pyTorch

PyTorch from experiment to production serving

PyTorch is the default language of modern model work, and the gap it leaves is everything around the model: reproducible training, evaluation, packaging, and serving. We build custom model pipelines in PyTorch and the production infrastructure that gets them out of notebooks and into products.

Fine-tuningTraining pipelinesProduction serving
Quick answer

PyTorch development for custom models: fine-tuning, training pipelines, and the production serving infrastructure that takes models out of notebooks.

Models that never leave the notebook

Most custom model projects die in the last mile: training runs nobody can reproduce, evaluation done by eyeball, and no serving plan beyond a demo endpoint. The modeling was the easy half. Productionizing is engineering work, and treating it as an afterthought is why models stall.

What we build with PyTorch

  • Fine-tuning pipelines for language and vision models on your data
  • Reproducible training with experiment tracking and versioned datasets
  • Evaluation suites that make model changes measurable
  • Serving infrastructure sized for your latency and cost envelope

How we work

  1. Define evaluation before training so progress is measurable

  2. Version data, code, and weights together from run one

  3. Right-size serving: batch, GPU, or CPU depending on the workload

  4. Monitor drift in production, not just accuracy at launch

Typical stack

PyTorchHugging FaceWeights & Biases / MLflowONNX / TorchServeGPU infrastructure

Frequently asked questions

Usually a prompt plus retrieval gets you far, and we will tell you when it does. Custom training pays when you have proprietary data, tight latency or cost limits, or a task where general models consistently underperform.

Yes, that handoff is a specialty. We keep the science, add reproducibility and tests, and build the serving path so the model earns its keep in production.