cartography-cncf
Official@cartography-cncf
Offers specialized engineering modules for graph-based infrastructure security, ontology mapping, and Cypher-driven asset relationship analysis.
Agent Skills by cartography-cncf
Showing 11 vetted skills indexed across 1 GitHub repositories.
cartography-cncfadd-node-type
Define and attach a Cartography node schema to an existing module.
cartography-cncfcreate-module
Scaffold a complete Cartography intel module with sync pattern and tests.
cartography-cncfaudit-frameworks
Audit Cartography rules for TODOs, duplicates, and cross-provider clusters.
cartography-cncftroubleshooting
Diagnose and fix common Cartography intel-module errors.
cartography-cncfanalysis-jobs
Add JSON-encoded Cypher analysis jobs to Cartography modules for post-sync graph enrichment.
cartography-cncfcreate-rule
Compose Cypher Facts with a Pydantic Finding model to define Cartography security rules.
cartography-cncfcubic-audit
Audit cubic.yaml rules and reconcile learnings into actionable cleanup recommendations.
cartography-cncfpromote-ontology-relationship
Promote provider-specific relationships to canonical ontology edges with RelConstraint enforcement.
cartography-cncfrefactor-legacy
Migrate legacy Cartography Cypher modules to load() with GraphJob.from_node_schema().
cartography-cncfenrich-ontology
Map Cartography nodes into the Ontology system via semantic labels or canonical nodes.
cartography-cncfadd-relationship
Define Cartography node relationships using standard edges, one-to-many connections, or MatchLinks.
Frequently Asked Questions About cartography-cncf
FAQPage SchemaWhat specific security tasks are enabled by these modules?▼
These modules enable the definition of custom security rules using Cypher facts and Pydantic models. You can audit infrastructure for cross-provider clusters, reconcile configuration rules, and perform post-sync graph enrichment to identify security gaps within your asset inventory.
Which engineering personas benefit from these capabilities?▼
Security engineers, cloud architects, and infrastructure reliability professionals benefit from these modules. They are designed for practitioners responsible for maintaining visibility into complex, interconnected cloud environments and those tasked with enforcing standardized security policies across disparate infrastructure providers.
What are the prerequisites for implementing these modules?▼
Implementation requires an existing Cartography environment and familiarity with Cypher query language. Users must have a foundational understanding of graph database schemas, node-relationship modeling, and the specific requirements for defining canonical ontology edges within the Cartography ecosystem.