ExpertiseEmbedded systems & IoTRobotics & autonomy
Business solution

Robotics & autonomy

Drones, ground robots and maritime systems: mobility, perception, navigation and mission supervision. We calibrate autonomy — teleoperation, semi-autonomy or supervised autonomy — to the risk. Safety, telemetry and replanning are part of the design.

Key commitments
  • Aerial platforms
  • Ground mobility
  • Maritime systems
  • Mission control
In plain terms

Useful autonomy, under human control.

We integrate perception, navigation, and payloads for supervised or teleoperated missions. Autonomy only has value if it remains controllable.

Security, telemetry, and replanning are part of the design, not an add-on. Degraded modes are planned for.

Fleet monitoring connects robots, operators and command systems. The mission is planned, executed and debriefed.

Strong link to edge vision, embedded systems, and connectivity: robotics is a system of systems.

UAVAerial
UGVTerrestrial
MissionMonitoring
HITLHuman control
What we do

Mobility and mission under control.

Platforms and monitoring adapted to your field missions.

Aerial drones

Platforms, payloads, and mission control. Inspection, surveillance, and logistics scenarios.

En clair : The air becomes a mobile sensor.

Ground robots

Autonomous mobility and teleoperation. Industrial or secured environments.

En clair : The ground is traversed without unnecessarily exposing the operator.

Maritime systems

Platform navigation, telemetry, and control. Sea and link constraints.

En clair : The mission continues beyond line of sight.

Fleet monitoring

Mission, telemetry, and coordination. Shared view for operators / decision-makers.

En clair : We steer the mission, not just the robot.

Safety & degraded modes

Guardrails, return-to-home, safe stop.

En clair : Autonomy remains bounded by safety.
Frequently asked questions

Robotics & autonomy — questions.

Full autonomy?
We calibrate the level: teleoperation, semi-autonomy, or supervised autonomy depending on risk. “Full auto” is not an end in itself.
Vision / edge link?
Local perception and decision-making rely on embedded vision and sensor fusion. Latency and offline availability guide the design.
Regulation?
We integrate usage constraints (zones, operators, procedures) from mission scoping.
Platform maintenance?
MCO, spare parts, diagnostics, and procedures are part of industrialization.
Multi-robot?
Yes: coordination, mission sharing, and common supervision when the use case justifies it.
Embedded systems & IoT

A robotics mission to design?

Platforms, perception, navigation, and fleet supervision—with a calibrated autonomy level.