Ghost Robotics Tech Stack
Quadrupedal robots for military, industrial inspection, and harsh-terrain operations
Ghost Robotics designs four-legged autonomous robots (Q-UGVs) engineered for unstructured and extreme terrain where wheeled and tracked platforms fail. The tech stack reveals a hardware-software co-design org: embedded control (STM32, FreeRTOS, EtherCAT) paired with simulation (Isaac Sim, Gazebo, MuJoCo) and perception (ORB-SLAM, Cartographer, GTSAM). Active projects span reinforcement learning for self-righting, firmware for embedded subsystems, SLAM/localization, and manipulation algorithms—indicating a maturity shift from basic locomotion toward autonomous behaviors and payload integration. Pain points highlight the gap between research prototypes and field-hardened production: reliability, real-world performance variability, ISO 9001 certification, and DOD procurement complexity.
Tech Stack 29 technologies
What Ghost Robotics Is Building
◆Challenges
- Robot reliability
- Field performance
- Complex real-world environments
- Bridging gap between research and production
- Building quality function from scratch
- Achieving iso 9001 certification
- Supplier quality governance
- Expanding market share in defense sector
- Securing government contracts
- Navigating dod procurement
▲Active Projects
- Reinforcement learning for quadrupedal robot self-righting
- Firmware development for embedded robotic subsystems
- Payload deployment kit deployment
- Advanced control architectures
- State estimation pipelines
- Automated diagnostics
- Slam and localization system development
- Payload communication integration
- Perception system performance evaluation
- Manipulation algorithms for dynamic legged robots