Robotics & Automation
Robotics and automation engineering for real-world systems
ETROYL combines sensing, perception, sensor fusion, real-time computation, motorization and advanced control to build intelligent automated systems.
Engineering Focus
Connecting perception, decision and action
The approach spans the real-time chain from physical sensors to control and actuation, with engineering choices driven by system constraints and deployment requirements.
- Computer vision and real-time image processing
- LiDAR, radar and sonar sensing
- Multi-sensor fusion and state estimation
- Embedded and FPGA real-time processing
- Motorization and motion-control systems
- Advanced control and automation architectures
Typical Engineering Outputs
From perception architecture to integrated control
Depending on the project, outputs can include sensing architectures, processing and fusion algorithms, embedded implementations, control-system integration, performance analysis and technical documentation.
Related Capabilities
Explore connected engineering areas
Building an automated or robotic system?
Let's discuss your sensing architecture, control requirements and path to deployment.
Get in Touch