Machine Learning

Machine Learning & Deep Learning Services in Thailand

Predictive models and neural networks that get smarter the more you use them. We build custom ML and deep learning solutions — forecasting, recommendation, anomaly detection — for organizations in Chiang Mai and across Thailand.

Forecasting, classification and anomaly detection built on your own operational data, with MLOps in place from the start so the model keeps working after launch. We define the success metric before training anything — and say so when a simpler statistical approach would do the job.

InputHiddenOutput94.7%5.3%94.7% Accuracy

Key Features

Predictive Modeling

Forecasting and prediction models tuned to your data and business outcomes.

Deep Learning

Neural networks for complex pattern recognition across text, image, and signal data.

Recommendation Engines

Personalization systems that increase engagement and conversion.

MLOps

Production pipelines for training, deployment, monitoring, and retraining at scale.

Our Process

1

Data Assessment

Evaluate data readiness, volume, and quality for the modeling goal.

2

Model Development

Experiment, train, and validate models against clear success metrics.

3

Deployment

Ship models to production with reliable, scalable serving infrastructure.

4

Monitoring

Track drift and performance, and retrain as your data evolves.

Technology Stack

PyTorchTensorFlowscikit-learnXGBoostHugging FaceMLflowKubeflowNVIDIA CUDA

Key Benefits

Decisions backed by predictive insight
Models tailored to your domain
Production-grade MLOps from the start
Continuous improvement over time
Scalable training and serving
Clear, measurable success metrics

What machine learning is worth using for

Demand forecasting, quality classification, churn and default risk, and anomaly detection — problems where the decision repeats often, the data already exists, and being right more often has a measurable value. Anything that happens once a quarter rarely justifies a model.

A useful filter: could a competent analyst with a spreadsheet get most of the benefit? For a surprising number of business problems the answer is yes, and we will tell you when it is. Machine learning earns its cost when the volume of decisions is high enough that a few percentage points of accuracy compounds.

The second filter is whether anyone will act on the output. A forecast nobody uses to change a purchase order is an expensive number. We agree who acts on the model, and how, before we build it.

MLOps from day one, not bolted on later

Training a model is the easy part. Keeping it accurate as your data drifts, retraining on a schedule, monitoring for degradation, and rolling back a bad version are what determine whether it still works in a year.

Models decay. Customer behaviour shifts, product mix changes, a supplier switches, and a model trained on last year quietly gets worse without anyone noticing. We instrument for drift and set retraining triggers as part of the build rather than as a phase-two promise.

We also version data and models together, so a result can be reproduced. Without that, "why did it predict this?" becomes unanswerable — which matters commercially and, where the decision affects individuals, matters under the PDPA too.

Your data, and what the PDPA requires

Training on customer data is processing under the PDPA and needs a lawful basis. Where a model informs decisions about individuals, you also need to be able to explain the basis of that decision — which constrains how opaque a model you should choose.

Where identification is not required — which is most forecasting work — we aggregate or pseudonymise at ingestion. Data never stored in identifiable form cannot be requested, leaked, or mishandled.

On-premise training and serving is available where data cannot leave your infrastructure, which for Thai government and regulated-sector work is frequently a procurement requirement rather than a preference.

Frequently Asked Questions

How much data do we need?+

It depends on the problem. We assess your data readiness and volume before committing to a modeling approach.

Do you deploy models to production?+

Yes — with MLOps pipelines for serving, monitoring, and retraining as your data changes.

What frameworks do you use?+

PyTorch, TensorFlow, scikit-learn, and Hugging Face, among others, chosen to fit the task.

Ready to get started?

Book a free assessment and get a fixed-price quote for your environment.

Get a Free IT Assessment