Autonomous maritime systems for defense and civilian operations
Nautrik builds autonomous maritime platforms combining robotics, real-time sensor fusion, and swarm coordination. The tech stack—ROS 2, PyTorch, TensorFlow, OpenCV, PX4, and ground control UI—reflects a systems engineering org handling both autonomy algorithms and embedded hardware. Active projects span drone swarm interfaces, HIL testing automation, and field deployment pipelines; hiring is engineering-heavy (8 of 10 roles) with mid-to-senior focus, suggesting they're scaling core autonomy and integration work while decelerating overall hiring velocity.
Nautrik is a Swedish defense technology company operating in the 11–50 employee range, headquartered in Stockholm. The company develops autonomous maritime systems for training, operations, and surveillance across defense and civilian markets. Their product architecture combines modular hardware (Jetson, STM32, Raspberry Pi platforms), open-source robotics frameworks (ROS 2, PX4, Ardupilot), and real-time data processing (sensor fusion, video streaming, swarm coordination). Current engineering focus includes ground control station UI, automated testing infrastructure, and cross-platform deployment—with field testing and operational deployments underway. The organization is structured primarily around engineering and operations, currently recruiting in Sweden only.
ROS 2, PX4, PyTorch, TensorFlow, OpenCV, and CANopen/NMEA 2000 marine protocols. Hardware targets include Jetson, Raspberry Pi, and STM32 microcontrollers. Development spans SolidWorks/Fusion 360 for CAD and Unreal/Unity for simulation.
Autonomous maritime platforms: drone swarm coordination, real-time sensor fusion, ground control station UI, automated HIL testing, and field deployment pipelines for defense and civilian maritime applications.
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