Drop a resume — or just a name. Alloy returns a corroborated profile in under 30 seconds.
Defense engineering teams use Alloy to verify every candidate before the first call. Cleaner pipelines, faster decisions, no regrets.
Watch the engine fire. Each finding hits the matrix in real-time.
Before we corroborate a single claim, we identify which person on the internet is yours. Name + email + GitHub + LinkedIn — triangulated until exactly one identity remains. The verification engine never runs against the wrong candidate.
Real-world example from alex-rivera-demo.
Resume says "experienced engineer." GitHub says — and shows — exactly what kind. Drawn from alex-rivera-demo.
For cleared roles, military background isn't a footnote — it's a signal. We triangulate it against three independent rails.
USPTO. IEEE. DEF CON. KubeCon. Every artifact pulled from its primary issuer and bound to the candidate's identity.
No keyword matching against resume text. Every required skill checked against external sources — only verified hits count.
A recruiter scanning a resume sees "AWS Solutions Architect — Professional." Beskar checks Credly directly and confirms whether the badge actually exists, who issued it, when, and what skills it covers. Below: every cert on alex-rivera-demo.
Other tools silently drop claims they can't corroborate. We surface them. Every uncorroborated line becomes a probe in the interview — not an assumption in the offer.
False-negative-over-false-positive is the engine's first principle. When uncertain, withhold credit.
When a gap is closeable, the candidate is invited to self-serve — paste the Credly URL, link the GitHub, confirm the LinkedIn — and the score updates with the new evidence.
After verification, every named gap routes to the candidate at id.beskar.io. They confirm or correct what we found, paste missing identifiers, and the engine re-runs with their input.
The score moves up only when the new evidence corroborates. No score for unverified self-claims.
Drop a resume. Or just a name. Alloy returns a fully corroborated profile in under 30 seconds — or surfaces exactly what it can't verify. See a fully verified profile.