3Laws Robotics provides a plug-and-play signal filtering layer for autonomy stacks to enhance system safety and performance. Their technology dynamically adjusts navigation commands to enable collision avoidance, geofencing, stabilization, and fault management without triggering unnecessary e-stops. This results in accelerated development times, improved operational throughput in dynamic environments, and reduced overall system costs.
Funding
$6.1M 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.
TVFounders
Product
Problem
Robotic systems operating in dynamic environments face challenges in ensuring safety and preventing collisions, often requiring conservative settings or emergency stops that reduce efficiency and increase operational costs. Traditional safety measures can hinder a robot's capabilities, limiting its ability to navigate complex scenarios and maximize throughput.
Solution
3Laws Robotics offers a universal safety layer, called Supervisor, that enhances the performance of robotic systems by implementing dynamic safety guardrails. This technology provides real-time collision avoidance, geofencing, stabilization, and fault management, eliminating the need for frequent emergency stops. Supervisor dynamically adjusts system behavior based on proximity to objects, designated boundaries, and system state, optimizing for both performance and safety. The plug-and-play signal filtering integrates with new and existing autonomy stacks, reducing development time and improving product capabilities.
Target Audience
The primary customers are developers and operators of autonomous systems, including those in aerospace, robotics, and industrial automation, who need to ensure safety and optimize performance in dynamic environments.
Features
- Dynamic collision avoidance that adjusts navigation commands based on proximity to objects
- Geofencing to keep mobile systems within designated boundaries
- Stabilization to minimize tip-overs, wobbles, and oscillations
- Fault management to detect and respond to system faults or sensor failures instantly
- Real-time safety monitoring and health diagnostics
- Plug-and-play signal filtering for new and existing autonomy stacks