Reach the real attack surface
Render modern applications, survive two-factor login walls and turn newly discovered routes into attack targets while the crawl is still running.
Crawl authenticated applications, attack the surface as it appears and prove exploitable behavior before it reaches the report — with core scan processing on your own machine.
Synthetic live DAST preview showing authenticated crawling, attack progress and confirmed findings.
Start with the result your team needs, then inspect the technical depth behind it.
Render modern applications, survive two-factor login walls and turn newly discovered routes into attack targets while the crawl is still running.
A finding starts as Possible and only becomes Confirmed when independent evidence says so — a dialog that actually fired, a timing differential that survives its baseline, a callback from the target's own infrastructure.
Every CVE-bearing finding carries a CVSS 4.0 vector, whether CISA lists it as known-exploited, its EPSS exploitation probability and an SSVC decision — so the queue orders itself.
A clear path from first contact with the application to evidence your team can act on.
The browser-driven crawler renders the target, maintains authenticated state and adds newly observed routes to a shared queue.
Classical modules and adaptive evasion test the live surface while the crawl continues instead of waiting for a separate phase.
Timing differentials, browser proof and out-of-band callbacks promote a finding from Possible to Confirmed — or refute it outright.
The local findings database produces HTML, JSON and Markdown reports, SARIF 2.1.0 for GitHub code scanning and a MITRE ATT&CK Navigator layer, without uploading the report to the account site.
Most scanners hand you a severity and leave the verification to you. Here a finding carries the stage it has actually earned, and the engine is the thing that promotes it.
A detection rule matched. The finding is recorded with its raw request, the response and the baseline it was compared against — and it stops here until something independent agrees.
A second, different kind of evidence agreed: a real browser dialog, a timing differential that survives a median-and-standard-deviation baseline, or an out-of-band callback from the target itself.
The engine went further and demonstrated impact — extracted data through a confirmed injection point, or reached a resource the access-control check said it should not.
The confirmation pass actively disagreed. The finding is kept with its evidence rather than silently dropped, so you can see what the engine decided and why.
A DOM XSS finding is only Confirmed when a real alert() fires in a Chromium page the scanner is driving.
Scan the capability map here, then open the technical page for implementation detail and representative output.
A crawler that renders like a human, not a bot
Explore categoryTwo-factor logins are a configuration, not a blocker
Explore categoryAn attack engine that thinks, not a checklist
Explore categoryThe stage a finding earns, not the one it claims
Explore categoryOut-of-band proof that never has to leave your network
Explore categoryA firewall is an obstacle, not a verdict
Explore categoryAndroid apps feed the same engine, not a second product
Explore categoryAI that plans the attack, the engine that confirms it
Explore categoryTriage and reporting that ships
Explore categoryCore scan processing stays on your machine
Explore categoryTargets, responses and findings remain with the scanner. Activation is narrowly scoped, and device diagnostics and out-of-band reporting stay off unless you turn them on.
Read the Privacy PolicyYour infrastructure
LOCAL CORE · EXPLICIT REMOTE FLOWS
Scan processing and findings stay local
Account activation is narrowly scoped
Optional telemetry stays off unless you turn it on
Join the launch list for availability, deployment guidance and the first production-ready release.