Alerts are not closure
Scanner output still needs exploit confirmation, owner context, remediation detail, and retest proof.
For teams turning security findings into closed evidence
We validate exploitable paths, prepare remediation context, replay the retest, and package proof your engineers, customers, and auditors can inspect.
Automate Security is built for the operational work that happens after detection: validating real exploit paths, moving fixes to engineering, replaying retests, and keeping the evidence attached.
Scanner output still needs exploit confirmation, owner context, remediation detail, and retest proof.
A point-in-time assessment can identify risk, but the closure loop needs to keep moving after the PDF lands.
Customers and auditors need evidence that the original path was replayed and the issue stayed closed.
Workflow proof
The page your email led to should make one thing obvious: Automate Security keeps exploit proof, remediation, retesting, and evidence in one inspectable workflow.
Map where the current loop stalls: scanner, pentest, ticket, pull request, retest, or evidence request.
Confirm what is actually exploitable so teams prioritize risk that can be reproduced.
Prepare fix context, regression scope, and owner-ready notes for engineering review.
Run the original exploit path again after remediation to prove closure against the same path.
Preserve the evidence trail for customer security reviews, SOC 2 requests, and internal leadership.
Who this helps
Reduce stale findings and preserve customer-ready proof of closure.
Walk through my use caseGive developers clearer fix context without another ambiguous security ticket.
Walk through my use caseAnswer customer security questions with evidence instead of manual screenshots and long threads.
Walk through my use case20-minute walkthrough
We will map the current loop, show how Automate Security carries the evidence from exploit to closure, and recommend the narrowest first rollout.