Built from your own stack
Passive OSINT fingerprints what you actually run, domains, certificates, JS bundles, repositories, job postings, so the radar reflects your attack surface, not a generic threat landscape.
See it in the demoYour threat feed tells you what is happening in the worldNot what is happening to you
Fingerprints your own tech stack from passive OSINT, then matches threats to it, plotting each on a radar by attack surface and relevance, scored by severity, relevance and whether it hits a crown jewel.
Try it
Interactive demo with a personalized threat radar over a real stack, no signup
How It Works
Discover, infer, match, plot.
01
Discover
Passive OSINT maps your external footprint, domains, subdomains, certificates, exposed portals, and identifies your crown-jewel and internet-facing assets, with no scanning of your systems.
02
Infer
HTTP fingerprints, TLS certificates, JavaScript bundles, public repositories and job postings are correlated into an inferred tech stack, each signal confidence-scored.
03
Match
Threats, product advisories and breaches are matched against that stack, so a CVE only surfaces if the affected technology is actually present.
04
Plot
Each match becomes a point on a 12-surface radar, positioned by attack surface and relevance, sized by severity, and scored with a crown-jewel multiplier.
What You Can Do
Everything the radar does.
Relevance is the radius
Distance from the center is relevance to your stack, not severity. A critical CVE for technology you do not run stays at the rim; a real match pulls toward the center where it demands attention.
See it in the demoTwelve attack surfaces
From Web Apps and Cloud Infrastructure to Identity, Third-Party and Social Engineering, every threat lands in the surface it targets, so the radar reads as a map of where you are exposed.
See it in the demoA weighted, transparent score
The final score is 0.6 severity plus 0.4 relevance, with a multiplier when the impacted asset is a crown jewel, and the breakdown is shown, so the ranking is inspectable rather than a black box.
See it in the demoCrown-jewel awareness
Threats hitting internet-facing crown jewels are pulled inward and highlighted, so a moderate finding on your payment API outranks a critical one on a system nobody can reach.
See it in the demoConfidence with caveats
Because the stack is inferred, every point carries a confidence level and its caveats, a low-visibility endpoint finding says so rather than presenting an inference as a fact.
See it in the demoEvidence and a processing trail
Open any point for the OSINT evidence behind it, the TLS SAN, the bundle hash, the NVD record, the MITRE ATT&CK techniques, and the full processing trail that produced the score.
See it in the demoThreat, product and breach sources
The radar overlays threat campaigns, product security advisories and peer breaches on one map, so a supply-chain compromise and a sector breach are weighed on the same scale.
See it in the demoFilter by severity, read by relevance
Filter the radar to a severity and the advisory list re-sorts closest-to-center first, so the handful of things to act on this week separate cleanly from the noise.
See it in the demoBusiness Outcomes
What it changes.
Personal
The radar is built from your stack, so a CVE only appears when the affected technology is actually present in your estate.
Prioritised
Relevance and crown-jewel weighting pull the few threats that matter to the center, ahead of severe-but-irrelevant noise.
Defensible
Every point carries its evidence, confidence and score breakdown, so the prioritisation survives a question about why it ranked where it did.
See the threats that actually apply to you.
Fingerprint your stack from OSINT and get a scored, evidenced threat radar in minutes, no scanning, no agents.