Threat Modeling

Model the Threat.
Then test if it is real.

SpartanX checks each threat you model against what an attacker can actually reach in your live environment. Stop defending diagrams and start defending the paths that exist.

Reachability checkedLive, not design-timeBacked by proof
The problem

A diagram is a guess until it is tested

Threat modeling workshops produce a diagram of what could go wrong. The moment the whiteboard is photographed, the model starts drifting from reality. Nothing in the process confirms whether a modeled threat is actually reachable in the system you shipped.

So teams spend effort defending threats that no attacker can get to, while real, reachable paths that were never modeled stay open. The model and the running system quietly diverge.

How it works

How SpartanX grounds your threat models

01

Map the live environment

The OKEG knowledge graph holds a current picture of your environment alongside MITRE ATT&CK, CVE, EPSS, CWE, and OWASP.

02

Check each modeled threat

SpartanX tests every threat you model against live reachability in the graph, so you know which ones an attacker can actually get to.

03

Prove the reachable ones

An autonomous adversary attacks the reachable threats and confirms them with working proofs of concept.

04

Prioritize and close

Confirmed threats get a PESS score from 0 to 100 by business impact and flow into remediation and retest.

The outcome

What you get

Models grounded in reality

Each modeled threat is checked against what is actually reachable, not left as an assumption.

Effort spent where it counts

You defend the paths an attacker can reach and stop over-investing in ones they cannot.

A model that stays live

Reachability is rechecked as the environment changes, so the model does not drift.
Retire

Retire the design-time threat modeling workshop and the untested diagrams that outlive the systems they describe.

Each modeled threat checked against live reachability.
Reachable threats proven with working exploits.
Near-zero false positives on confirmed findings.

Test your threat model against reality

See which modeled threats an attacker can actually reach today.