AI factory: training, inference, vLLM, MLOps
Your internal AI, hosted on your terms, at a controlled cost
LLM APIs are perfect for prototyping, ruinous for industrializing. An AI farm hosts your models, data and pipelines: the cost becomes an amortized investment, not a ballooning invoice.
Use cases
- Internal LLM on your documents and business knowledge, without data leakage
- Fine-tuning open source models (Llama, Mistral, Qwen) on your data
- High-volume inference: assistants, RAG, extraction, classification
- Strict GDPR compliance: healthcare, legal, finance, defense
Reference architecture
- Serving
- vLLM or TGI with continuous batching and quantization: the best per-GPU throughput in open source.
- Training
- Fine-tuning pipelines (LoRA, QLoRA, full) orchestrated by Slurm or Kubernetes depending on scale.
- Data
- Dataset ingestion, vectorization and versioning, with high-performance storage for checkpoints.
- MLOps
- Model registry, continuous evaluation, canary deployments and drift monitoring in production.
What you receive
- 01
API vs self-hosted cost study on your real volumes, with a priced break-even point
- 02
Deployed AI stack: serving, pipelines, monitoring
- 03
Models evaluated on your use cases with quality metrics
- 04
Runbook, training and full handover
FAQ
- Can an open source model really replace a proprietary API?
- For most business use cases (RAG, extraction, classification, internal assistants), yes: an open source model fine-tuned on your data matches or exceeds generic API quality. We prove it with a quantified evaluation before any deployment.
- At what volume does self-hosting become profitable?
- As a rule of thumb, from a few tens of millions of tokens per day at sustained usage, break-even lands between 12 and 24 months. The audit computes it precisely with your volumes and target models.