Verified findings
Only confirmed exploits reach your team.
CyberStrike collapses thousands of raw signals into validated, exploitable findings, so your team spends its time fixing real risk, not chasing false positives. Vortex, the deterministic engine, surfaces the leads; the agents prove each one with a real request before it reaches your queue.
- Signals from
- Vortex
- Confirmation
- Replay + triage
- Evidence
- Request / response
- False positives
- Designed out
- You get
- A real list
Why it matters
A scanner's output is a to-do list of maybes.
Most tools hand you a wall of pattern matches and leave the triage to you. That is where the hours go, and where real risk hides. CyberStrike flips it: Vortex runs around 700 deterministic rules plus cross-identity and injection checks to generate signals, but a signal is only a hypothesis. Nothing reaches your team until an agent has proven it exploitable with a replayable request.
How it works
From thousands of signals to a list you can trust.
Step 01
Vortex generates signals
The deterministic engine turns all observed traffic into categorized, deduplicated signals: misconfigurations, injection candidates, cross-role access, and more.
Step 02
Agents attempt exploitation
Each signal is a hypothesis. An agent crafts and replays a real request through the governed engine to prove whether the risk is real, safely.
Step 03
Double verification
A dedicated triage step re-sends the evidence, over-claimed severities are corrected down, and a human signs off before anything ships.
Step 04
You get a real list
Only confirmed, evidence-backed findings reach your queue, each with the request, the response, and a fix. Unproven leads stay drafts.
Precision, not just less noise
Signal-to-finding compression. Thousands of hypotheses tested down to the handful that are actually exploitable.
Impact-first prioritization. Findings are ranked by exploitability and business impact, not a generic severity label.
Honest about mode. Near-zero false positives in white-box, source-aware testing; higher in black-box, and always disclosed.