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NVIDIA Jetson · Raspberry Pi · Safety architecture

Frontier Rover

A safety first 4WD robotics platform built one measured subsystem at a time.

ROLE
Solo builder
STATE
Active robotics build
SYSTEM FLOW
  1. 01JETSON PERCEPTION
  2. 02BOUNDED COMMAND
  3. 03PI CONTROL
  4. 04MOTOR + SENSOR IO
  5. 05WATCHDOG STOP

Build

WHAT IT DOES

A Raspberry Pi 4 running Ubuntu Server ARM64 with verified networking, system health checks and a clean shutdown path.

HARD PART

Separating verified hardware from planned autonomy while designing bounded commands, stale command stops and a split compute architecture.

RESULT

The embedded Linux control layer is live and verified before motor power, sensing and autonomy are introduced.

NOW
Raspberry Pi bring up is verified. Motor control, sensing and NVIDIA Jetson software remain staged milestones.
NEXT
Verify power and motor control before adding IMU, encoders and Jetson perception.

System flow

  1. 01JETSON PERCEPTION
  2. 02BOUNDED COMMAND
  3. 03PI CONTROL
  4. 04MOTOR + SENSOR IO
  5. 05WATCHDOG STOP