Complex Coverage
Mountains, valleys, and widely separated sites can limit conventional network coverage.
A resilient field-to-command communication system designed for mountainous terrain, severe weather, and emergency operations where conventional networks may be unavailable.
Western China covers a vast area with abundant land, mineral, and water resources. Its mountainous terrain, dispersed sites, and rapidly changing climate can make safety monitoring and emergency communication especially difficult.
Steep slopes and intense rainfall can trigger large-scale geological disasters, increasing the need for reliable early warning, field coordination, and rapid emergency response.
Mountains, valleys, and widely separated sites can limit conventional network coverage.
Heavy rainfall and extreme weather require timely monitoring and dependable communications.
Rescue teams need continuous voice, video, sensor data, and command information.
Effective disaster management depends on continuous risk assessment, short-term forecasting, rapid public warning, coordinated mobilization, and clear communication between field teams and command centers.
When conventional infrastructure is disrupted, emergency teams still need to share warnings, control access to affected areas, coordinate rescue resources, and maintain a clear operational picture.
CroSkylink developed a customized intelligent emergency communication system for an Emergency Management Bureau in western China. The solution is designed to maintain high-definition video, sensor data, and command delivery even when conventional communications are interrupted.
Establish a communication network that can adapt to complex terrain and disrupted infrastructure.
Transmit HD video, images, audio, environmental readings, biometrics, and other sensor data.
Deliver precise instructions while providing decision-makers with timely situational awareness.
Portable mesh terminals carried by field personnel transmit 1080P–4K video, images, two-way audio, environmental data, personnel biometrics, and other sensor information to emergency command vehicles or airborne relay platforms.
Portable mesh terminals collect voice, video, and sensor data.
Command vehicles or airborne nodes extend and consolidate field links.
Integrated information supports monitoring, analysis, and dispatch.

Field data can be delivered through a hybrid network combining private links, 4G/5G, and satellite communications. The command platform consolidates multiple data streams to support faster situational assessment and coordinated response.

The frontline network combines interconnected CroSkylink mesh devices with a centralized command and dispatch platform to create a unified emergency communication link.
Portable communication for individual rescue personnel and mobile field teams.
Rapidly extend coverage across difficult terrain or damaged infrastructure.
Provide higher-power links and local coordination at the incident site.
Centralize field monitoring, data analysis, decision-making, and coordinated response.