ML engineering and fine-tuning

Turn Data Into Decisions—With Models Built for Your Specific Business Context

Machine learning creates value when it improves a measurable business decision. A model can forecast demand, classify documents, detect anomalies, predict churn, or adapt a large language model to a specific domain. We develop, adapt, evaluate, deploy, and monitor ML and AI systems connected to real workflows and measurable results.
WHY IT MATTERS

Most ML projects don't fail on the model—they fail before it

Qualification, data preparation, and deployment are where most projects stall. A model built on the wrong data, measuring the wrong metric, or deployed without integration into the decision process won't create business value regardless of its technical performance

Use cases that skip qualification

Teams build models because a problem sounds like a machine learning problem, not because the data exists, the decision is clear, and the deployment path is defined. The result is technically interesting work that never reaches production.

Data that can't support the model

Historical data, labels, features, sampling, and edge cases all shape the final result. A demand forecasting model needs different signals than a document classifier. A fraud model needs different error handling than a recommendation engine.

Models that don't reach the decision

A prediction that doesn't reach the right person or process in time is not a solution. Deployment into the decision workflow is part of the product, not an afterthought.

Generative AI and RAG Services

WHAT WE DO

Use-case qualification

Assessing the business problem, target variable, data history, decision process, success metric, risk level, and deployment constraints before any modeling begins. If ML isn't the right answer, we say so early.

LLM fine-tuning and custom datasets

Creating custom datasets from approved domain materials, labeled examples, historical cases, and expert-reviewed outputs that teach the model domain terminology, required formats, classification rules, and task-specific behavior. Combined with RAG where factual knowledge is large or frequently changing.

Deployment into business systems

Deploying models through APIs, batch scoring, real-time scoring, dashboards, workflow integration, or embedded application features. The pattern depends on how fast the decision must happen and where users act on the output.

Data preparation and feature design

Preparing datasets, validating labels, checking data quality, designing features, managing privacy constraints, and separating training, validation, and test data correctly.

Model development and evaluation

Building baselines, testing modeling approaches, fine-tuning LLMs where appropriate, and analyzing errors. Evaluation covers metrics, edge cases, explainability, confidence thresholds, latency, and cost—translated into business risk and value, not just technical scores.

Monitoring and continuous improvement

Designing versioning, retraining triggers, rollback options, feedback loops, and support ownership. Models age as data and business conditions change—monitoring keeps them valuable after launch.

Consult an expert

Andrei Zhurauski Brimit
Andrei Zhurauski
Solution Architect

Have a forecasting, classification, or automation problem?

Tell us about the decision you're trying to improve and we'll show you whether ML is the right tool and how we'd approach it.