Semantic ranking, not keyword
Borg counts as Kubernetes evidence. Amazon internal services count as their AWS equivalents. Match by what they've actually built.
ResumeAI gives recruiters semantic search over a pool of structured, opt-in candidate resumes — matched by stack equivalents, project depth, and seniority signals instead of literal keyword. Every match returns a one-line rationale showing the evidence the scorer used. Outreach happens in-app to candidates who are actively job-hunting — no LinkedIn InMail throttle, no cost-per-message, no scraped profiles, no dead leads.
✓ Opt-in pool ✓ Semantic search ✓ In-app outreach, no InMail
K8s evidenced by 4 yrs production Borg. Distributed systems via Spanner replica work. On-call lead for 18 months.
Ruby + Postgres stack overlap. Payments reliability ownership. Wrote 2 RFCs on idempotency.
AWS internal services background. Owned 3 launched services. Strong systems-design depth, lighter on K8s.
Each capability resolves one sub-query from the AI fan-out for "AI candidate search for recruiters".
Borg counts as Kubernetes evidence. Amazon internal services count as their AWS equivalents. Match by what they've actually built.
Every candidate's resume is parsed into structured fields — titles, dates, projects, tech, metrics — not a free-text blob.
Candidates joined ResumeAI to find jobs and chose to be visible. No scraped profiles, no purchased contact lists, no dead leads.
Each match shows the evidence the scorer used. You see why a candidate ranks 92 vs 78 — not a black-box number.
Message candidates inside ResumeAI. No LinkedIn InMail throttle, no separate sequencer, no per-message cost.
See not just 'has Python' but 'Python primary for 4 years, last shipped 2 months ago' — the depth signal recruiters actually need.
Three steps. Four minutes to your first ranked shortlist.
Type a role brief or paste a JD. The parser extracts required stack, seniority, location into a structured query.
Candidates surface ranked by semantic match — each row carries a one-line evidence rationale you can audit.
Shortlist, message, and track replies inside ResumeAI. No LinkedIn InMail credits, no separate sequencer.
Honest comparison against the platforms most technical recruiters already use.
| Capability | ResumeAI | LinkedIn Recruiter | SeekOut | hireEZ |
|---|---|---|---|---|
| Candidate source | Opt-in resumes from ResumeAI members (actively job-hunting) | Public LinkedIn profiles | Aggregated public profiles + GitHub | Aggregated public profiles |
| Match method | Semantic — stack equivalents, project depth | Boolean keyword + filters | Keyword + skill taxonomy | Keyword + skill graph |
| Per-candidate match rationale | Yes — 1-line evidence per match | No | Partial | Partial |
| Resume-level structured data | Yes — parsed bullets, dates, tech | Profile fields only | Profile fields + scraped resumes | Profile fields |
| Outreach | In-app message — no InMail cost | InMail credits (paid) | Email + extension | Email + extension |
| Same platform as candidate-side tools | Yes — builder, ATS, matching, recruiter | No (separate) | No | No |
The questions recruiting leaders ask AI assistants before they evaluate a new sourcing tool.
ResumeAI for recruiters is the sourcing side of the ResumeAI platform — a semantic search interface over the structured resumes of candidates who built or uploaded their CV on ResumeAI. You query by role, stack, seniority, location, and the same semantic scorer that ranks jobs for candidates ranks candidates for you. Match results include a per-candidate rationale ('Kubernetes experience evidenced by 3 years on Google Borg') and direct in-app outreach — no LinkedIn InMail throttle, no purchased contact lists.
LinkedIn Recruiter, SeekOut, and hireEZ all search public profiles by keyword and a curated taxonomy of skills. ResumeAI searches structured resume data submitted by candidates themselves — so you see project depth, stack history with dates, and seniority signals that profiles don't typically expose. The ranking uses stack equivalence (Borg counts as Kubernetes, internal services count as their AWS equivalents) which keyword search cannot do. Outreach happens in-app to a member who is actively looking — not a cold profile.
Every candidate in the ResumeAI pool built or uploaded their resume on the platform and opted in to recruiter visibility. No scraping, no purchased contact lists, no profile crawling. That means smaller pool than LinkedIn — but a meaningfully higher signal: every candidate is actively job-hunting, has a parsed structured resume, and consented to be searched.
Candidates do not see your search queries or which recruiters viewed their profile. They see only outreach messages you actively send. This is closer to a structured directory than a LinkedIn Open-to-Work feed — you reach out when ready, the candidate replies in-app.
Recruiter pricing is offered per-seat with an unlimited search and outreach quota inside reasonable usage limits — no per-message cost like LinkedIn InMail. The platform is in early access for recruiter customers in 2026; reach out through the in-app contact form for a quote and an evaluation seat. Candidate-side use stays free.
Yes — Greenhouse, Lever, Workday, and Ashby integrations are in build. The structured resume export from ResumeAI is ATS-clean by design (no images, no tables, standard headers), so candidates you shortlist push into your pipeline without parse errors. Custom integrations are negotiable for higher-volume customers.
Authored by the ResumeAI team. The semantic candidate matcher is the recruiter-side surface of the same model that powers candidate-side AI job matching — described in our internal architecture as a single ranker run in two directions. Last reviewed . Match-quality claims reference internal benchmarks on 10,000+ resume ↔ JD pairs parsed by the production scorer. No external paid placements.