Military - Intelligent Management: Strengthening the Dual Barriers

As the core strategic base for equipment R & D, precision component production, and classified material storage, the military industrial park has the triple attributes of high - classified level, high - security risk, and high - production standards. Its safety production and classified protection are directly related to national defense security, equipment development progress, and the confidentiality of core technologies. In recent years, the state has intensively introduced a series of policies on military safety production, confidentiality compliance, and domestic substitution, putting forward strict requirements for the intelligence, compliance, and autonomy of the park's safety management.

The traditional management model has pain points such as difficult dual - network adaptation, fragmented systems, strong reliance on manual labor, and weak compliance traceability, making it difficult to meet the specific needs of military scenarios. ZhongShengYiHua has been deeply involved in the military security field. Relying on the precipitation of domestic software and hardware technologies and the service experience of classified projects, it closely focuses on the core requirements of dual - network isolation, national encryption adaptation, and all - element management in the park, and creates a customized safety production management platform to help the park build a demonstration base for aerospace military industry that is intrinsically safe, compliant and controllable, and intelligent and efficient, strengthening the dual defense lines of national defense military production safety and classified protection.

In - Depth Research: Understanding Customer Needs and Pain Points

Combining the core characteristics of classified production, physical isolation, and high - security management in the aerospace military industrial park, on - site research was conducted to sort out five core pain points, hitting the management difficulties directly:

Fragmented Dual - Network Isolation Management and High Barriers to National Encryption Adaptation ：The park is divided into a classified network (Network A) and a security monitoring network. The two networks are physically isolated and strictly prohibited from interconnection. The video output from the classified network is in the SVAC national encryption standard stream. Traditional systems cannot decrypt and convert it, resulting in data inaccessibility and management disconnection. The compliant integration of classified videos is extremely difficult.

Isolated Systems and Difficult Integration and Linkage：Sub - systems such as security monitoring, access control gates, equipment collection, visitor management, and electronic fences operate independently. The data is scattered, and the protocols are incompatible. Cross - system operations are cumbersome, and the efficiency of event handling is low. It is impossible to form a collaborative management force.

Lagging Manual Prevention and Weak Risk Identification Ability ：Safety production highly depends on manual inspections and visual monitoring. It is difficult to timely identify hidden risks such as fire, static electricity, non - compliant wearing, and perimeter intrusion. The early warning response is lagging, and safety accidents are likely to occur.

Strict Military Compliance Requirements and Difficult Traceability and Auditing ：It is necessary to strictly follow classified standards such as BMB59 and BMB17. The entire process of classified video, data transmission, storage, and disposal needs to be compliant. The traditional model lacks the ability of full - process traceability and auditing, and the compliance management is difficult.

Single Management Dimension and Lack of Closed - Loop and Expansion：It only focuses on basic security and does not cover all elements such as personnel, equipment, environment, and materials. There is no intelligent alarm closed - loop, and the system architecture is rigid. It cannot adapt to the subsequent intelligent upgrade requirements such as digital twin and large models.

Safety Production Management Platform Solution

This project relies on a full - stack domestic software and hardware architecture to build a military - specific intelligent security prevention and control system featuring dual - network parallel operation, national encryption compliance, AI empowerment, closed - loop management, and elastic expansion, achieving five core capabilities: compliant access of dual - network data, implementation of 15 types of core AI algorithms, intelligent applications with dual - network differences, closed - loop alarm handling, and visual situation management, comprehensively solving the safety management pain points of the military industrial park.

01 Independent Deployment of Dual Networks and National Encryption Compliance to Connect Data Links

Strictly following the requirements of dual - network physical isolation, two independent sub - platforms for the classified network and the security monitoring network are created, each performing its own duties and compliant linkage, fully meeting the military classified standards throughout the process.

Classified Network (Network A): More than 200 monitoring channels in the classified area are connected. For the SVAC national encryption video stream, a special classified decryption gateway certified by the national confidentiality department is installed to complete the decryption and transcoding adaptation of the national encryption stream. The entire process strictly follows the classified standards of BMB59.1, BMB59.2, BMB17.1, and BMB17.2, realizing the seamless and compliant integration of the classified security system, supporting PTZ control, large - screen management, and classified permission grading.

Security Monitoring Network: It is seamlessly connected to the Hikvision ISC security system and the equipment collection system. An encrypted data interconnection channel is built based on the intranet. Permission grading and encrypted transmission technologies are adopted to ensure the real - time synchronization of security data and equipment operation data. The entire process does not touch the external network, meeting the military network isolation specifications.

02 Supported by a Domestic Base to Strengthen the Foundation of Independent and Controllable Security

The full - stack domestic software and hardware are fully adapted to build an independent, controllable, safe, and reliable platform base, avoiding technical risks from the source and adapting to the security requirements of military classified data.

· Based on domestic operating systems such as Galaxy Kylin and Euler, and paired with domestic databases such as Dameng and Gauss and domestic servers to build the base, the core code, algorithm models, and data storage are all deployed locally in the classified network, without any external data interaction, preventing the leakage of classified data.

· It is adapted to the national encryption decryption gateway and domestic encryption equipment to support the encrypted transmission and storage of classified videos and data, realizing full - link localization and autonomy from hardware to software, from algorithms to data.

03 Deep Empowerment of AI Intelligence and Accurate Early Warning with 15 Types of Military - Customized Algorithms

Self - developed deep - learning AI algorithms are trained based on desensitized data from classified scenarios and deployed locally, fitting the specific scenarios of military production, restricted areas, and workshops, realizing the second - level identification and accurate early warning of 15 types of high - frequency safety risks.

· 15 types of military - customized algorithms such as personnel non - compliant passage, fire - exit blockage, smoke identification, flame identification, work - uniform identification, mask identification, non - compliant smoking, static - electricity elimination operation, personnel over - limit, perimeter intrusion, non - compliant use of phones, personnel loitering, double - post identification, multiple - person simultaneous entry and exit, and item stacking are installed, covering all scenarios in classified workshops, production areas, perimeter restricted areas, and storage areas.

· The algorithms are trained and deployed locally. The classified data is desensitized throughout the process. The identification response time is reduced to the second level, accurately distinguishing normal operations from non - compliant behaviors, reducing the false - alarm rate, and intercepting various safety hazards in advance.

04 Intelligent Applications with Dual - Network Differences to Adapt to Full - Scenario Management in the Military Industry

Based on AI algorithms and data integration capabilities, customized intelligent applications are developed for the scenario differences and management focuses of the classified network and the security monitoring network, covering all dimensions of production, security, materials, and personnel.

Exclusive Applications for the Classified Network:

Intelligent analysis of fixed - staff and fixed - post: Real - time statistics of the number of personnel in the workshop, with over - limit early warning.

OCR collection of temperature and humidity: Non - contact identification of the temperature and humidity on the LED screen in the workshop.

Avoid the classified risks of equipment connection; ③ Fire - risk early warning: Accurate identification of fire and smoke, with second - level alarm.

Product equivalent management: Intelligent management and control of the entry and exit of military materials in the warehouse, with over - limit alarm.

Identification of personnel/items' non - compliance: Real - time early warning of non - compliant wearing of work uniforms and stacking.

Exclusive Applications for the Security Monitoring Network:

Management and control of non - compliant vehicles and personnel: Alarm for perimeter intrusion, over - speed, and staying.

Static - electricity detection: Identification of static - electricity operations in the work area.

Temperature and humidity linkage: Connect to the equipment system to monitor the environment in key areas in real - time.

Fixed - staff and fixed - post: Management and control of the trajectory and number of personnel in the factory area. The applications of the two networks are deeply linked, with data interconnection and collaborative handling.

05 Full - Link Closed - Loop Management of Alarms and Full - Process Traceability and Auditability for Compliance

A standardized and process - based alarm handling system is constructed to achieve a full closed - loop of "early warning - review - order dispatch - handling - archiving", with full - process record - keeping and compliance auditability.

The alarm module supports event screening, classification, and linkage configuration, automatically filtering invalid alarms.

After an alarm is triggered, a pop - up window for review is automatically displayed, and the on - site video is linked. After confirmation, an order is dispatched to the responsible person with one click.

The handling process is recorded in real - time, supporting text, pictures, and video record - keeping. The classified alarm data is archived with national encryption, and the entire process is traceable and auditable.

It is adapted to the military compliance requirements, meeting all the needs of event review, responsibility traceability, and compliance auditing.

06 Elastic Architecture + Situation Cockpit for Visual Management and Smooth Expansion

A modular and elastic architecture is adopted, with interfaces reserved for intelligent upgrades. A customized situation cockpit is provided to achieve a unified overview and visual management of the park's safety situation on one screen.

The platform reserves interfaces for 3D factory area modeling and CV large - model access, adapting to the long - term intelligent upgrade of the park.

The comprehensive situation cockpit supports customized configuration of data dimensions, presenting data in all dimensions of security, equipment, personnel, environment, and alarms in the form of bar charts, pie charts, and line charts, intuitively showing the park's safety situation and supporting efficient decision - making and rapid scheduling.

Five Capabilities to Protect the Military Industrial Park

Compliance with Dual - Network National Encryption to Strengthen the Bottom Line of Classified Protection：It is adapted to the physical isolation of the dual networks. The national encryption decryption and the entire - process compliance avoid the risk of information leakage from the architecture, data, and transmission full - link, fully meeting the military confidentiality standards.

Breaking System Isolation to Achieve Efficient Collaborative Management ：Multiple types of sub - systems are deeply integrated. The data of the dual networks are compliant and interconnected. Cross - system linkage handling significantly improves the efficiency of safety management.

AI Pre - Warning to Accurately Prevent Safety Hazards：Fifteen types of military - customized algorithms can identify risks in seconds, replacing manual inspections and accurately intercepting risks such as fire, non - compliance, and intrusion, reducing the accident rate.

Full - Chain Closed - Loop Traceability to Meet Military Compliance Requirements：The entire process of alarms is in a closed - loop, and the classified data is encrypted and archived. The entire process is traceable and auditable, helping the park pass the military compliance audit.

Domestic Controllability + Elastic Expansion to Support Long - Term Development：The full - stack domestic technology ensures independence and controllability. The elastic architecture adapts to the upgrade requirements of digital twin and large models, laying a solid foundation for the intelligent construction of the park.