The Era of Automation

New Demands for Emergency Communication

When sudden disasters such as earthquakes, fires, and floods occur, the extreme predicament of "road disruption, power failure, and internet outage" instantly stalls the rescue efforts, and communication breakdown becomes the core barrier for the advancement of rescue operations. In the desperate situation of no base stations and no public networks, how can a stable communication link be quickly established to achieve air-ground coordination and precise rescue?

Beijing Hanxun Technology has provided a powerful solution - the unmanned/automated air-ground collaborative communication system. With the core logic of "human command, unmanned operation", it leverages the flexible and mobile advantages of unmanned equipment such as drones and robot dogs, combined with on-site collaborative operations by personnel, and deeply integrates cutting-edge self-organizing network communication technology to solve the blind spots of emergency communication.

1. Unmanned Territory, Opening a New Path for Emergency Communication

The low-altitude economy industry is booming, and unmanned technology has deeply integrated and applied in key fields such as emergency rescue and urban security. The complexity and uniqueness of extreme disaster scenarios have set clear and higher technical indicators and industry norms for the operation stability, anti-interference ability, and collaborative communication performance of unmanned equipment.

The traditional emergency communication model highly relies on fixed base stations and other infrastructure, and cannot effectively adapt to the emergency communication needs in extreme scenarios. Building a high-reliability, rapid-deployment unmanned communication relay system is an inevitable trend in industry development. The state has clearly introduced relevant policies to promote the construction of emergency communication capabilities in extreme scenarios, providing solid policy support for the research and application of unmanned emergency communication technology.

Based on the industry's development needs and national policy guidance, Hanxun Technology has successfully developed and launched an unmanned emergency communication system. This system breaks through the technical limitations of traditional single-device operation, builds an all-domain, intelligent emergency communication technology system, and can effectively solve the application bottlenecks of traditional emergency communication models, providing a reliable new technical solution for emergency rescue communication support, and demonstrating the core application value of self-organizing network technology in extreme scenario emergency communication.

2. Craftsmanship Creation, Unlocking the Core Design of Automation

Craftsmanship creation, deeply exploring the core design of automation. The system takes innovative technology as the core, deeply integrates self-developed self-organizing network communication and other cutting-edge technologies, discards redundant architectures, focuses on the advantages of automation. Among them, the self-developed self-organizing network technology, as the "nerve center" of the system, is the core link that connects the entire process and supports the efficient operation of the system. The system is guided by unmanned collaboration, links various unmanned equipment and command terminals, relies on self-developed self-organizing network technology to construct a full-process closed loop of equipment linkage and data intercommunication, without relying on fixed communication infrastructure, can quickly respond to the communication needs of extreme disaster scenarios, solve the problem of communication isolation with unmanned wisdom, empower emergency rescue to advance efficiently, and demonstrate Hanxun Technology's craftsmanship and hard-core technological strength.

3. Hard Core Strengths

Demonstrating Unmanned Technology Strength

Relying on the company's self-developed wireless communication physical layer technology and multi-hop broadband self-organizing network technology, integrating years of technical accumulation and practical experience in emergency communication, it fully adapts to the rescue needs of extremely complex scenarios, with eight core advantages, creating the hard-core strength of unmanned emergency communication.

Air-ground collaboration

Drones and robot dogs are linked to achieve all-domain, no-corner rescue.

Air-ground integrated communication

Based on the core algorithm of self-organizing network, without base stations, it can quickly form a network, has strong anti-interference and self-healing capabilities, and ensures uninterrupted communication.

Fast deployment

The equipment is lightweight, the networking is flexible, and it can quickly open communication links, seizing the initiative in rescue.

Flexible networking

Supports various networking modes, can be flexibly adjusted to adapt to on-site needs.

Visual dispatching

The command screen presents the situation in real time, the dispatch operation is convenient and efficient.

High-speed communication

Low latency, high bandwidth, can smoothly transmit high-definition videos and massive data.

Real-time transmission

The audio and video of air-ground equipment are synchronized and transmitted, the picture is clear and smooth.

Unmanned collaboration Support multi-machine inter-control to reduce personnel exposure to danger and ensure operational safety.

4. Solution

On/Off Air Ground Collaborative Command and Communication System

The On/Off Air Ground Collaborative Communication System dynamically builds an air-ground integrated communication link. The airborne nodes can expand the coverage in the beyond-line-of-sight airspace, connect with ground manned control platforms and unmanned robot dogs and other intelligent devices, incorporate ground non-visual area equipment into the all-domain network, and achieve seamless coverage of the air-ground system without blind spots. The airborne core nodes are responsible for maintaining the global routing and forwarding data, real-time sensing the link status, triggering topology reconstruction and switching the optimal route to ensure continuous communication; at the same time, it realizes various data bidirectional transmission between manned equipment and multiple unmanned platforms, providing high-reliability communication support for air-ground collaborative operations.

5. Unmanned Empowerment, Strengthening the Emergency Communication Defense Line

Hanxin Technology's unmanned emergency communication system, with unmanned technology as the core, dynamically builds an air-ground integrated communication link, breaking the spatial constraints, and achieving all-domain seamless communication coverage. The airborne core nodes can effectively expand the coverage in the beyond-line-of-sight airspace, flexibly connect with various unmanned intelligent devices on the ground, and fully incorporate the non-visual area on the ground into the all-domain communication network, completely eliminating communication blind spots.

The airborne core nodes undertake the functions of global routing maintenance and data forwarding, can real-time sense the link operation status, and if a link interruption occurs, will quickly trigger topology reconstruction and switch to the optimal route to ensure continuous and stable communication without any interruption. With low-latency bidirectional transmission technology, various data can be efficiently exchanged, providing high-reliability and high-stability communication support for unmanned-air-ground collaborative operations, empowering emergency rescue with the power of technology and safeguarding life safety.