About Us
Company Profile
Our is a technology enterprise dedicated to fire safety in super-high-rise buildings. Its mission is to leverage "technological innovation to provide comprehensive, full-lifecycle fire safety assurance for high-rise structures."
The company focuses primarily on the field of high-altitude fire safety, having developed a "Three-in-One" high-altitude fire safety solution. Tailored for super-high-rise buildings exceeding 200 meters in height, this solution enables rapid response within 15 minutes and 24-hour intelligent monitoring.
Leveraging core technologies—such as Cloud-Edge-End architecture and AI-driven intelligent perception—the company has established a nationwide regional service network to provide localized support, striving to become a leader in the high-altitude fire safety industry.
R&D Team
Led by Professor Liu Yunhui of The Chinese University of Hong Kong, the R&D team—comprising over ten members—has dedicated seven years of continuous effort to the research and development of high-altitude operations and maintenance.
This sustained commitment has resulted in the accumulation of nearly one hundred patents, establishing a foundation of internationally leading technical expertise and know-how.
Typical Application Scenarios
1.High-Rise Residential Fire Prevention and Control
Nighttime Electrical Fire Scenario in a 30-Story Residential Complex
Scenario Description: An electrical fire breaks out at night in a 30-story residential complex; the flames spread from the window of a residence on the 12th floor. This demonstration illustrates the system's end-to-end response workflow.
System Response Process
- Intelligent Detection and Early Warning: An AI-powered smoke and fire recognition algorithm detected smoke emanating from a 12th-floor window, triggering an early warning within three seconds.
- Multi-Source Data Verification: Thermal imaging confirmed temperature anomalies, while the smoke detection system simultaneously triggered an alarm; this cross-verification process significantly enhanced the credibility of the alert.
- Automated Fire Suppression: The sprinkler systems on floors 12 through 14 were automatically activated, and high-altitude water cannons were precisely aimed at the source of the fire to extinguish the blaze.
- Personnel Rescue and Evacuation: A specialized rescue pod was deployed within 60 seconds to transport trapped individuals to a safe zone.
- Remote Command and Dispatch: The command center utilized a centralized platform to monitor the fire's progression and the rescue operations in real-time, enabling the remote coordination and dispatch of resources.
2.Handling of High-Rise Fires in Commercial Complexes
Fire Scenario in a Rooftop Restaurant of a 50-Story Commercial Complex
Scenario Description: A fire breaks out in a restaurant located on the top floor (50th story) of a landmark commercial complex in a major city; dense smoke spreads upward, triggering an intelligent, end-to-end system response.
System Response Process
- Temperature Anomaly Detection: Thermal imaging sensors detect an abnormal temperature rise on the top floor, triggering an early warning.
- Fire Spread Prediction: AI algorithms analyze fire propagation trends, predicting smoke dispersion paths and the extent of the affected area.
- Integrated Fire Protection Response: Fire-resistant rolling shutters on the top floor and adjacent levels are activated, and the positive-pressure ventilation system is engaged to prevent smoke dispersion.
- Coordinated Rescue Operations: Firefighting robots are deployed from window-washing platforms to precisely extinguish the fire using compressed air foam.
- Real-time Data Transmission: The platform transmits real-time fire data and a 3D model of the building directly to the fire command vehicle.
Water and Power Supply Support Plan for Fire Scenarios
1.Water Usage Plan
Device Type | Water Sources | Water Usage | Flow Control |
Firefighting Robot | Building Interior Fire Water Piping Network | Compressed Air Foam Firefighting | 5 L/s AI Regulation |
Rescue Cabin | No direct water requirements | Personnel Transfer and Material Transport | — |
2.Power Supply Plan
Device Type | Power Source | Power Requirement | Power Supply Safeguards |
Firefighting Robot | Onboard Lithium Battery + Emergency Interface | 10 kW | Lithium battery prioritized; supplemental charging available during low-battery conditions. |
Rescue Cabin | Onboard Lithium Battery + Emergency Interface | 3 kW | Lithium battery prioritized; supplemental charging available during transport intervals. |
