A production-focused resource for automating network fault correlation, ticket routing, and SLA tracking across multi-vendor, carrier-scale infrastructure.
Built for NOC engineers, telecom operations, Python automation developers, and platform/DevOps teams, this site documents the full pipeline — from SNMP and syslog ingestion through deterministic correlation to automated, SLA-aligned ticket routing. Every page pairs architectural reasoning with production-ready Python you can adapt directly.
Explore the three pillars below to move from reactive firefighting to proactive, auditable automation: a rigorous architectural foundation, high-velocity ingestion and parsing, and the correlation engines that turn raw event storms into routed work items.
From raw device telemetry to an SLA-aligned, auto-routed ticket — in four deterministic stages.
The content is organized into three pillars. Each pillar links to focused subcategories and hands-on implementation guides.
The reference model for ingesting, normalizing, and routing multi-vendor network telemetry — schemas, SNMP standardization, and security boundaries.
The high-velocity data plane: edge collection, rate limiting, deterministic parsing, async batch processing, and error categorization.
The decision fabric that turns event streams into routed work items — cross-source linking, topology awareness, severity scoring, and threshold tuning.