Contact
Build with LibreRobotics.
Send inquiries for partnerships, technical collaboration, ecosystem participation, or early runtime adoption. For implementation details, use the docs and GitHub as the primary technical references.
Runtime foundation for robotics systems
LibreRobotics connects middleware, interfaces, simulation, and real-world execution into a common foundation for building robotics systems.
Not robot applications. Not hardware products. The runtime foundation beneath them.
Runtime boundary
Runtime services coordinate lifecycle and configuration while applications, control logic, and gateways communicate through a high-performance middleware fabric.
Applications, control logic, gateways, and runtime services share one runtime boundary.
Shared communication primitives connect robotics components in real time.
Add, replace, or extend runtime components without reshaping the whole system.
Lifecycle, configuration, monitoring, logging
High-performance communication layer for shared memory, pub/sub, services, and synchronization.
Robot applications and high-level logic
Control, estimation, planning, AI modules
Device gateways and protocol adapters
Motors
Cameras
Sensors
Fieldbus
External World
Simulated Devices
Virtual Robots
Simulated Worlds
Problems & Why LibreRobotics
Robotics needs more than applications, device SDKs, or simulator-specific adapters. It needs a shared runtime layer that makes real and simulated systems easier to connect, test, and evolve.
Robot software is often tied directly to one simulator, one SDK, or one deployment environment.
Hardware gateways, simulation bridges, and application logic are commonly integrated as separate one-off stacks.
LibreRobotics introduces a shared runtime foundation so systems can be composed, tested, deployed, and evolved.
Core project
Librux is a robot operating runtime for Linux-based robotics systems. It provides the runtime services, middleware fabric, and SDK surface needed to run robot applications, gateways, and connected components.
Contact
Send inquiries for partnerships, technical collaboration, ecosystem participation, or early runtime adoption. For implementation details, use the docs and GitHub as the primary technical references.