Build better robots with less complexity
Robotic systems must communicate reliably with controllers, sensors and higher-level systems while meeting strict requirements for timing, safety and lifecycle management. Tight coordination, real-time data exchange and stable operation are essential for everything from assembly lines to autonomous cells.
RT-Labs provides the tools and expertise that allow robotics and automation companies to focus on innovation rather than infrastructure. We help customers simplify this complexity with software that is purpose-built for industrial robotic and automation systems.
- Integrate robots with PLCs, sensors and supervisory systems
- Synchronize movements and operations across machines
- Maintain deterministic timing even in demanding applications
Build better robots with less complexity
SEAMLESS ROBOT INTEGRATION
Robotic systems must communicate reliably with controllers, sensors and higher-level platforms. With our software you can integrate robots into complex automation environments without wrestling with timing issues or protocol differences.
LONG-TERM RELIABILITY
Robots often run for many years in demanding production settings. Our modular and portable software ensures stable operation over long lifecycles and makes it easy to extend or update capabilities as your automation evolves.
REAL-WORLD CHALLENGES
From motion coordination to diagnostics, from multi-axis control to cloud-connected automation, our solutions are built to handle the complexity of modern robotic systems so your machines perform consistently and predictably.
ABB Robotics
Changed its way of working and became more competitive
Does debugging robotics feel hard?
See your robot’s behavior in real time
Robotic systems are hard to debug without the right visibility. With RT-Kernel’s built-in support for Foxglove Studio you can stream live data from your controller and instantly understand how your system behaves in real time. It gives robotics teams a powerful way to diagnose, tune and validate complex motion and control logic.
