跨协议通信的加密与完整性校验方法、系统、产品和介质
By establishing a correspondence between data service attributes and security service levels, and by calculating message authentication codes without encryption for emergency control level data, combined with a refined traffic splitting mechanism and bypass buffer queue processing, the problem of critical signal transmission delay under high data throughput is solved, and the instant response and non-blocking transmission of critical signals are realized.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Patents(China)
- Current Assignee / Owner
- SIYUAN DIGITAL INTELLIGENCE (XIAMEN) INFORMATION TECHNOLOGY CO LTD
- Filing Date
- 2025-11-04
- Publication Date
- 2026-07-17
AI Technical Summary
Under high data throughput conditions, the transmission delay and real-time performance of critical signals caused by performing uniform encryption operations on all data in existing technologies are difficult to guarantee. In particular, when high-priority alarm signals suddenly appear, computing resources are occupied by low-priority data, resulting in delay jitter and unpredictable delay.
By establishing a correspondence between data service attributes and security service levels, message authentication codes are calculated but not encrypted for the highest priority emergency control level data, and a differentiated security processing mechanism is adopted to ensure that computing resources respond to critical signals in real time. When monitoring avalanche-like event storms in real time, a fine-grained diversion mechanism and bypass cache queue processing are triggered to identify the highest root event data and process it first.
Under high data throughput, the end-to-end real-time transmission of critical signals is ensured, avoiding congestion of computing resources caused by low-priority data processing, and realizing non-blocking transmission of critical signals.
Smart Images
Figure CN121462258B_ABST