The Security Graph
Continuously model relationships between workloads, identities, network paths, and data stores to expose reachable attack paths — not just isolated findings.
Open source · Cloud-native · Graph-first
OpenSourceOM connects assets, identities, and exposures into a living security graph — surfacing attack paths and the vulnerabilities that actually put your data at risk.
Traditional scanners flood you with alerts. OpenSourceOM connects the dots — showing which vulnerabilities sit on paths to sensitive data and privileged access.
Continuously model relationships between workloads, identities, network paths, and data stores to expose reachable attack paths — not just isolated findings.
Prioritize CVEs and misconfigurations by exploitability, blast radius, and exposure — so your team fixes what attackers can actually reach first.
Normalize assets across AWS, Azure, and GCP with a unified graph schema. Plug in Kubernetes, containers, and SaaS connectors as you grow.
Detect drift from CIS, PCI, and custom guardrails. Map failed controls to graph nodes so remediation has context, not just ticket IDs.
Run OpenSourceOM in your VPC. No black-box scoring — inspect the graph, rules, and enrichment pipelines in plain code.
Push prioritized findings to Jira, Slack, or SIEM. Pull context from CNAPP, EDR, and vulnerability scanners via open connectors.
Inspired by graph-native CNAPP platforms, OpenSourceOM builds a queryable model of your environment. Ask questions like “Which critical CVEs are internet-exposed and can reach production databases?” — and get an answer in seconds.
reachable(critical_cve) → datastore(prod) CVE-2024-1234 · OpenSSL
S3 bucket policy · Public list
IAM user · Unused access key
CNAPP platforms proved that context beats volume. OpenSourceOM brings graph-native security to teams that want transparency, control, and community-driven innovation.
Star the repo, join the community, and help shape a transparent alternative to proprietary CNAPP tools.