Continuous Automated Pentesting

The annual pentest is already out of date.
Your attack surface changed the day after it shipped.

SpartanX runs the full exposure loop continuously and proves every finding with a working exploit. Always on, never a point in time.

Always onExploit-validatedNo SOW
The problem

The point-in-time problem

A once-a-year test photographs your security on one day, then hands you a PDF that ages the moment you deploy. New code, new assets, and new identities show up every week, and none of them were in scope.

By the time the report lands, the attacker has already moved. You are defending a snapshot while your real surface keeps changing underneath it.

How it works

How continuous testing works

01

Launch from inventory or a target

Start from verified inventory or point us at a new target. No scoping calls, no statement of work, no waiting weeks to begin.

02

Dial the depth, set the cadence

Choose how deep the adversary goes and how often it runs. Daily, weekly, or on every change. You stay in control through a scoped, approved, audit-logged control layer.

03

Attack and validate

AI agents discover, attack, and chain flaws across web, API, cloud, identity, and AI surfaces, then prove each one with a reproducible exploit and proof of concept.

04

Remediate and retest

Get a prioritized path to fix, then retest automatically to confirm the issue is closed and did not reopen.

The outcome

What you get

Proof, not opinions

Every finding arrives with a working exploit. A finding without proof is an opinion, and we do not ship opinions.

Coverage that keeps up

Testing tracks your surface as it changes instead of freezing it once a year.

Results in hours

First findings land in hours, not at the end of a multi-week engagement.
What it ends

It ends the annual pentest cycle and the weeks of scoping, scheduling, and stale reports that come with it.

First findings in hours
Near-zero false positives on confirmed findings
Works alongside your existing stack

Retire the annual test

See continuous, exploit-validated testing run against your real surface.