Your data teaches.
Your model learns.

Fine-tuning that never leaves your network: from raw documents to an evaluated, deployed, domain-expert model — entirely on GPUs you control.

Training Pipeline

Documents in.
Expertise out.

We run the full adaptation pipeline on-premise: dataset extraction from your documents and systems, cleaning and deduplication, instruction formatting, LoRA or QLoRA fine-tuning, and rigorous evaluation against a held-out set before anything reaches production.

Methods LoRA, QLoRA, full fine-tune (where hardware allows)
Base models Llama, Qwen, Mistral, Gemma families
Data sources Documents, tickets, transcripts, databases
Evaluation Held-out sets, regression suites, human review
Dataset Curation Dedup & Cleaning LoRA Adapters Eval Harness Versioned Releases
1 — Data Preparation
Extract
Clean
Dedup
Format
↓ never leaves your network
2 — Fine-Tuning (local GPU)
LoRA / QLoRA
Checkpoints
Loss Tracking
↓ gated by evaluation
3 — Evaluate & Deploy
Held-out Eval
Regression Suite
Sign-off
Serve
Where It Wins

Generic models
don't know you.

Fine-tuning pays off wherever your domain has vocabulary, structure, or language that frontier cloud models handle poorly — and wherever the training data itself is too sensitive to upload. Both conditions are common; together they make local training the only viable option.

Language Hebrew & low-resource language adaptation
Domain Legal, accounting, medical terminology
Style House writing style, report formats
Structure Your schemas, codes, and classifications
Translation Tuning Classification Extraction Models Domain Chat Text Modernisation
📄
Your Corpus
───►
🎯
LoRA Adapter
───►
🧠
Domain Model
Legal drafting
🧾 Invoice extraction
🌍 Hebrew translation
📊 Report generation
🏷 Ticket classification
📚 Archive processing
Hardware & Sizing

Right-sized.
Not over-bought.

Training hardware is a sizing exercise, not a shopping spree. A 7–14B parameter QLoRA fine-tune runs comfortably on a single modern workstation GPU; 70B-class work needs data-centre cards. We spec, procure or rent, and operate — and when a job only needs a big GPU for a week, we set up a temporary isolated node instead of selling you one.

Entry Single 16–24 GB GPU — 7B QLoRA, inference
Mid 48–96 GB — 14–32B tuning, fast inference
Heavy Multi-GPU / GH200-class — 70B+ workloads
Ops Monitoring, thermals, job scheduling included
Hardware Sizing Procurement Burst Capacity Job Scheduling GPU Monitoring
JOB qlora·qwen2.5-14b
Training progress — epoch 3 / 4
74% · loss 0.41 ↓
GPU1× 96 GB — 92% util
Dataset218k samples (local)
ETA2h 14m
Data egress✓ zero bytes

Have data worth training on?

Bring your corpus and your constraints — we'll scope the model, the hardware, and the pipeline.