Use Cases

Built for
real robots.

From warehouse AGVs to Mars rovers. From research labs to factory floors.

Manufacturing & Assembly

staccnil-stacc

Pick-and-place, welding, quality inspection

Define a 6-DOF arm in stacc, simulate pick-and-place sequences in MuJoCo, train with reinforcement learning, deploy to real hardware. NIL agents learn optimal grasp strategies from 10 demonstrations instead of 10,000.

10x faster setup90% fewer demos neededSub-mm precision

Autonomous Navigation

staccnil-stacc

Warehouses, outdoor terrain, Mars

LiDAR + SLAM + A* path planning in stacc, with NIL agents that learn optimal routes over time. Navigate warehouse floors, construction sites, or planetary surfaces. Self-improving obstacle avoidance.

14 sensor types5 path plannersReal-time SLAM

Aerial Robotics

stacc

Inspection, mapping, delivery

Flight controller with motor mixing for any multirotor. CPG-based gait generation. Simulate in MuJoCo before flying. HAL supports ESP32 and STM32 flight controllers out of the box.

Any multirotor configAttitude control8 gait patterns

Humanoid Research

stacc

Walking, manipulation, human interaction

Universal robot topology handles any kinematic tree — 2-joint arm to 50-joint humanoid. Branching structures, free-floating bases, any morphology. Gym wrapper for RL training with Stable Baselines3.

Any topologyGym compatibleBehavior trees

Smart Warehousing

nil-stacc

Fleet coordination, inventory management

Pre-built warehouse_agent domain in nil-stacc. Multiple AGVs coordinated by NIL agents that optimize pick routes, avoid congestion, and learn from shift patterns. Integrates with existing WMS.

Fleet managementRoute optimizationSelf-improving

Research & Education

stacc

Universities, labs, competitions

From first-year undergrads building line followers to PhD students running SLAM experiments. 116 tests, comprehensive docs, and the fastest path from idea to working robot.

116 tests passing6 templatesFull documentation

What will you build?

stacc supports any robot topology. If you can imagine it, you can simulate it.

Start Building →