Train Models

We train and build the models behind your AI.

Custom predictive and ML models built from your data, and frontier models post-trained on your domain, voice, and judgment — every gain proven on held-out evals before it ships.

Proven on evalsYou own the modelGoverned by design
Two tracks

Build from scratch, or post-train the frontier.

The right approach depends on the problem. We do both — and tell you honestly which one fits.

Track 01

Build custom models

When the problem is prediction — risk, demand, propensity, churn — we build and validate models on your data from the ground up, with the explainability your risk team accepts.

Track 02

Post-train frontier models

When the problem is language and judgment, we take a frontier model and post-train it on your domain, voice, and format — supervised fine-tuning and preference optimization, proven on evals.

The model lifecycle

From data to a model that earns.

Curate data Build / adapt Train & fine-tune Evaluate Deploy Monitor & retrain

Custom predictive models

Risk, forecasting, propensity, and churn models built from your data and validated with explainability and reason codes — models your risk team can defend, not black boxes.

Gradient boostingTime-seriesSHAPFeature storeValidation

Fine-tuning & post-training

We adapt frontier models to your domain, voice, and format with supervised fine-tuning and preference optimization, and prove the gain on held-out evals — not vibes.

SFTRLHF / DPOLoRA / PEFTPreference dataHeld-out evals

Training data & synthetic generation

The data training needs — curated, labeled, and where privacy or coverage demands it, synthetically generated and validated against real distributions.

Data curationSynthetic dataLabelingDistribution checksPII handling

Evaluation & benchmarking

Task benchmarks and held-out evals that prove a trained model actually beats the baseline — factuality, task success, safety, and bias — run in CI.

Task benchmarksLLM-as-judgeHuman evalRed-teamingRegression suites

RL environments & verifiers

For agentic tasks we build environments, tasks, and verifiers that reward the right behavior and catch failure — reliability engineered, not hoped for.

RL environmentsTool-use verifiersTrajectory evalReward designRecovery

Deploy & retrain

Trained models shipped behind an API with monitoring, drift detection, and scheduled or triggered retraining — plus routing and distillation to control cost.

MLOpsDrift detectionRetrainingDistillationModel routing
How we measure

A trained model ships only when it wins.

No eval, no ship. Every model is held to a labeled benchmark and tracked in CI for quality, safety, and cost.

Beats the baseline

Every trained model is measured against the incumbent on a labeled benchmark before it ships.

Factuality & citations

For generative systems, answers stay traceable to a source, with citation coverage scored each release.

Safety & refusal

The right refusals under adversarial and jailbreak pressure, tested continuously.

Bias & fairness

Outcome testing on consequential decisions — especially lending and eligibility.

Not memorized

Held-out evaluation proves the model generalized, rather than just fitting the training set.

Cost & latency

Per-task cost and latency tracked and routed, so quality doesn't blow the budget.

Honest advice

We fine-tune only when it genuinely wins. For most knowledge problems, retrieval is cheaper, more current, and easier to audit than training — and we'll tell you when that's the right call instead of selling you a training project you don't need.

See the research behind it Deploy & serve your model
Get started

Bring us a hypothesis. Leave with a system.

Tell us what's eating your team's time. We'll give you an honest read on whether AI is the right tool — and if it is, a scoped v1 with a timeline and cost.