Riemann Robotics provides a modular Physical AI platform that combines an autonomous mobile base with a rear‑mounted 6‑DOF robotic arm and interchangeable functional modules. The system navigates indoor spaces, interacts with the environment (e.g., pressing buttons, opening doors) and can be reconfigured for tasks such as patient transport, cleaning, food service, shelf stocking, or machine operation without any building modifications, using off‑the‑shelf hardware and proprietary vision algorithms.
Funding
Funding not disclosed
Founders
Product
Problem
Indoor blue‑collar workplaces face chronic labor shortages, making it difficult to staff tasks such as patient transport, cleaning, food service, shelf stocking, and machine operation. Hiring additional human workers is costly and often infeasible, especially in facilities that lack the infrastructure to support specialized automation.
Solution
Riemann Robotics offers a modular Physical AI platform that combines an autonomous mobile base with a rear‑mounted robotic arm and interchangeable functional modules. The platform can navigate indoor environments, localize itself, and interact with the surroundings—pressing elevator buttons, opening fire‑protection doors, and handling objects—without requiring any building modifications. By swapping use‑case specific modules (e.g., seating, cleaning, waiter, grocery, shop‑floor), the same hardware can be redeployed across hospitals, schools, restaurants, supermarkets, and manufacturing plants. The system relies on off‑the‑shelf components and proprietary perception algorithms developed from the company’s computer‑vision expertise, enabling rapid deployment and low total‑cost of ownership.
Target Audience
Primary customers are facility operators in hospitals, educational institutions, restaurants, supermarkets, and manufacturing plants that need autonomous solutions for transport, cleaning, service, inventory, and machine operation.
Features
- Autonomous navigation and localization for reliable indoor movement
- Rear‑mounted 6‑DOF robotic arm capable of precise manipulation and button‑pressing
- Plug‑and‑play functional modules (seating, cleaning, food‑service, shelf‑stocking, shop‑floor) that can be exchanged without tools
- Vision‑based perception stack derived from a university computer‑vision lab, providing robust robot‑environment interaction
- Compatibility with existing building infrastructure; no retrofitting of elevators or doors required
- Modular hardware design using only off‑the‑shelf components for easy maintenance and scalability