ZTE server capabilities play a key role in a newly deployed Air-Space-Ground Intelligent Emergency System built through collaboration between ZTE and China Telecom Emergency Communications. Announced on January 13, 2026, the solution sets a new benchmark for disaster response by restoring connectivity and enabling intelligent coordination during the most critical 72 hours after a disaster. ZTE server infrastructure supports real-time data processing, AI-driven analysis, and unified platform operations across air, space, and ground networks.
As extreme weather events increase, communication resilience has become essential. When roads are blocked, power systems fail, and networks collapse, affected areas can lose all information links. In these scenarios, fast communication recovery directly impacts rescue efficiency and public safety. The integrated system addresses this challenge through a scalable and intelligent architecture.
A Fully Integrated Air-Space-Ground Emergency Architecture
The emergency system is designed as an end-to-end architecture that connects satellites, unmanned aerial vehicles, and ground-based mobile stations. It combines communications, sensing, computing, and command functions into a single operational framework. ZTE provided core technical support to help build this integrated model.
At the heart of the system is a unified operations platform. It aggregates data from multiple layers and enables intelligent scheduling and analysis. ZTE server resources support this platform by delivering the computing power required for real-time processing and decision assistance. This design allows emergency teams to gain situational awareness quickly and act with precision.
Addressing the Golden 72 Hours After Disaster Strikes
Industry analysis has highlighted the importance of the first 72 hours following a major disaster. During this period, rapid restoration of communications can determine rescue outcomes. Traditional emergency networks often struggle when infrastructure damage occurs simultaneously across transport, power, and communications.
The integrated system overcomes these challenges by deploying flexible and rapidly movable communication nodes. Airborne platforms, portable ground stations, and nomadic mobile units work together to rebuild connectivity even in the most difficult conditions. ZTE server-based computing ensures that data from these nodes can be analyzed and coordinated in real time.
Aerial Base Stations Restore Wide-Area Coverage
One of the most innovative elements of the solution is the use of large unmanned aerial vehicles as aerial base stations. As early as 2023, ZTE partnered with China Telecom Emergency to launch an integrated platform based on a heavy UAV.
The UAV features a high payload capacity and long endurance. It can carry triple-network compatible base stations and operate without a runway. After reaching the airspace above affected areas, it functions as an aerial base station and delivers wide-area signal coverage.
This approach has been tested in high-altitude environments and proven effective in post-disaster network restoration. It enables rapid reconnection between affected regions and the outside world, supporting both rescue coordination and public communication.
Ground-Level Micro Stations Eliminate Blind Spots
While aerial platforms provide wide coverage, ground-level access remains critical. Lightweight backpack micro stations form another key component of the system. These units weigh between 10 and 20 kilograms and can be carried by personnel into areas inaccessible to vehicles.
The micro stations support satellite and fiber backhaul and can be deployed within 20 minutes. They are designed to eliminate last-mile communication blind spots in landslide zones and debris-filled areas. ZTE server systems support their integration by managing traffic and ensuring stable service delivery.
Nomadic Mobile Stations Support Long-Term Operations
In the post-disaster transition phase, communication needs often extend beyond immediate rescue. Nomadic mobile stations are designed for longer-term deployment and integrate core network functions, wireless access, and backhaul into a single enclosure.
These stations support voice, video, and data services and can be deployed during reconstruction periods. ZTE server infrastructure ensures that service management, traffic control, and data analysis remain stable over extended operations. This capability supports continuous connectivity as affected areas move from emergency response to recovery.
Field-Proven Performance in Extreme Scenarios
The integrated emergency system has been tested and proven in real-world operations. UAV platforms equipped with base stations have been deployed to disaster zones to rapidly restore signals. Through close coordination, aerial coverage was established quickly, enabling stable communication services.
In 2025, UAV operations exceeded 20 sorties and supported more than 10,000 mobile user connections. Accumulated voice communication time exceeded 6,000 minutes. These results demonstrate the system’s ability to perform reliably under extreme conditions.
Intelligent Analysis Through AI Computing Platforms
Beyond restoring connectivity, the system integrates intelligent analysis capabilities. UAVs equipped with high-definition optical pods transmit real-time imagery from disaster sites. These data streams are processed by AI computing platforms to identify weak-signal areas and assess on-site conditions.
The integrated operations platform acts as the system’s intelligent brain. Supported by ZTE server resources, it enables automated analysis, intelligent service scheduling, and dynamic allocation of rescue resources. This combination of communication restoration and intelligent operations improves overall response efficiency during the critical window.
Scaled Deployment Across Multiple Regions
The emergency communication solution has moved beyond technical validation and into scaled deployment. It has been applied across multiple provinces and used in numerous major disaster relief operations.
Aerial base stations provided stable coverage from the air, while ground teams restored local communications using portable stations. Nomadic mobile stations have also been deployed to support high-capacity events such as sports games and concerts.
These deployments show that the system is adaptable to both emergency and high-demand scenarios. ZTE server-supported platforms ensure consistent performance as the solution scales.
A Scalable and Evolving Emergency Ecosystem
Compared with traditional emergency communication methods, the integrated solution stands out for its systematic design and scalable architecture. Equipment is optimized for rapid deployment, agility, and convenience. AI computing support continues to be enhanced to improve analysis speed and accuracy.
The operations platform is also evolving to increase application efficiency and ease of use. ZTE server infrastructure provides the foundation for this continuous evolution by supporting growing data volumes and more advanced analytics.
Conclusion
The Air-Space-Ground Intelligent Emergency System demonstrates how advanced integration can transform disaster response. By combining aerial platforms, portable ground stations, and intelligent computing, the solution delivers resilient connectivity and intelligent command during the most critical moments.
ZTE server technology provides the computing backbone that enables real-time analysis, coordinated operations, and scalable deployment. Proven in extreme scenarios and deployed across multiple regions, the system represents a significant step forward in emergency communication capabilities.
References:
https://www.zte.com.cn/global/about/news/CTECC-and-ZTE-Redefine-Disaster…