Industrial Cyber Range & Automation: Building the "Ot Alanı" Architecture

说明与用途

构建了安全的 OT 测试与自动化环境，能够处理遥测并在不危及实时工艺的情况下响应异常。

问题

Operational Technology (OT) environments cannot safely apply standard IT patching or rapid testing due to physical infrastructure risks and continuous industrial processes.

结果

Implemented a safe, automated OT testing environment that isolates anomalies, preserves real-time control loops, and supports threat simulation without compromising live industrial processes.

工作流

• 1. Ingest industrial telemetry via secure intermediary parsing Modbus TCP, Profinet, IEC 60870-5-104 packets.
• 2. Core Automation & Analysis Engine evaluates state changes against security baselines and threat intelligence.
• 3. On anomaly detection, trigger automated playbooks for isolation or forensic logging.
• 4. Maintain strict network segmentation and virtualized safety loops to prevent direct impact on live actuators.
• 5. Continuously monitor load metrics and isolate nodes exceeding thresholds using asynchronous event loops.

证据

The ingestion layer acts as a secure intermediary, parsing raw telemetry packets from Programmable Logic Controllers (PLCs) and Remote Terminal Units (RTUs) without introducing jitter or timing disruptions into the control loop.

来源

When an anomaly is detected, the engine triggers automated playbooks designed to isolate affected segments or log high-fidelity forensic data.

来源