GENISOM AI
Emergency Response Solutions
Leading Embodied Intelligence, Empowering Partners
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Applicable scenarios
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Earthquakes & Structural Collapse
Navigate debris and collapsed structures to assess terrain, detect signs of life, and provide real-time situational data.
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Fire & Rescue
Enter high-temperature and smoke-filled areas for close-range reconnaissance of fire sources and trapped personnel.
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Hazardous Material Incidents
Carry gas sensors into toxic, flammable, or explosive environments to monitor hazardous substances remotely.
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Mines & Tunnels
Perform forward reconnaissance in underground mines, tunnels, and other confined high-risk spaces.
Business Pain Points
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High-Risk Environments
Secondary hazards and unstable conditions increase the risks of direct human entry.
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Limited Situational Awareness
Incomplete field information makes rapid assessment and rescue decisions more difficult.
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Time-Critical Response
Traditional reconnaissance methods can take valuable time to deploy during rescue operations.
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Complex Coordination
Multi-team operations require timely communication and synchronized situational information.
Our Advantages
Built on full-stack in-house R&D, the platform combines all-terrain mobility, flexible payload integration, and open development capabilities to support safer and more efficient emergency rescue operations.
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All-Terrain Mobility
Handles debris, gravel, water, slopes, stairs, and other challenging rescue environments.
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Flexible Payload Integration
Supports gas sensors, life detectors, thermal imaging, communication relays, and transport payloads.
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Reliable Operation in Harsh Conditions
Designed to operate across demanding environments encountered in emergency rescue.
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End-to-End Mission Support
Supports sensing, detection, alerts, and field response workflows.
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Open & Expandable Platform
Modular payloads, open interfaces, and SDKs support secondary development and system integration.
Four Core Advantages, Powering Smarter Emergency Rescue
Enabling faster, safer, and more informed rescue operations in high-risk environments
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Specialized Payloads, Enhanced Awareness
Supports multispectral life detection, hazardous gas monitoring, two-way audio, communication, and firefighting payloads for diverse rescue tasks.
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Remote Reconnaissance, Reduced Risk
Agile mobility and strong environmental adaptability enable unmanned forward operations in areas that are difficult or dangerous for personnel to access.
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Simulation-Driven Training & Validation
The MATRiX simulation platform enables high-fidelity disaster scenarios for mission rehearsal, investigation, validation, and post-operation review.
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Multi-Robot Coordination, Wider Coverage
Multi-robot operations extend coverage across large disaster areas and improve the efficiency of distributed reconnaissance and rescue tasks.
Application Cases
Rescue Drill · Sichuan Gas Group
Firefighting Robot · France
Flood Drill · State Grid Northeast
Forest Fire Drill · Shenzhen
Air-Ground Rescue · National Earthquake Rescue Base
Firefighting · Beijing Lingtian
