How it actually tests. No demo required.
Incenter runs the whole testing loop continuously, and only ever hands you findings it has already proven real.
Stop running tests as projects. Run one as a living engagement.
Most testing is a one-off snapshot, stale the day it lands. Incenter runs against a continuously updated model of your attack surface, so coverage tracks your environment as it changes instead of expiring on a report date.
Scheduled scanning and validation over a long-lived engagement. Findings release as they are confirmed, fixes re-test automatically, and regressions are caught the moment they reappear.
Exactly the test you need, whenever you need it. The same rigorous lifecycle, run on demand against a release, an audit, or a single system.
A single assessment can run any combination of disciplines at once:
Six phases, on a continuous loop.
The same phases run for the life of the engagement. The platform carries validated findings all the way to you, and the loop closes back to the start as your surface changes.
Boundaries are defined and formally approved before any traffic is generated. Targets are declared as typed assets (addresses, ranges, domains, web apps, APIs, cloud accounts, mobile builds), each carrying an explicit status: needs review, approved, or denied. Out-of-scope targets and scheduled blackout windows are enforced by the platform, not by trust.
Approved scope is expanded into concrete targets, and everything reachable is enumerated: ports and services, DNS, web and TLS surface, open-source intelligence. It all normalizes into one continuously updated attack-surface graph. New and changed assets are picked up automatically, not at the next annual test.
Confirmed assets feed a tiered testing engine: light, broad checks first; heavier checks reserved for confirmed services; passive or active as the target allows. Authenticated testing is first-class, so credentials can be attached to assets to test from a logged-in perspective. Raw output is parsed, de-duplicated, enriched, and bridged to known-vulnerability data.
Every finding is validated safely to confirm it is real before it reaches you. High-confidence results flow straight through to reporting; the genuinely ambiguous or high-impact case is escalated to an operator, who takes it over personally. A flagged-but-unexploitable issue is noise. Incenter only surfaces what it could actually use.
Confirmed findings release as they are validated, not at the end. Each carries full context: impact, remediation, severity and score, reproduction steps, evidence, and standards mappings, with a severity-based SLA stamped on. Optional integrations push issues straight into your own workflow and close them when resolved.
Remediation is tracked from open to applied to remediated. The affected asset is re-checked on the next scheduled scans. A fix auto-confirms after a run of clean scans, and any issue that reappears is flagged as a regression and fed back into the loop.
Every finding is classified, scored, and traceable.
Validated the same way every time, so issues are comparable across assets, over time, and against the frameworks your auditors and your board already speak.
Scored for decisions, not just severity: every validated finding carries the industry-standard risk rating (CVSS score and vector) alongside our own probability-of-identification, probability-of-exploitation and impact scores, plus a confidence rating (tentative, firm, or certain). You get the number your auditors and board already speak, and our read of what’s actually exploitable.
Validated, scored, reproducible.
Illustrative excerpt. Real findings carry full reproduction steps and are routed to the owning team automatically, against the SLA policy you configure.
Nine rules the platform enforces.
We validate before we prioritize, so ranking is based on proven exploitability, not theoretical severity. The loop is the operational core of the CTEM cycle, discovery through mobilization; scoping happens with you at onboarding, where we align coverage to what the business actually needs protected.