BelFone incorporated with DeepSeek upgrading intelligent prison management

Based on the combination of DeepSeek AI technology and narrowband private network communication, BelFone Communications builds an intelligent prison command and dispatching communication system of “one network unified management, whole domain linkage”, effectively constructs the wireless communication ecology of prison management with safe and controllable, high-efficiency cooperation and cost optimization, and realizes the high efficiency of prison management, intellectualization and refinement of prison management.

Status and pain points of traditional prisons 

First, information silos, inefficient collaboration

 Prison security, emergency dispatching, personnel management and other systems are scattered and independent, the data is difficult to interoperate, the command and decision-making relies on artificial experience so that the lagging response. 

Second, passive defense, lack of early warning

Traditional monitoring relies on manpower to keep an eye on the defense, the recognition rate of abnormal behavior is low, it is difficult to predict emergencies in a timely manner, and risk prevention and control is in the remediation mode.

Third, scattered resources with command fragmentation

Lack of unified dispatching platform for police force, resources, emergency plans and other resources, low efficiency of cross-departmental collaboration, and difficult to form a synergy in combat command. 

Fourth: signal coverage and interference problems

The complexity of prison building structure (high walls, metal isolation layer) leads to serious wireless signal attenuation, especially in the prison house, basement and other areas prone to communication blind zones.

Solutions: five core capabilities of the smart hub 

Full-area perception: from “human eyes on the screen” to “intelligent research and judgment”. 

BelFone narrowband private network communication integrates IoT and AI video analysis technologies to monitor key areas such as prison dormitories, workshops and passages in real time, and automatically identify 20+ types of risky behaviors such as fights, abnormal gatherings, etc., with an early warning accuracy rate of 95%.Integrated vital signs monitoring bracelets, electronic fences and other equipment, dynamically tracking the location and health status of detainees, and triggering alarms on abnormal data in seconds. 

One map command: from “multiple dispatching” to “global control”.

It builds a 3D digital twin prison map, integrating data such as police deployment, monitoring screen and emergency plan, realizing “one screen to view the whole area and one map to manage the actual battle”.

Supporting voice command, gesture interaction and other multi-modal operations, commanders can quickly circle the area, access resources, and direct instructions to the first-line duty terminal.   

Intelligent decision-making: from empirical judgment to data-driven

Built-in emergency plan knowledge base, combined with historical cases and real-time situation, automatically generates disposal suggestions (e.g. police deployment routes, medical rescue priorities). Through the simulation function, the effect of different disposal strategies can be predicted, assisting commanders to optimize decision-making and reduce the risk of human error.  

Integration of peace and war: from “passive response” to “offense and defense”

In daily mode, it automatically generates inspection routes and key personnel behavior analysis reports to enhance the effectiveness of normalized management, and in emergency mode, it activates the joint defense mechanism with a single click, and synchronously coordinates with the armed police and medical units stationed in prisons to form a “5-minute rapid disposal circle”.

Territorial coverage: from “dynamic deployment” to “interference defense”.

AI technology is used to coordinate the communication base station to dynamically adjust the power and channel allocation independently. In case of emergency, AI prioritizes the allocation of exclusive frequency bands for high-priority groups and calculates the optimal reflection path in real time through AI to bypass the walkie-talkie signals to the blocked area.