Fine-tuned models that know your domain

Foundry is the training pipeline that transforms general-purpose language models into domain specialists — without catastrophic forgetting, without drift, without shortcuts.

Seven-phase pipeline

From corpus assembly to production deployment, Foundry manages the complete model lifecycle. Domain knowledge is gathered, validated against vertical-specific schemas, benchmarked, and fine-tuned using KL-regularized training that preserves general reasoning.

Models are aligned with domain constitutions — goal principles, failure modes, and judgment boundaries — then verified against held-out tasks before graduating to production with continuous drift monitoring.

Training pipeline
7 phases
01Corpus Assembly
02Schema Validation
03Baseline Evaluation
04Fine-Tuning
05Constitution Alignment
06Verification
07Deployment

Performance


Training phases
7
Specific models
Domain
Drift tolerance
Zero
AI alignment
Constitutional

Domain constitutions

Principles, not just parameters.

Every domain model is aligned with a constitution that defines what to optimize for, what to never do, and how to handle ambiguity.

1

Goal Principles

What the model should optimize for. Accuracy, compliance, speed, cost — weighted per domain. These define the north star for every decision the model makes.

2

Failure Principles

What the model must never do. Hard boundaries that cannot be overridden by optimization pressure. Safety rails that hold even under adversarial conditions.

3

Judgment Principles

How the model handles ambiguity. When to escalate, when to act, when to ask for more context. The nuanced middle ground between automation and human oversight.

Zero drift

KL-regularized fine-tuning.

Standard fine-tuning trades general intelligence for domain knowledge. Our approach constrains training so models gain domain mastery while preserving their reasoning foundation.

Without KL regularization

Catastrophic forgetting

The model overfits to domain patterns. General reasoning degrades. Edge cases become blind spots.

Domain accuracyHigh

Overfits to training distribution

General reasoningDegraded

Loses ability to handle novel inputs

Edge casesBrittle

Blind spots in unseen scenarios

With KL regularization

Preserved reasoning

Domain accuracy improves while general capabilities stay intact. The model handles novel situations using both knowledge types.

1
Domain accuracyHigh

Learns domain patterns without overfitting

2
General reasoningPreserved

KL constraint maintains base capabilities

3
Edge casesRobust

Reasons through novel situations compositionally

4
Drift monitoringContinuous

Triggers re-training when performance degrades

Build your domain model.

From corpus to production in weeks. Constitutional alignment guaranteed.