Industry Solutions
Emergency Response
IFREECOMM bridges emergency command communications via its Cloud-Edge-Endpoint Video Conferencing System, while deploying LingMou Series Robots into hazardous environments for reconnaissance and search & rescue — replacing human exposure to risk. We deliver a full-stack unmanned solution for emergency response that ensures you can "See Clearly, Hear Distinctly, and Access Anywhere."
Core Industry Requirements
I. Three Core Pain Points
Challenges in Routine Fire Prevention Patrols: High miss rates in manual inspections; difficulty in achieving comprehensive coverage of high-risk zones like high-rises and underground facilities; patrol data lacks closed-loop management. High Risks in Disaster Reconnaissance & Detection: Post-incident scenes (fires, hazmat leaks) are extremely hazardous, preventing immediate entry by rescue personnel. Delayed transmission of on-site intelligence deprives commanders of real-time data for critical decision-making. Fragmented Coordination During Rescue Operations: On-site communication links are prone to disruption, leading to poor situational awareness. Coordinating multiple departments and devices is highly complex, significantly reducing rescue efficiency. II. Three Key Development Demands
Unmanned Operations in High-Risk Zones: Deploy robots and UAVs to replace human personnel in "lethal environments" (flammable, explosive, toxic, or oxygen-deficient areas), prioritizing responder safety. Omni-Domain Perception & Low-Latency Data Backhaul: Establish a multi-dimensional perception network to cover monitoring blind spots. Leverage high-speed networks to transmit HD video and telemetry data to the command center with minimal latency. Networked Multi-Terminal Collaborative Command: Integrate communication links across individual responders, UAVs, and command vehicles. Break down information silos to enable seamless frontline-to-headquarters coordination and unified command dispatch. III. Policy Drivers
The 14th Five-Year Plan for Emergency Rescue Capacity Building explicitly outlines the intelligent upgrade of emergency equipment. The Guiding Opinions on Further Improving the Emergency Command Headquarters System accelerates multi-terminal networked collaborative command. Infrastructure Expansion: Since the establishment of the Ministry of Emergency Management in 2018, the number of national fire and rescue stations has grown from 7,032 to 9,657. Policy & Operational Scale: In 2023 alone, 462 emergency rescue-related policies were issued. The sector responded to 878,000 fire incidents and deployed fire vehicles over 4 million times. IV. Market Demand
Accelerating Urbanization: High-density residential and commercial zones demand higher safety standards, driving a surge in demand for advanced firefighting equipment. Environmental Complexity: Scenarios like super high-rise buildings and dense urban alleyways require equipment with intelligent, multi-functional capabilities. Technological Maturity: Rapid advancements in IoT, AI, and 5G provide a robust technological foundation for the next generation of firefighting equipment innovation.
Solution Highlights
Zero Human Casualties — Powered by the LingMou 8-Wheel UGV and specialized firefighting quadruped robots, this system replaces human responders in "no-go zones" (flammable, explosive, toxic, or oxygen-deficient environments), completely eliminating personal risk during rescue operations.
Ultra-Low-Latency Remote Control — Equipped with LingMou ultra-low-latency video transmission, achieving end-to-end latency of <35ms (compared to ~300ms in traditional systems). This human-imperceptible delay enables precise, centimeter-level remote control. Supports 720P/1080P/4K resolutions at just 1–8 Mbps/channel, seamlessly adapting to 4G/5G, Wi-Fi, radio, and ad-hoc mesh networks.
Omni-Domain Perception, Sub-Second Response — Robots integrate thermal imaging, dual-optics PTZ cameras, gas detectors, LiDAR, and more to build a multi-dimensional perception network. This ensures full coverage of monitoring blind spots and enables second-level detection of sudden emergencies.
Visualized Networked Command — Delivers a command platform that lets you "See Clearly, Transmit Instantly, and Control Reliably." It interconnects individual responders, UAVs, command vehicles, and robots, enabling seamless frontline-to-HQ coordination and unified dispatch.
All-Terrain Barrier-Free Mobility — The quadruped robot climbs 70cm steps and 40° slopes, while the 8-wheel vehicle conquers mountains, swamps, deserts, snow, and waterways. Together, they cover all complex indoor and outdoor firefighting scenarios.
Modular Multi-Role Platform — Built on a standardized interface framework, it supports on-demand payload integration (gas sensors, thermal imagers, cargo delivery, firefighting modules). The same platform can rapidly switch between patrol, search & rescue, reconnaissance, and logistics roles.
7×24 Intelligent Patrol — Enables autonomous routine patrols with automatic anomaly alerting in peacetime, and rapid deployment into incident zones during emergencies. This creates an integrated closed-loop management system: "Smart Patrol in Peacetime, Rapid Rescue in Emergencies."
Comprehensive Coverage of Six Major Disaster Scenarios — Earthquakes & geological hazards, forest/grassland fires, chemical & mining accidents, floods, building collapses, and traffic incidents. Provides targeted capabilities for rubble search, fire reconnaissance, toxic environment detection, aquatic reconnaissance, logistics transport, and on-site perimeter security.
