Frontier Robotics develops advanced autonomous systems for complex operational environments. The company focuses on integrating sophisticated AI and sensor fusion to enhance robotic perception and decision-making capabilities. This technology enables reliable, high-performance automation across industrial and remote applications.
Funding
$126K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Underwater inspections using remotely operated vehicles (ROVs) face challenges due to limited visibility and the need for precise navigation in complex subsea environments. Current methods often require skilled operators and can be inefficient, costly, and potentially unsafe.
Solution
Frontier Robotics offers a platform-agnostic autonomy system designed to enhance the capabilities of underwater inspections. The system integrates advanced stereo camera technology with edge computing to provide real-time image enhancement and detailed 3D mapping using SLAM (Simultaneous Localization and Mapping). This solution enables ROVs to navigate autonomously, adapt to changing environments, and conduct inspections with greater precision and efficiency. The system supports various autonomy modes, including auto-pilot, shared autonomy (where the robot proposes actions for operator approval), and full autonomy for independent operation.
Target Audience
The primary target audience includes companies and organizations involved in subsea asset inspection, marine exploration, and offshore energy, particularly those utilizing ROVs for underwater operations.
Features
- Platform-agnostic software integrates with diverse underwater robots
- Advanced stereo camera system with on-edge computing for robust image processing
- Image enhancement technology extends visual range and clarity
- SLAM technology fuses camera images with ROV sensor data for accurate 3D mapping
- Auto-pilot feature ensures collision-free navigation and optimal path planning
- Shared autonomy mode combines human expertise with robotic precision
- Full autonomy mode enables independent decision-making based on the environment and tasks
- Modular design allows for flexible swapping or standalone use of software and hardware components