Use case · CRM data extraction

Fill your CRM fields from conversations that never leave your perimeter.

A fine-tuned 7–8B model reads your email threads and Slack channels, extracts the fields your pipeline runs on — next steps, budget signals, stakeholders, objections — and writes them to Salesforce or HubSpot. The conversations stay on your infrastructure.

CRM data extraction runs a fine-tuned 7–8B model inside your VPC that reads email and Slack threads and writes structured fields to Salesforce or HubSpot. Every field clears a hand-labeled eval set built from your real threads before it touches production, and low-confidence extractions route to a human review queue instead of polluting the CRM.

The pipeline's best data never reaches the pipeline.

The most valuable data in your pipeline isn't in your CRM — it's in the email threads and Slack messages around it, and reps stopped typing it into fields years ago. The tools that fix this are conversation-intelligence platforms priced per seat, and they fix it by shipping your entire deal correspondence to a third party. For a mid-market company with any data-handling constraint, that trade is often unavailable — so the fields stay empty and the forecast stays a guess.

How it works · The Crit Path
01Scope — a tight schema, not a summaryWe define exactly what the model extracts: next step and date, budget signals, named stakeholders and roles, objections, competitors mentioned, renewal-risk language. A tight schema, not "summarize everything."
02Prove — hand-label your real threadsWe hand-label a sample of your actual email and Slack conversations against the schema and freeze it. This is the bar the model has to clear, per field, before it touches production — and it's yours to keep either way.
03Deploy — validated output, inside your VPCA 7–8B open-weights model trains for schema-constrained JSON extraction on your threads. It runs on a single GPU instance in your infrastructure, connected to Google Workspace and Slack through your own integration layer; every output validates against the schema before it writes to CRM fields.
04Assure — a human lane for low confidenceWe track per-field precision continuously. Low-confidence extractions route to a review queue instead of silently polluting the CRM — the model earns autonomy field by field.
The economics

A worked example, from public list prices. At 50,000 threads a month — about 2,500 tokens per thread, roughly 125M tokens — the workload sits well above the ~50M-token line where self-hosting typically starts to pay for itself. Our cost model at public list prices, August 2026; The Crit replaces it with your numbers.

Frontier APIFine-tuned 7–8B in your VPC
Monthly inference~$500–1,500 at published list prices, scaling with volumeFlat: one GPU instance, ~$400–700/mo at cloud list prices; ~$0.0001 per thread
Data exposureFull deal correspondence processed by a third partyConversations never leave your perimeter
Seat-priced CI SaaS, the usual alternativeRecurring per-seat cost, data processed off-premisesOne system you own; no per-seat scaling
Published result66–80% lower inference cost — Forethought, on AWS; 81→93% accuracy, costs −50–68% — distil labs × Knowunity (vendor-reported)
Where this doesn't work

Below roughly 50M tokens a month, with no constraint on third-party data processing, a frontier API is likely the right answer — and The Crit will say so. That's what the audit is for.

What you get

Fields your forecast stands on.

  • An extraction schema designed around the fields your forecast actually depends on
  • A hand-labeled, frozen eval set from your own threads — per-field accuracy reported before deployment
  • A fine-tuned 7–8B extraction model deployed in your VPC, with schema validation on every output
  • Integrations: Google Workspace and Slack ingestion, write-back to Salesforce or HubSpot
  • A confidence-based human-review queue for low-certainty extractions
  • Monitoring: per-field precision over time, drift alerts, retraining runbook
Who this is for
Teams done pretending reps type it inRevenue teams whose CRM hygiene depends on manual data entry — and who have stopped pretending that works.
Stopped at the DPACompanies that evaluated conversation-intelligence tools and stopped at the data-processing agreement.
Fields, not another dashboardRevOps and sales leaders who want deal signals in reportable fields, inside the CRM they already run.
Questions, answered straight

Can AI extract CRM data from email without sending it to a third party?

Yes. A fine-tuned 7–8B open-weights model running in your own VPC reads email and Slack threads and writes structured fields to your CRM without any conversation data leaving your infrastructure. It is a private alternative to seat-priced conversation-intelligence tools, and we measure its per-field accuracy on your own labeled threads before deployment.

How accurate is small-model extraction from sales conversations?

Accuracy is task-dependent, which is why every build starts with a frozen eval set: a hand-labeled sample of your real threads that the model must clear, field by field, before production. Published fine-tuning work shows small models beating their pre-tuning baselines significantly — distil labs and Knowunity report accuracy rising from 81% to 93% on a narrow task, with inference costs down 50–68% (vendor-reported). Low-confidence extractions route to a human-review queue rather than into your CRM.

What volume makes self-hosted extraction cheaper than a frontier API?

Roughly 50M tokens a month is where self-hosting typically starts to win. At 50,000 threads a month (~125M tokens), a flat GPU instance at $400–700/mo at cloud list prices replaces an API bill that scales linearly, and removes third-party data processing entirely (our cost model, August 2026). Below that threshold, we'll usually recommend staying on an API — that's what The Crit is for.

Security · by architecture

Your CRM never feeds Big AI.

  • Pipeline data stays in your VPC
  • No third-party enrichment APIs
  • Your DPA stays unchanged
  • Prospect data never resold
Architected to deploy inside your
GDPR CCPA SOC 2
Small models · critical hits

The forecast is sitting in your inbox.

Two weeks inside your threads, and you'll know which fields a small model can fill reliably — and which still need a human. The numbers are yours either way.