eight agents · one swarm

One AI swarm. Eight specialists.

A coordinator dispatches eight specialized AI agents — each owns a different signal source or tier. The judge stops the swarm the moment any agent returns a high-confidence verified email.

PE
Permutation agentPERM

Generates name+domain variants. Cross-references nickname graph.

ready · 22ms
MX
MX fingerprint agentMX

Detects Proofpoint, Mimecast, Barracuda, Cisco gateways and catch-alls.

ready · 18ms
LI
LinkedIn routerLI

Six-source router across cache, scrape, archive. AI ranker picks best.

ready · 280ms
NP
NPPES agentNPPES

Healthcare provider directory. Lookup by name, NPI, taxonomy, state.

ready · 30ms
JU
Composite judgeJUDGE

Fuses dozens of weak signals into one ranked candidate per row.

ready · 14ms
VE
Verify agentVERIFY

Tiered verifier with AI trust-score gate. Healthcare-tuned scorer.

ready · 24ms
ME
Domain memoryMEMORY

Persists verified patterns per domain. Future calls skip expensive tiers.

ready · 4ms
CO
Compliance labelerCOMPLY

T0–T3 source-risk classification on every emitted email.

ready · 6ms
1 input · LinkedIn URL
8 agents · parallel
1 judge · fuses
1 verified email · T0 exit · 142ms
why a swarm

Generalist LLMs lose. Specialist agents win.

A single LLM can't fingerprint Proofpoint MX records, score NPPES provider taxonomy, and rank six LinkedIn sources. A swarm of specialists can.

// PARALLEL

Eight agents run together

Each agent owns one signal source or tier. The orchestrator dispatches in parallel and waits for the cheapest convincing answer.

// SPECIALIZED

Each agent is tuned

The NPPES agent knows healthcare schema. The MX agent knows gateway signatures. The LinkedIn agent knows six routers. No generic LLM tooling.

// ORCHESTRATED

The judge decides

When the judge sees a high-confidence candidate, it tells the orchestrator to stop. You get the result the moment the swarm reaches consensus.

Deploy the swarm on your first row.

Free tier · 200 enrichments per month · all eight agents.

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