Many inspection, maintenance, and logistics tasks require robots to traverse vertical structures, narrow conduits, or irregular terrain where conventional wheeled platforms cannot operate. Deploying multiple specialized robots for such environments leads to high integration costs and limited scalability. Coordinating fleets of heterogeneous robots further complicates task allocation and data aggregation.
Funding
Funding not disclosed
Founders
Product
Problem
Many inspection, maintenance, and logistics tasks require robots to traverse vertical structures, narrow conduits, or irregular terrain where conventional wheeled platforms cannot operate. Deploying multiple specialized robots for such environments leads to high integration costs and limited scalability. Coordinating fleets of heterogeneous robots further complicates task allocation and data aggregation.
Solution
OpenVMP delivers a modular mobility platform that combines drive wheels and articulated legs, enabling each unit to drive on flat surfaces, climb poles, trees, cables, and crawl through tunnels. The robots feature standardized front, rear, and top payload bays, allowing customers to attach sensors, manipulators, or specialized tools on demand. A built‑in docking mechanism lets units attach to vehicles, walls, or each other, supporting both storage transport and on‑the‑fly reconfiguration into larger composite robots. Swarm behavior is orchestrated through an open‑source fleet‑control stack that handles task distribution, inter‑robot communication, and collective navigation. The entire hardware and software stack is released under Apache 2.0, giving enterprises and research labs the flexibility to customize, extend, or integrate the platform with existing systems. Autonomous operation is supported via on‑board perception and a cloud‑connected command layer, with optional remote supervision for early deployments.
Target Audience
Primary customers are industrial enterprises, infrastructure operators, and research institutions that require autonomous inspection, maintenance, or logistics in complex three‑dimensional environments such as utilities, oil‑and‑gas pipelines, and disaster‑response sites.
Features
- Dual‑mode locomotion system integrating high‑torque drive wheels with six‑degree‑of‑freedom legged actuation for seamless transition between rolling and climbing<br>
- Interchangeable payload bays (front, rear, top) with standardized electrical and mechanical interfaces for sensors, grippers, or inspection tools<br>
- Self‑aligning docking ports enabling robot‑to‑robot coupling, vehicle attachment, and wall mounting for transport and composite robot formation<br>
- Open‑source control firmware and ROS‑compatible software stack (Apache 2.0) providing real‑time swarm coordination, task scheduling, and telemetry APIs<br>
- Scalable fleet management dashboard with MQTT/REST interfaces for monitoring battery health, firmware versioning, and mission status across dozens of units<br>
- Integrated perception suite (LiDAR, stereo vision, IMU) supporting autonomous navigation in confined and vertical environments<br>
- Plug‑and‑play power modules with hot‑swap capability to minimize downtime during field operations