From findings to attack paths
After a scan, syscyber's AI identifies exploitable sequences — an internet-facing service, cached credentials, a lateral move, domain admin — and turns them into named attack paths you can act on.
A flat list of findings hides the real danger: how weaknesses chain together. syscyber connects them into exploitable attack paths, maps each step to MITRE ATT&CK, scores the whole chain, and tells you the one fix that breaks it.
After a scan, syscyber's AI identifies exploitable sequences — an internet-facing service, cached credentials, a lateral move, domain admin — and turns them into named attack paths you can act on.
Each path carries a combined chain-risk score with a “boost” over its individual findings — because the chain is worse than the sum of its parts — and every step is mapped to a MITRE ATT&CK technique with a predicted likelihood of the next move.
syscyber ranks remediations by how much risk they remove — and flags the single fix that collapses an entire path, so a small action delivers outsized risk reduction.
Attack paths span your whole infrastructure, including network-device escalation patterns — an EOL switch's default credentials becoming a VLAN hop into segmented server networks.
When a scan produces multiple confirmed findings, syscyber's AI analyzes them for exploitable sequences, maps each step to MITRE ATT&CK, and scores the chain — grounded in the actual findings.
It's how much more dangerous the chain is than its individual findings — capturing that a sequence of moderate issues can add up to a critical path to your data.
Yes. It ranks fixes by risk removed and flags the single remediation that breaks an entire attack path.
A short, technical walkthrough — self-hosted, on infrastructure you control.