FORT Trust Layer
A holistic robotics safety platform combining safety-certified human-in-the-loop wireless control, rules-based onboard safety with depth perception and collision avoidance, and outside-in safety using worksite sensors such as cameras and lidar to accelerate safety certification and scalable robot deployments.
Primary use case: Robotics safety architecture, certification, and scalable deployment across warehousing, delivery, defense, agriculture, and transportation.
Specifications
Physical
Locomotion
unknown
Manipulation
Hand Type
none
Power & Autonomy
Autonomy Level
unknown
AI & Compute
AI Capabilities
Safety-certified wireless human-in-the-loop control from line-of-sight or remote locations, Rules-based active onboard safety with depth perception and collision avoidance, Outside-in safety using worksite cameras, lidar, fire safety, and door controls
Commercial
Availability
Ready to deploy around the world
Primary Use Case
Robotics safety architecture, certification, and scalable deployment across warehousing, delivery, defense, agriculture, and transportation.
Related news
NVIDIA's massive robotics strategy: how all the puzzle pieces fit together
NVIDIA's GTC Berlin announcements: NVIDIA wants to be a robot platform company
Fort Robotics secures approximately $20 million in additional funding
Fort Robotics announced approximately $20 million in new commitments from existing investors to support its expansion in the physical AI market. Tiger Global is leading an approximately $10 million financing with Mark Cuban Companies and has committed another $10 million through a PIPE connected to Fort's proposed business combination, bringing total committed transaction capital to more than $50 million. Fort plans to expand its team and operating capacity for customer opportunities in warehousing, defense, construction, and other autonomous-system markets.
agilityrobotics.com
Manual entity-ingest supporting URL (2026-10-23)
fortrobotics.com
Manual entity-ingest supporting URL (2026-10-23)