Xybern/Industries/Cybersecurity
An agent that can isolate a host can isolate the wrong host. Xybern gives your response agents real blast-radius limits, enforced before the action runs, so speed does not become the incident.
of remediation actions decided before execution
unbounded response actions
unsafe actions caught in the published benchmark
legitimate actions falsely blocked
The first two are structural properties of the layer: no action reaches your systems without a verdict. The benchmark figures come from an open, reproducible test of 137 attack and legitimate scenarios drawn from OWASP, MITRE ATLAS, and CWE. Read the methodology →
We start with the response playbook that carries the most operational risk if it fires wrongly, and run it in shadow mode against live alerts first.
Host isolation, account disablement, and network blocks are scoped by asset criticality and blast radius. Actions above the threshold wait for an analyst.
Agents get scoped, expiring access to the log sources an investigation needs, rather than standing credentials across the estate.
Changes to production systems pass the layer first, with the exact rule and the approving analyst recorded on the decision.
Session budgets, time to live, and a kill switch stop an agent mid-incident without waiting for it to finish its loop.
Risk Verdict scores intent, conformance, blast radius, and provenance on every action, so scale of impact is part of the decision rather than a post-incident finding.
Every automated action and denial is signed and exportable, so the timeline you hand to leadership is generated rather than reconstructed.
The layer does not replace your SOAR or SIEM. It decides what your agents are allowed to do through them.
Put your highest-consequence workflow behind the layer in shadow mode and see exactly what would have been stopped, before anything is enforced.
