Your scanners flag thousands.
We prove what's real.
Targeted Attack Validation ingests findings from Tenable, Rapid7, Qualys, Wiz, Snyk, and 150+ other tools, then launches a real attack against your actual environment to confirm what is exploitable. It chains findings into working attack paths and cuts scanner noise down to a short, evidence-backed list of what truly matters.
- Tenable
- Rapid7
- Qualys
- Wiz
- Snyk
- 150+ tools
Import the findings. Get a fast first read.
Bring in findings from your scanners and SpartanX runs a pre-triage before anything else. Just a few agents reading patterns to assign an initial status, Suspected or Likely False Positive. Every finding is enriched with context and staged, so the deep analysis that follows never starts from a cold list.
- Import findings from your scanners and tools into one place.
- A lightweight pre-triage reads patterns, no exploitation yet.
- Each finding gets an initial Suspected or Likely False Positive status.
- Findings are enriched and staged, ready for the swarm to validate.
One choice turns a backlog into a hit list.
Same launch wizard, different mission. Instead of a full-scope campaign, pick Targeted Attack Validation and point the swarm at the findings you already have. Its only job: take theoretical vulnerabilities and prove, with a real attack, which ones can actually be exploited in your environment.
- Select Targeted Attack Validation as the engagement type.
- Aim the swarm at imported scanner findings instead of broad recon.
- Every run is scoped to one question: is this actually exploitable?
Nothing is trusted until the swarm proves it.
Your assets and their findings land in the engagement marked Unverified: claims, not conclusions. The swarm works every one, attempting real exploitation to move each finding from Unverified to Verified, Exploited, or False Positive. A CVSS number means nothing here until an agent backs it with proof.
- Imported findings begin as Unverified claims, no assumptions made.
- The swarm attempts real exploitation against each one, in parallel.
- Statuses resolve to Verified, Exploited, or False Positive, with evidence.
The swarm validates every finding, for real.
The swarm works through findings in batches, building a dedicated plan for each and attempting genuine exploitation against your live environment. It opens with real recon, fingerprinting the technologies actually in play, which discards banner-based false positives, then verifies each claim step by step until it is proven exploitable or thrown out.
- A plan per finding: each vulnerability gets its own validation plan.
- Proven, not assumed: every verdict is backed by what actually happened.
- Recon clears the noise: fingerprinting the real stack discards false positives first.
Every verdict leaves a trail.
From the raw scanner output to the final ruling, nothing is hidden. TAV preserves the evidence you started with, records the entire validation, and logs exactly who changed what, so every status change is defensible.
Raw evidence
The original scanner output, kept untouched, so you never lose sight of where a finding started.
Validation evidence
Independent reproduction steps, the exact requests and responses, and the rationale behind the verdict.
Actions taken
Every action the agents took during validation, each request with input and output, expandable step by step.
Audit trail
A final trace of who ran the validation and exactly which statuses changed, committed autonomously and attributed.
From a wall of findings to the one that matters.
When the swarm finishes, the noise is gone. What started as a stack of unverified findings ends as the small number that are genuinely exploitable, and a pile of low-priority items you no longer have to chase.
Validation complete
Every plan step done. The swarm reproduced what was real and recorded the full evidence trail behind every verdict.
The real picture
The list that arrived entirely Unverified is now fully resolved: the few that proved Critical and Exploitable stand out, the rest fall to Low.
Continuous validation with tracked remediation is now expected.
PCI DSS v4.0.1 expects testing after significant change, and the GLBA Safeguards Rule expects continuous monitoring. Validating findings continuously and tracking remediation to closure is exactly that expectation in practice. SpartanX supports these mandates and complements your assessor; it does not make you compliant on its own. If you operate in the EU, it supports your DORA program too.
Stop triaging. Start proving.
Point Targeted Attack Validation at the scanner findings you are already drowning in, and see how few are actually exploitable in your environment.