Automated Remediation

The gap between detecting a problem and fixing it is where damage happens. An alert that fires at 2 AM and sits in a queue until morning is not a security control. It is a record of when you found out. Automated remediation closes that gap for the class of problems where the correct response is known, defined, and safe to execute without human approval.

Not every security event warrants automation. Some require human judgment about scope, impact, and the right course of action. But a substantial portion of the security and compliance events that consume engineer time are not judgment calls. They are defined conditions with defined correct responses that should execute in seconds, not after a ticket gets picked up.

What We Automate

Endpoint isolation: when an endpoint triggers a malware detection, behavioral anomaly indicative of active exploitation, or known-bad hash execution, automated isolation removes it from network access immediately. The machine can still be reached by our management plane for investigation and remediation, but lateral movement from that endpoint stops the moment the detection fires. No waiting for an engineer to log in and manually quarantine it.

Account suspension: when a user account triggers authentication anomalies consistent with credential compromise: rapid failed attempts followed by success from an unexpected location, impossible travel, or simultaneous sessions from geographically separated sources. The account is suspended automatically and the user is flagged for re-authentication through a verified out-of-band channel. A compromised credential that cannot authenticate cannot do damage.

Configuration restoration: when system hardening baselines are violated: a firewall rule modified, a security service disabled, an unauthorized registry key created, a configuration file changed: automated remediation restores the correct state and generates a ticket documenting what changed, when, and what was done to correct it. The environment stays compliant without requiring an engineer to manually correct every drift event.

Certificate and credential rotation: expiring certificates and credentials generate automated renewal workflows before expiration causes an outage or a compliance finding. Rotation happens on schedule, is logged, and generates confirmation that the new credential is valid before the old one expires.

Patch enforcement: systems that fall out of patch compliance trigger automated patch application workflows during approved maintenance windows. Systems that remain out of compliance past the approved window generate escalated tickets with asset owner notification.

Our Automation Backbone

Our remediation automation runs on top of the same monitoring platform that handles detection. Custom detection rules trigger remediation actions through integrations with your endpoint management platform, identity provider, cloud APIs, and configuration management tooling. The automation layer is auditable: every action taken is logged with the rule that triggered it, the event that fired the rule, the action executed, and the outcome.

We keep detection and response logic in the same platform on purpose: it reduces operational complexity, eliminates a separate system to maintain and secure, and keeps tuning, auditing, and incident reconstruction simple. We evaluate the underlying tooling on an ongoing basis and adopt what performs best for the job, not what we've always used. What doesn't change is the architecture: detection and remediation logic living in one place, not spread across disconnected tools.

Playbooks are documented. Every automated action has a corresponding runbook that describes the trigger condition, the action taken, the expected outcome, and the escalation path if the automated action fails or the condition persists. When an auditor asks how you respond to a specific type of event, you hand them the playbook and the execution logs. That is an audit response that holds up.