Classification
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aiqorxAI & intelligent workflows / Machine Learning (ML)
Machine learning uses data to fit models for prediction, ranking, or classification within a defined task.
Talk through your project
A connected engineering approach
People, tasks, accessibility
Components, logic, integrations
Data, operations, maintenance
The architecture follows your product requirements.
01 / Where it fits
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Order relevant results against a measurable objective.
Estimate patterns while expressing uncertainty.
02 / Architecture
Establish a baseline, split evaluation data appropriately, track feature provenance, and monitor drift after release.
Training data can encode bias or leakage. A complex model needs to outperform simpler alternatives on the relevant measure.
03 / Delivery & care
Evaluate representative inputs alongside ambiguous, adversarial, and unsupported requests. Track quality, latency, cost, and human corrections against a defined acceptance set.
Review the users, existing systems, constraints, and definition of success.
Document the architecture, interfaces, risks, and delivery scope.
Review working increments against real use cases and failure conditions.
Prepare operating guidance, ownership, and a practical maintenance plan.
04 / A few useful questions
Training data can encode bias or leakage. A complex model needs to outperform simpler alternatives on the relevant measure.
Start with a code and architecture review. The useful outcome is a clear decision about what to keep, improve, or replace, with the dependencies and delivery risks made explicit.
The estimate depends on the workflows, integrations, platform requirements, and quality expectations. A focused discovery phase can reduce uncertainty before committing to the full build.
Agree on source ownership, documentation, monitoring, support responsibilities, and a maintenance plan as part of the engagement.
Something in mind?
Let's build