Paradigm Robotics builds rugged, remote‑operated ground robots for hazardous, mission‑critical environments such as emergency response, industrial incident containment, and defense operations. Their multi‑mission platforms can traverse stairs, rubble, and extreme temperatures, enabling hazmat reconnaissance, fire suppression, and forward reconnaissance while keeping personnel out of danger and reducing equipment downtime. The robots are designed for rapid deployment and attritable use, providing situational awareness and risk mitigation in high‑risk scenarios.
Funding
Funding not disclosed
Founders
Product
Problem
First responders, industrial operators, and military units often must enter hazardous environments—such as chemical spills, fires, or contested battle zones—to assess conditions, contain incidents, or gather intelligence, exposing personnel to extreme risk and causing costly downtime.
Solution
Paradigm Robotics delivers rugged, remote‑operated ground robots that can traverse stairs, rubble, trenches, and confined spaces to perform hazmat reconnaissance, fire suppression, and forward reconnaissance. The platforms are built to withstand extreme temperatures (up to 1200 °F) and can be deployed quickly, reducing incident response time by up to 20×. Operators control the robots from a safe distance, eliminating direct exposure while maintaining situational awareness through integrated sensors and real‑time data feeds. The modular design supports rapid reconfiguration for emergency response, industrial incident containment, or defense missions, enabling scalable deployment across diverse threat environments.
Target Audience
Primary customers include municipal fire and emergency services, industrial facilities requiring incident containment and asset inspection, and defense organizations seeking unmanned ground capabilities for breaching, deception, and forward reconnaissance.
Features
- All‑terrain locomotion capable of climbing stairs, navigating rubble, and moving through narrow passages
- Heat‑resistant chassis rated to 1200 °F for operation in high‑temperature fire scenarios
- Remote‑operated control with live video and sensor integration for real‑time situational awareness
- Modular payload bays allowing quick swap of fire suppression, hazmat detection, or reconnaissance equipment
- Attritable, expendable construction designed for use in contested or high‑risk combat zones
- Scalable fleet architecture supporting coordinated multi‑robot deployments