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Dexterity.ai builds AI-powered robotic systems for logistics and supply chain tasks, with a focus on trailer loading. Its robots autonomously pick parcels and place them into crossbelt or tilt-tray sorters at speeds faster than human workers. The system understands its environment in real time without needing external data feeds or warehouse software integrations, which makes deployment easier across different sites. The company sells the robotic hardware and AI software to businesses and also provides consultation services to help integrate and optimize automation. Dexterity.ai aims to improve operational efficiency and employee safety while making logistics work more attractive to workers, helping customers—from small companies to large enterprises like FedEx—achieve faster, safer, and more scalable parcel handling.
Industries
Robotics & Automation
Industrial & Manufacturing
Enterprise Software
AI & Machine Learning
Company Size
51-200
Company Stage
Late Stage VC
Total Funding
$291.2M
Headquarters
Redwood City, California
Founded
2017
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Total Funding
$291.2M
Above
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Funded Over
3 Rounds
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Kawasaki Robotics and Dexterity expand collaboration to scale Physical AI for Warehouse Logistics. RL030N 8 DoF robot arm platform brings together Kawasaki Robotics' industrial robot engineering, Dexterity's Mech hardware, and Foresight World Model Kawasaki Robotics and Dexterity Inc., the enterprise Physical AI company building robots based on proprietary world model for complex industrial work, today announced an expanded collaboration around Kawasaki Robotics' RL030N 8 DoF robot arm platform and Dexterity's Mech super humanoid robots for warehouse logistics. More headlines. Articles. Dexterity is expanding production and scaling deployment of Mechs using the RL030N for warehouse logistics applications including trailer loading and trailer unloading. Dexterity's Mech design and warehouse logistics requirements shaped the arm; Kawasaki Robotics and Kawasaki Heavy Industries brought precision engineering and manufacturing expertise to turn those requirements into a production-ready 8 DoF robot arm platform. The arm has demonstrated strong reliability in real logistics environments, a critical requirement for warehouse automation at scale. Together, the companies combine Kawasaki Robotics' industrial robot arm technology with Dexterity's Mech hardware and full Physical AI software stack, featuring the Foresight World Model, to support high-throughput warehouse operations where traditional automation has been difficult to scale. "Physical AI requires robot arms that combine industrial reliability with dexterity, reach, lightweight construction, and openness to real-time orchestration," said Paul Marcovecchio, Director - General Industries at Kawasaki Robotics. "Our collaboration with Dexterity has helped sharpen the requirements for AI-driven automation in real warehouse environments." Built for Warehouse Logistics Warehouse logistics is fundamentally different from traditional factory automation. Factories are designed around precision, repeatability, fixed workcells, controlled material flow, and minimal unexpected contact. Logistics operations are more variable: packages arrive in different sizes, weights, shapes, orientations, and conditions; boxes shift, fall, deform, and stack unpredictably; and contact with packages, containers, conveyors, walls, or surrounding equipment is part of normal operation. Dexterity's Mech design defined the need for a robot arm that is lightweight, dexterous, long-reaching, reliable, and robust enough for unavoidable contact. The RL030N 8 DoF robot arm platform adds an articulation axis for confined and variable workflows and is powered by Kawasaki Robotics' open KRNX real-time control API for external AI software, ROS environments, and third-party orchestration systems. Dexterity combines the RL030N with Foresight World Model, Mech hardware, and its production software stack. "In a warehouse environment, packages vary, boxes move unpredictably, and contact is part of the job. Kawasaki Robotics' RL030N gives Mech the physical foundation for that environment," said Keshav Prasad, SVP of Product Engineering and Operations at Dexterity. "By combining RL030N with Foresight World Model, Mech hardware, and Dexterity's production software stack, we can bring Physical AI into warehouse operations where traditional automation has not been able to scale." Automate 2026 At Automate 2026, Kawasaki Robotics is showcasing the RL030N as an 8 DoF robot arm platform built for dynamic and confined environments. Together, Kawasaki Robotics and Dexterity are highlighting how advanced robot arms, real-time control interfaces, enterprise Physical AI software, and production-scale Mech systems can unlock new categories of industrial automation. About Kawasaki Robotics A leader in industrial robotics and automation since 1969, Kawasaki Robotics supplies industrial robots and robotic automation systems for a wide range of industries and applications. The company continues to advance industrial robotics through innovations in intelligent inspection, collaborative robotics, real-time control, and autonomous automation systems. Learn more about Kawasaki Robotics here, watch robot application videos here and connect on Twitter, Facebook and LinkedIn. About Dexterity Dexterity Inc. is a Redwood City, California-based robotics company specializing in using Physical AI to give robots human-like dexterity. Dexterity's full-stack technology platform spans AI, world model, software, and hardware and is designed to deliver enterprise-grade operational productivity and safety across logistics, supply chain, parcel, retail, e-commerce, and related industrial workflows. To learn more, visit dexterity.ai.
Dexterity.ai has detailed how its production-proven world model, Foresight, is achieving significant performance improvements on NVIDIA hardware as the company scales in enterprise environments. The company showcased the technology at FedEx's 2026 Investor Day in Memphis. Foresight, built from over 100 million autonomous actions in production, gives robots real-time understanding of the physical world. Dexterity's engineering team redesigned the perception pipeline using NVIDIA L4 GPUs and TensorRT, reducing processing time from 1,508 milliseconds to 90 milliseconds per cycle — a 17-fold speedup. The system now processes 32 times more data per cycle. NVIDIA recognised the collaboration at GTC 2026. At the FedEx event, attendees watched Dexterity's dual-armed robot autonomously load a trailer. FedEx discussed plans to scale trailer loading and unloading across several US hubs.
Dexterity's Foresight world model applies physical AI to truck loading. Dexterity Inc. today announced advancements in its physical AI stack for industrial robots, anchored by Foresight, a world model and 4D box-packing agent. The company said these advances can help with some of the most physically demanding and hardest-to-staff tasks, such as truck loading. In addition, Dexterity is launching the Foresight API (Application Programming Interface) Challenge with up to $50,000 in prizes for student teams. Founded in 2017 at Stanford University's robotics lab, Dexterity said it "builds full-stack physical AI systems to address the most labor-intensive tasks in warehouse and logistics operations." The Redwood City, Calif.-based company described Foresight as "a physics-consistent world model, an agentic skill framework, and interpretable safety-first architecture." Leading enterprises around the world use Foresight for truck loading and unloading, parcel singulation, and palletizing and depalletizing, added Dexterity. Foresight models the physical world. Foresight is a transactable representation of the physical environment that enables robots to perceive, reason, and act. "Foresight represents a new class of world model, built not for observation, but for physical manipulation at the production scale," asserted Dexterity. In autonomous truck loading, Foresight powers Mech, Dexterity's dual-armed "superhumanoid" robot. The 4D box-packing agent reasons across three spatial dimensions plus time, determining where to place each package onto an evolving wall of freight. This is a combinatorial problem far more complex than the game of Go, with near-infinite input variation, up to 400 potential placements per box, and multiple walls packed simultaneously. Foresight makes each placement decision in under 400 milliseconds, explained Dexterity. The system optimizes density, stability, reachability, and dual-arm parallelism while also predicting how each placement affects the integrity of the entire truck, the company said. Architecture is interpretable, safety-first. Built on Foresight, Dexterity claimed that its agentic framework coordinates perception, decision, and motion agents that operate asynchronously to automate truck loading, package sortation, and other applications. "The architecture is interpretable and safety-first, giving operators visibility into why the system makes each decision," noted the company. Dexterity added that its physical AI stack is application-agnostic and hardware-agnostic, proven in production across six applications and a developer platform. It is running on four robot types and five hand types. To date, Foresight has been trained with experience from over 100 million autonomous actions in production. "Foresight delivers real-time, production-grade random box packing in 4D space-time, predicting how one placement dictates the integrity of the entire truck," stated Samir Menon, founder and CEO of Dexterity. "Physical AI is not just a future promise; it is a system that perceives, decides, and acts in the real world, right now." Dexterity launches Foresight API Challenge. To give the physical AI community exposure to production-grade world models, Dexterity has launched the Foresight API Challenge. Student teams build packing agents and compete on a public leaderboard for up to $50,000 in prizes. No simulator is provided; competitors must build their own understanding of the physics. Challenge details and signups are available at dexterity.ai/challenge. In addition, Dexterity said its browser-based truck-loading game lets anyone experience the problem firsthand. The company was a 2024 RBR50 Robotics Innovation Award honoree for its trailer-unloading system.
Dexterity launches Foresight world model and 4D packing agent. Physics-constrained world model delivers growth in physical ai-powered truck loading. By Robotics 24/7 Staff March 10, 2026 Foresight is Dexterity's world model, the intelligence layer that lets its robots reason about the physical world, predict what will happen next and act with confidence in environments where mistakes are expensive and safety is non-negotiable. Stay up-to-date with news and resources you need to do your job. Research industry trends, compare companies and get weekly market intelligence with Robotics 24/7. Dexterity, a provider of physical AI and robotics, said it has taken a major leap forward in its physical AI stack, anchored by Foresight, its new world model and 4D box packing agent. The company said that these advancements help solve some of the most physically demanding and hardest-to-staff tasks, such as truck loading. Alongside the announcement, Dexterity also launched the Foresight API Challenge with up to $50,000 in prizes for student teams. A world model built for the physical world. Dexterity said that ForeSight is a physics-consistent world model, generating a real-time, transactable representation of the physical environment that enables robots to perceive, reason and act. The company said that Foresight represents a new class of world model, built not for observation, but for physical manipulation at the production scale. In autonomous truck loading, Foresight powers Dexterity's Mech dual-armed "superhumanoid" robot, with a 4D box packing agent that reasons across three spatial dimensions plus time, determining where to place each package onto an evolving wall of freight. Dexterity said that this is a combinatorial problem far more complex than the game of Go, with near-infinite input variation, up to 400 potential placements per box and multiple walls packed simultaneously. Foresight makes each placement decision in under 400 milliseconds, jointly optimizing density, stability, reachability and dual-arm parallelism, while predicting how each placement affects the integrity of the entire truck. An interpretable, safety-first architecture. Built on Foresight, Dexterity's agentic framework coordinates perception, decision and motion agents that operate asynchronously to automate truck loading, package sortation and other applications. Dexterity said that the architecture is interpretable and safety-first, giving operators visibility into why the system makes each decision. "Foresight delivers real-time, production-grade random box packing in 4D space-time, predicting how one placement dictates the integrity of the entire truck," said Samir Menon, founder and CEO of Dexterity. "Physical AI is not just a future promise, it is a system that perceives, decides and acts in the real world, right now." Dexterity said that this Physical AI stack is application-agnostic and hardware-agnostic: it is proven in production across six applications and a developer platform, running on four robot types and five hand types. To date, Dexterity said that Foresight has been trained with experience from over 100 million autonomous actions in production. Foresight API Challenge. To give the Physical AI community a window into production-grade world models, Dexterity also announced the launch of the Foresight API Challenge in March. Student teams can build packing agents and compete on a public leaderboard for up to $50,000 in prizes. Dexterity said that no simulator is provided, and competitors must build their own understanding of the physics. Dexterity also launched a browser-based truck loading game that lets anyone experience the problem firsthand. Latest in perception. Latest in artificial intelligence. Latest robotics news.
Dexterity, a Physical AI robotics company, has unveiled Foresight, a state-of-the-art world model and 4D packing agent designed for autonomous truck loading. The system enables Dexterity's dual-armed robot, Mech, to make placement decisions in under 400 milliseconds whilst optimising density, stability and reachability. Foresight operates as a physics-consistent world model that allows robots to perceive, reason and act in real-time. The system handles a combinatorial problem more complex than Go, managing up to 400 potential placements per box across multiple walls simultaneously. Trained on over 100 million autonomous actions, it runs across six applications, four robot types and five hand types. Dexterity is launching the Foresight API Challenge, offering student teams up to $50,000 in prizes to develop competing packing agents using the company's API.
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Industries
Robotics & Automation
Industrial & Manufacturing
Enterprise Software
AI & Machine Learning
Company Size
51-200
Company Stage
Late Stage VC
Total Funding
$291.2M
Headquarters
Redwood City, California
Founded
2017
Find jobs on Simplify and start your career today