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PyTorchTensorFlowscikit-learnNVIDIA

Machine Learning Development & Model Training

Custom machine learning for problems off-the-shelf models cannot solve: computer vision, prediction, anomaly detection, signal processing and on-device inference. We follow proper practice end to end: clean data splits, baselines, experiment tracking, honest evaluation and monitoring after deployment.

What’s included

  • ✓Problem framing, data audit and a feasibility study before you commit
  • ✓Data collection, labelling and cleaning pipelines
  • ✓Model training with tracked experiments, baselines and held-out test sets
  • ✓Computer vision, time-series forecasting, classification and anomaly detection
  • ✓Deployment as an API, in your app, or on-device (edge and embedded inference)
  • ✓Monitoring for drift and a retraining plan

Tools we use

PyTorchPyTorchTensorFlowTensorFlowscikit-learnscikit-learnHugging FaceHugging FaceONNXONNXTensorRT / TFLiteTensorRT / TFLiteMLflowMLflowWeights & BiasesWeights & Biases

Questions

How much data do we need?
It depends on the task. We start with a feasibility study on the data you have and tell you honestly whether it is enough.
Can the model run on our device instead of the cloud?
Yes. We quantise and export models for edge hardware such as Jetson, Raspberry Pi, Android and microcontrollers, and we write the firmware side too.
How do we know the model actually works?
You get a report with results on a held-out test set that was never used in training, plus failure cases, not just a single accuracy number.

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