Lynx Robotics LLC

Features

Lynx sensors and actuators are designed with hard real-time constraints in mind. The communication between components and main computer happen over well industry proven EtherCAT protocol which guarantees satisfying hard real-time constraints. In addition we provide a C API for integrating this system with your own real-time system as well as a ROS2 node for easy integration into your ROS2 ecosystem.

real-time Communication over EtherCAT

all the sensors and actuators communicate over a reliable and industry proven EtherCAT protocol.

C API

A C api is provided to integrate hard-real-time hardware with your real-time application.

ROS2 API

ROS2 Node is provided to easily interface your hardware with ROS based software for easy prototyping and debugging production code.

Quality Test

Each hardware node is extensively tested for quality and performance guarantees.

About Us

We are a startup with expertise in robotics and industrial automation with a commitment to design reliable electronics to redefine how engineers and researchers around the world design autonomous systems. Hardware is hard to get it right, we believe this is mostly due to infinite variety of communication protocols and requirements from each manufacturer. At Lynx Robotics we unify this interface over industry standard EtherCAT protocol so that your can reliably drive any sensor/actuator with one interface without worrying about manufacturer requirements.

Our Company

We are just starting, even though a small team but we offer a great potential for an automated future

Team

Sina Aghli, PhD.

Founder

Sina is a roboticist with expertise in robotics and automation. Prior to Lynx he held a position as Robotics Technologist at NASA JPL working on EELS robot for exploring Enceladus as well as Endurance Rover to explore south pole of the moon. He has a versatile expertise in motion planning and control of different robotics applications from quadrupeds to robotic arms, self driving vehicles and drones.

Reliable Hardware for Robotics and Automation Applications