安防系统视频报警流程图 architecture diagram

About This Architecture

Video alarm processing pipeline integrating device event ingestion, authorization validation, rule-based filtering, and AI-powered threat detection. Events flow through open_cloud event receiver, undergo subscription authorization checks via package services, then proceed to hccVis rule analysis engine for intelligent filtering. Authorized events matching detection rules are processed by videoparser for video stream analysis, where gun detection AI capability modules identify threats and trigger notifications via ccfAgent. This architecture demonstrates defense-in-depth: authorization gates prevent unauthorized processing, rule engines reduce false positives, and AI modules enable precise threat classification. Fork and customize this diagram on Diagrams.so to adapt detection rules, add additional AI models, or integrate with your security operations center. The modular design supports scaling detection capabilities and integrating additional threat types beyond firearms.

People also ask

How does a video surveillance system process events and detect threats using AI while preventing unauthorized access?

This diagram shows a complete video alarm workflow where device events are received by open_cloud, validated against subscription packages, filtered through hccVis rule analysis engine, and processed by videoparser with AI gun detection modules. Unauthorized requests are rejected with logging, non-matching rules are ignored, and detected threats trigger notifications via ccfAgent.

安防系统视频报警流程图

Autointermediatevideo surveillanceAI threat detectionsecurity architectureevent processingauthorizationrule engine
Domain: SecurityAudience: Security architects designing video surveillance and threat detection systems
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Created by

May 12, 2026

Updated

July 19, 2026 at 2:08 AM

Type

flowchart

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