MH/T 7023-2025 in English

Standard Development Background and Technological Evolution

With the continued growth of air cargo volume and increasing security requirements, traditional manual record-keeping and decentralized management methods are no longer sufficient to meet the demands of modern air cargo security management. The release of MH/T 7023-2025 marks a new phase in the standardization and regularization of information technology for civil air cargo and mail security inspections. This standard, while inheriting existing technical specifications, incorporates the development of advanced security technologies such as X-ray security equipment and explosive detection equipment, proposing more systematic and stringent technical requirements for information management systems.

Analysis of core functional architecture

The standard divides the cargo and mail security information system into 8 core functional units, forming a complete information management closed loop:

System Classification and Configuration Requirements

The standard divides systems into three levels based on the number of security inspection channels: small (<5), medium (5-30), and large (≥30). The configuration requirements for different levels of systems vary significantly:

Small systems can use dual-machine hot standby mode with a switchover time of ≤1 minute; Large systems must use load balancing mode to ensure high system availability. For systems based on cloud technology architecture, the performance of virtual servers must be no less than that of physical servers with the same configuration, reflecting the forward-looking nature of technological development.

In-depth Analysis of Performance Indicators

Data Processing Performance Requirements

Data storage requirements

The standard sets clear requirements for the storage duration of various types of data: audio and video information and security inspection images must be stored for ≥ 90 days, and transportation information and security inspection information must be stored for ≥ 1 year. This requirement not only takes into account daily business query needs but also provides data support for event tracing.

Security requirements and protection measures

Level of protection requirements

Level of protection requirements are implemented in a tiered manner based on system size: small and medium-sized systems meet Level 1 security requirements, while large systems meet Level 2 security requirements, in compliance with MH/T 0076.

Data Security Protection

The standard emphasizes data security throughout its entire lifecycle: ensuring data integrity during collection, employing encryption during storage, and preventing unauthorized access during transmission. Biometric and identity information, in particular, must be encrypted for storage and transmission, demonstrating a strong commitment to protecting personal privacy.

Test and Verification Methodology

Functional Test Coverage

The standard provides a comprehensive testing methodology, covering the entire business process from security declaration to exception handling. Test scenario design fully considers the complexity of actual business operations, including scenarios such as one item per ticket, multiple items per ticket, exempted goods, and high-risk goods.

Performance Test Standards

Performance testing utilizes rigorous full-load simulation conditions: each security inspection channel must inspect at least 1,000 pieces of goods per day, with at least 20 waybills, ensuring that test results truly reflect the system's performance in actual operation.

Implementation Recommendations and Best Practices

System Construction Plan

It is recommended to adopt a modular architecture design to facilitate system expansion and functional upgrades. When selecting hardware, full consideration should be given to future business growth needs and sufficient performance margin should be reserved.

Data Governance Strategy

Establish unified data standards and coding specifications to ensure data interoperability between systems. Implement a data quality monitoring mechanism and regularly clean and optimize stored data.

Security Management System

Build a multi-level security protection system, including network security, data security, application security, and operation and maintenance security. Conduct security assessments and emergency drills regularly to enhance the system's risk resistance.

Operation and Maintenance Guarantee Mechanism

Establish a comprehensive operation and maintenance management system, including daily monitoring, troubleshooting, performance optimization, and backup and recovery. Develop a detailed emergency plan to ensure rapid business recovery in the event of system anomalies.

Technology Development Trend Outlook

With the development of new technologies such as artificial intelligence, big data, and the Internet of Things, future cargo and mail security information systems will develop towards intelligence and automation. The standard reserves interfaces for the application of these new technologies, such as the establishment of a knowledge graph and the insertion of TIP images, providing technical support for system upgrades and evolution.

Overall, the release and implementation of MH/T 7023-2025 will effectively promote the improvement of my country's air cargo security informationization level and provide solid technical support for ensuring air transport safety.