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Turn Your Data Into a Competitive Advantage

Mobizio builds production machine learning and data science systems (predictive models, forecasting, computer vision, and recommendation engines) that learn from your data and drive measurable decisions, not dashboards nobody reads. (Building on LLMs instead? See our Generative AI & LLM Apps service.)

Let's Break It Down

What Is Machine Learning & Data Science?

Machine learning and data science turn your historical data into predictions and decisions: forecasting demand, scoring risk, classifying images, and recommending the next best action. Unlike generative AI, these models learn patterns specific to your business rather than generating text. The value isn't the model itself; it's the data pipeline, feature engineering, and monitoring around it that make predictions reliable enough to act on in production, even as your data shifts over time.

  • Choose the right technique (regression, classification, clustering, computer vision, or time-series) for the actual problem
  • Engineer clean, governed data pipelines so models train on trustworthy, well-labelled inputs
  • Train on your proprietary data so predictions reflect your domain, customers, and seasonality
  • Forecast demand, score churn and fraud, and surface insights your team would miss manually
  • Ship with MLOps (versioning, monitoring, and retraining) so accuracy holds as data drifts
  • Start with a focused proof of concept that validates ROI before a full build

10+

Years delivering production software, since 2015

ROI-first

Scoped around measurable business outcomes, not demos

Production

Models shipped with monitoring and retraining, not just POCs

At a glance

Classical ML, deep learning, or a language model?

The three get talked about as one thing and behave nothing like each other. Picking the wrong one is the most expensive mistake in an AI project, because it is usually discovered late.

Comparison of classical machine learning, deep learning and large language models: what each is best at, what data each needs, how the output is verified, and the typical cost profile.
ApproachBest atData it needsHow you verify itCost profile
Classical MLForecasting, churn and fraud scoring, pricing, demand planningStructured, historical, labelled — thousands of rows, not millionsAccuracy, precision and recall on a held-out set; the numbers are unambiguousCheap to run; cost sits in data preparation
Deep learningImages, audio, video and signals — defect detection, OCR, computer visionLarge volumes of labelled examples, or a pre-trained model to fine-tuneSame held-out metrics, plus review of the cases it gets wrongTraining is expensive once; inference is predictable
Large language modelsText that has to be read, written, summarised, classified or acted onLittle or none up front — your data goes in as context, not trainingAn evaluation set of worked examples; there is no single accuracy numberNo training cost; per-request cost that scales with usage

What You Get

Everything You Need to Succeed

We don't just deliver code. We deliver outcomes. Here's what makes our approach different.

Predictive Analytics & Forecasting

Demand, revenue, churn, and risk models that forecast what happens next, so your team plans on evidence, not gut feel. Built on your historical data with measurable accuracy targets.

Computer Vision

Object detection, OCR, quality inspection, and image classification that automate what previously needed human eyes, whether on the factory floor, in documents, or across user-generated content.

Recommendation & Personalization

Recommendation engines and ranking models that lift engagement and conversion by surfacing the right product, content, or action for each user in real time.

Data Engineering & Pipelines

The foundation under every good model: ETL/ELT pipelines, feature stores, labelling workflows, and governed data warehouses on Snowflake, BigQuery, or your stack.

NLP & Document Intelligence

Text classification, entity extraction, sentiment, and document parsing that structure unstructured data, turning contracts, tickets, and reviews into queryable signals.

MLOps & Model Deployment

Model versioning, monitoring, drift detection, retraining pipelines, and scalable serving infrastructure so your models stay accurate long after launch.

Our Process

Our Methodology for Success

A battle-tested process built for speed, quality, and zero surprises.

01

Data & Opportunity Audit

We assess your data readiness and workflows to identify the highest-ROI ML opportunities, and the ones not worth pursuing yet.

02

Proof of Concept

A working model in 2-3 weeks that validates the approach against a real accuracy metric and shows stakeholders results before full investment.

03

Build & Integrate

Production-grade data pipeline and model built, tested, and integrated into your existing systems with zero workflow disruption.

04

Monitor & Retrain

Continuous monitoring, drift detection, and scheduled retraining cycles to keep accuracy high as your data evolves.

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Questions

Common questions

Specific to this service. Pricing, timelines, ownership and NDAs are answered on the homepage FAQ.

How much data do we need before machine learning is worth doing?
Less than most teams expect, and the amount matters less than the quality. For a classical model — forecasting, churn, risk scoring — a few thousand well-labelled historical examples is often enough to beat the spreadsheet or the rule of thumb you are using today. What actually blocks projects is not volume but labelling and consistency: data collected differently across years, outcomes recorded in free text, or the thing you want to predict never recorded at all. We look at what you have before quoting, because that review usually changes the plan.
What is the difference between this and your generative AI service?
Machine learning and data science learn patterns from your own historical data to produce a prediction — a number, a score, a category. Generative AI starts from a model somebody else trained and produces text, images or decisions from instructions and context. They need different skills, different infrastructure and different testing. If your question is "what will happen" or "which category is this", you are on the right page. If it is "read this, write that, or decide what to do next", see our generative AI and LLM apps service. Plenty of products end up needing both.
How do you stop a model getting worse over time?
Models degrade because the world moves and the data moves with it — a pricing model trained before a market shift keeps confidently applying the old shape. The fix is operational rather than clever: monitor the live input distribution against the training distribution, track prediction quality against outcomes as they arrive, alert when either drifts past a threshold, and retrain on a schedule that matches how fast your domain actually changes. This is the part teams skip, and it is the reason most models quietly stop being used about a year in.
Can you start small instead of committing to a full build?
Yes, and for a first project we usually recommend it. A focused proof of concept takes your real data, builds the simplest model that could work, and answers one question: is the signal in this data strong enough to be worth building around? That is a few weeks rather than a few months, and it produces a number you can make a decision with. If the answer is no, you have saved the cost of the full build — which is a genuinely good outcome, even though nobody enjoys hearing it.

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