Agility Robotics is transitioning its Digit humanoid robot from pilot projects to large-scale commercial deployment across manufacturing and logistics, backed by a new dedicated production facility and over $300 million in contracted orders. The Oregon-based company is addressing persistent labor shortages and aging workforces by designing robots that work alongside humans in existing factory and warehouse layouts, rather than requiring expensive facility overhauls.

What Makes Agility's Approach Different From Traditional Factory Robots?

Unlike conventional industrial robots that operate in isolated work cells, Digit is engineered to function in environments already designed for human workers. The robot handles repetitive, physically demanding tasks like transporting containers, moving inventory, and transferring goods between workstations. This flexibility means manufacturers can integrate automation into existing workflows with minimal changes to their facilities. The key difference is that Digit doesn't replace workers outright; instead, it frees employees to focus on higher-value activities requiring judgment, adaptability, and technical expertise.

Real-world deployments demonstrate this collaborative approach. Toyota Motor Manufacturing Canada converted a successful pilot into a full commercial deployment, using Digit to transport containers and support material-handling operations within its assembly plant. Schaeffler Group deepened its relationship with Agility Robotics through a strategic minority investment and plans to gradually deploy Digit across its global manufacturing network through 2030. In logistics, GXO Logistics deployed Digit to transfer containers from autonomous mobile robots to conveyor systems, while Amazon evaluated the humanoid robot in research and fulfillment facilities for repetitive warehouse tasks like tote recycling.

How Is Agility Robotics Scaling Production to Meet Demand?

Agility Robotics opened RoboFab in Salem, Oregon, a 70,000-square-foot manufacturing facility described as the first factory purpose-built for humanoid robot production. At full capacity, RoboFab is designed to manufacture more than 10,000 Digit robots annually, positioning the company to transition from limited deployments to higher-volume commercial production. This represents a significant shift from prototype demonstrations to industrial-scale manufacturing.

The company is also pursuing a proposed $2.5 billion merger with Churchill Capital Corp XI that would take Agility public. Alongside this announcement, Agility disclosed more than $300 million in multi-year contracted orders for its latest Digit V5 humanoid robot, highlighting strengthening customer demand and growing adoption among manufacturing and logistics companies as deployments increasingly transition from pilot projects to commercial-scale implementation.

How Does Agility Ensure Safe Human-Robot Collaboration?

As robots are increasingly deployed in shared workspaces with human employees, ensuring safe interaction has become a critical consideration. Potential hazards include collisions, dropped loads, and unexpected movements when robots operate alongside people. Agility has developed advanced safety systems to address these concerns.

U.S. Patent No. 12,560,948, titled "Escalating hazard-response of dynamically stable mobile robot in a collaborative environment and related technology," describes a multi-level safety system that helps protect people working alongside humanoids. The robot continuously monitors nearby workers using sensors and machine learning to assess collision risks based on factors such as proximity and movement. As the level of risk increases, the robot responds by slowing down, lowering its posture to reduce the impact of a potential fall, or performing a complete safety stop that requires manual restart. This approach aims to improve human safety while minimizing unnecessary interruptions to robot operations.

Beyond individual robot safety, Agility has also developed fleet management technologies to handle multiple robots operating simultaneously. U.S. Patent Application Publication No. 2025/0189962, titled "Differential Communication With Robots in a Fleet and Related Technology," describes a system that enables operators to identify and communicate with individual robots within a group of deployed autonomous robots. Each robot responds with a unique ID, allowing the system to verify its status and selectively send commands such as task assignments, maintenance requests, or safe-state instructions. If a robot becomes unresponsive or experiences a communication failure, the system can identify the affected unit and remotely place only that robot into a safe state or shutdown, helping maintain fleet safety without interrupting the operation of other robots.

Key Safety and Operational Features of Digit Robots

• Multi-Level Hazard Response: The robot continuously monitors nearby workers and adjusts its behavior based on collision risk, from slowing down to performing a complete safety stop when necessary.
• Individual Fleet Management: Operators can identify and communicate with specific robots within a deployed fleet, allowing selective commands and remote safe-state placement without disrupting other units.
• Collaborative Design: Unlike traditional industrial robots, Digit operates in existing human-designed environments, including warehouses and factory floors, without requiring facility modifications.
• Material-Handling Versatility: The robot handles repetitive tasks like container transport, inventory movement, and goods transfer, freeing human workers for higher-value activities.

What Does This Mean for the Future of Manufacturing?

Agility Robotics' expansion signals a broader shift in how manufacturers and logistics providers approach automation. Rather than replacing entire workforces, companies are adopting humanoid robots to address labor shortages and an aging workforce while maintaining human expertise in roles that require judgment and adaptability. The combination of commercial deployments with major companies, a dedicated production facility capable of manufacturing over 10,000 units annually, and more than $300 million in contracted orders suggests that industrial humanoids are moving beyond experimental pilots into mainstream adoption.

The focus on safety and collaborative design also reflects a maturing understanding of how robots and humans can work together effectively. As fleets of autonomous robots grow in manufacturing and logistics environments, the ability to manage individual robot failures, ensure safe human-robot interaction, and scale production becomes increasingly important. Agility's patent portfolio and commercial partnerships demonstrate that the company is addressing these challenges head-on, positioning itself as a key player in the emerging industrial humanoid market.