Integrated Command
Connect air-defense and disaster-prevention operations within one coordinated communication environment.
City Security Wireless Communication Solution
Urban Emergency Communications
City Security Wireless Communication Solution
CroSkylink provides a unified MESH communication platform for urban emergency command, bringing voice, video, data, field teams, vehicles, and command centers into one flexible network.
Emergency Command Priorities
A civil air defense emergency command center supports both air-defense readiness and peacetime disaster response. Its communication platform must coordinate departments, shorten decision cycles, and remain available during urgent operations.
Faster Decision-Making
Provide stable information exchange for command teams handling time-sensitive emergency events.
Operational Continuity
Strengthen organizational command capability across routine, emergency, and air-defense missions.
Platform Development Goals
Build an interconnected information-transmission platform with unified scheduling.
Support comprehensive voice command and dispatch at provincial and municipal levels.
Provide a scalable foundation for the scientific development of civil air defense information systems.
Unified Emergency Communication Platform
The system is designed for daily command operations and rapid emergency deployment, with a common platform for multi-scenario communication.
Voice, Video and Data
Multiple services are transmitted through one coordinated communication network.
Rapid Field Response
Flexible equipment supports both regular duties and urgent missions.
Routine to Emergency
The same platform supports a smooth shift between normal operations and emergency command.
CroSkylink MESH Communication Design
The decentralized ad-hoc network can operate without depending on public power or public network infrastructure, while supporting field nodes, sensors, vehicles, robots, and command systems.
NLOS Transmission
Multi-hop links help overcome terrain and building obstructions in complex urban environments.
Automatic Node Management
Nodes can join or leave dynamically while status information is returned to the management system.
Multi-Service Access
Supports IoT sensors, remote robot control, and other field communication applications.
SDR and COFDM
Software-defined radio architecture and COFDM technology provide throughput up to 70 Mbps.
Multi-Hop Ad-Hoc Links
Automatic node relay extends network coverage, with a single hop reaching up to 10 km.
Full IP Architecture
End-to-end TCP/IP supports integration with public networks and dedicated command systems.
Emergency Command
Communication and dispatch for civil air defense and urban emergencies.
Rapid Field Networking
Portable communication networks for personnel working away from fixed infrastructure.
Cross-Department Support
Public security, firefighting, drills, and inter-ship communication operations.
Application Workflows
Multi-Agency Response
Complex Public Incidents
Challenge
Fast-changing conditions require real-time monitoring and cross-department coordination.
Response
Collection vehicles and portable nodes send multi-channel audio and video to command vehicles, with satellite links connecting higher-level command centers.
Result
Command teams receive a broader operational picture for faster response planning.
Remote Guidance
High-Risk Environments
Challenge
Post-disaster or biochemical hazards can make direct expert access unsafe.
Response
Portable MESH devices create real-time audio and video links between protected frontline teams and remote specialists.
Result
Remote analysis and guidance reduce personnel exposure and improve operational precision.
Disaster Recovery
Major Natural Disasters
Challenge
Damage to public communication networks can interrupt rescue coordination.
Response
MESH base stations establish an emergency network with a radius of up to 10 km, while relay devices connect command nodes across a wider area.
Result
Rescue teams regain a shared communication channel for coordinated dispatch.
Live Media
Complex-Environment Broadcasting
Challenge
Satellite links can be limited in obstructed, indoor, or highly mobile situations.
Response
MESH networking carries multiple HD video channels across mobile and multi-angle filming positions.
Result
Field teams gain a more adaptable path for timely live reporting.
High-bandwidth transmission, self-healing ad-hoc networking, multi-service integration, full IP compatibility, and flexible deployment combine in one communication platform for urban emergency operations.