RoboFoundry offers an embodied AI platform that unifies perception, motion planning, and low‑level control for autonomous humanoid robots, running entirely on edge hardware. The modular stack provides multi‑modal sensor fusion, real‑time trajectory generation, and plug‑and‑play integration, enabling manufacturers and service providers to deploy robots for material handling and logistics without building low‑level robotics software.
Funding
Funding not disclosed
Founders
Product
Problem
Robots often lack the integrated perception, planning, and control needed to operate autonomously in unstructured, real-world environments, limiting their usefulness for material handling and service tasks.
Solution
RoboFoundry provides an embodied AI platform that combines advanced perception modules, motion planning algorithms, and low-level control loops into a unified software stack for autonomous robots. The platform is designed for scalable humanoid hardware, enabling immediate deployment in current applications while supporting future expansion to new use cases. By abstracting the complexity of sensor fusion and decision-making, RoboFoundry allows developers to focus on task-specific logic rather than low-level robotics engineering. The system runs on edge compute, ensuring real-time responsiveness without reliance on external cloud services.
Target Audience
Primary customers are manufacturers and service providers seeking autonomous robots for material handling, logistics, and on-site service operations, as well as robotics developers needing a ready-to-use embodied AI stack.
Features
- Integrated perception pipeline with multi-modal sensor fusion for obstacle detection and environment mapping
- Real-time motion planning that generates collision-free trajectories for humanoid locomotion and manipulation
- Closed-loop control framework optimized for edge hardware, delivering low-latency actuation
- Modular software architecture that supports plug-and-play hardware components and custom task modules
- Scalable humanoid robot designs that can be produced today and upgraded for future capabilities