Vbr provides a robotics interface platform that fuses sensor data into a unified spatial model, enabling multiple robots to share and act on consistent environmental information. By delivering a centralized, real‑time map accessible to all connected machines, the system simplifies coordination and reduces the complexity of multi‑robot deployments, supporting use cases such as warehouse automation and collaborative manufacturing.
Funding
Funding not disclosed
Founders
Product
Problem
Robotic systems often operate with isolated sensor data, leading to fragmented situational awareness and limited coordination among multiple autonomous agents. This lack of a shared environmental model hampers efficient collaboration in complex tasks such as warehouse logistics, construction, or search and rescue.
Solution
Vbr offers a robotics interface platform that fuses data from heterogeneous sensors to build a unified, coherent spatial model of the environment. The platform continuously updates this model in real time and makes it accessible to all connected robots through a common API. By providing a single source of truth, Vbr enables robots to synchronize their perception, plan coordinated actions, and avoid conflicts. The system is designed to be hardware-agnostic, allowing integration with existing robot fleets without extensive reconfiguration. Developers can leverage the platform to implement multi-robot workflows that improve efficiency, safety, and overall task performance.
Target Audience
Primary customers are robotics integrators and enterprises deploying fleets of autonomous robots in manufacturing, logistics, construction, and field operations.
Features
- Sensor fusion engine that aggregates LiDAR, vision, IMU, and other data streams into a consistent 3D map
- Real-time model synchronization across multiple robots via low-latency network protocols
- Hardware-agnostic API supporting common robotics middleware (e.g., ROS, DDS)
- Scalable architecture that maintains model fidelity as the number of connected robots grows
- Built-in conflict detection to prevent overlapping actions and ensure safe collaboration