage, with Belgian grower Olbrechts Tomaten joining 2026 trials. After strong results in the Netherlands, the system now delivers commercial-level performance. Only one trial slot remains as European interest in greenhouse harvesting automation continues to grow.

Coco Robotics has unveiled Coco 2, a next-generation delivery robot designed for full autonomy rather than remote human oversight. Trained on millions of real-world miles and powered by advanced edge computing and simulation, Coco 2 aims to scale urban delivery by operating faster, smarter, and more independently.

BMW is bringing “Physical AI” to Europe, launching a humanoid robot pilot at its Leipzig plant after a successful U.S. deployment in Spartanburg. By combining AI agents with real-world robotics, BMW aims to integrate learning-enabled humanoids into battery assembly and automotive production under real industrial conditions.

NASA has awarded HEBI Robotics an $850K Phase II SBIR contract to develop modular, space-ready actuation systems capable of operating in harsh orbital environments. The project supports future robotic servicing, assembly, and construction missions while advancing modular robotics platforms that could accelerate both space infrastructure and radiation-hardened applications on Earth.