Jlrobotics develops a full‑stack autonomous underwater robot that can inspect, install, and manipulate subsea assets without the need for divers. The platform combines navigation, perception, and robotic manipulation to enable remote operations on the ocean floor, reducing human risk and operational costs for offshore inspection and maintenance tasks.
Funding
Funding not disclosed
Founders
Product
Problem
Underwater inspection, installation, and manipulation tasks currently require human divers or remotely operated vehicles, which are costly, risky, and limited by depth and weather conditions.
Solution
Jlrobotics creates a fully autonomous underwater robot that integrates navigation, perception, and robotic manipulation to perform subsea inspection, installation, and manipulation without diver intervention. The platform combines high‑resolution sonar and optical sensors for real‑time environment mapping, enabling precise positioning and obstacle avoidance. Its manipulator arm is capable of tool changes and fine‑grained tasks such as valve turning or component placement. Mission planning software automates task sequencing and adapts to changing conditions, while a surface control interface provides status monitoring and mission overrides when needed. By eliminating the need for human presence underwater, the system reduces operational costs, improves safety, and expands access to deeper or hazardous sites for offshore energy, marine infrastructure, and research applications.
Target Audience
Primary customers are offshore energy operators, marine infrastructure owners, and subsea research organizations that require autonomous inspection, installation, or maintenance of underwater assets.
Features
- Integrated multi‑modal perception suite (sonar, stereo vision, inertial navigation) for accurate 3‑D mapping and localization
- Autonomous path planning and obstacle avoidance algorithms optimized for complex subsea terrain
- Modular manipulator arm with interchangeable end‑effectors for inspection, fastening, and tool deployment
- End‑to‑end mission control software that handles task scheduling, real‑time monitoring, and surface‑to‑robot communication
- Robust pressure‑rated hardware designed for operation at commercial offshore depths
- Battery management system providing extended mission endurance with automatic return‑to‑surface capability