Autonomous underwater robotics platform for maritime operations
Rekise Marine designs autonomous underwater systems using a mature embedded stack (C++, ROS, LIDAR, Gazebo simulation) paired with hardware design tools (Altium, KiCad, Silicon Carbide). The project list—submarine PCB design, multi-sensor fusion, real-time perception pipelines, autonomous navigation—reflects a company building integrated hardware-software platforms rather than software layers alone. Senior-heavy hiring (6 of 9 open roles) focused on engineering suggests they're solving depth-specific challenges: underwater perception, long-duration power systems, and sea-trial logistics, all flagged as active pain points.
Rekise Marine develops autonomous robotic platforms for maritime and subsea applications. Based in Hyderabad and founded in 2017, the company operates as a privately held firm with 11–50 employees, split primarily across engineering and product teams. The technical scope spans simulation (Gazebo, Unity, Unreal Engine), embedded systems (ROS, ROS 2, real-time communication), and hardware design for underwater vessels. Active work includes autonomous navigation, multi-sensor perception systems, and submarine control electronics. The organization is shipping sea trials and managing compliance with defense standards.
C++, Python, ROS, ROS 2, Gazebo, LIDAR, Git, Linux, CMake, and hardware design tools (Altium Designer, KiCad, OrCAD). Unreal Engine and Unity support simulation and visualization.
Autonomous underwater vessel development, submarine control PCB design, multi-sensor fusion frameworks, autonomous navigation, AI/ML perception pipelines, power system design for long-duration missions, and sea trials logistics.
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