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MASSAR

Fine-Tuned LLMs for Your Domain, Your Language, Your Data

Enterprise Data

Enterprise Data

Your data — curated, cleaned, and formatted to instruction-tuning standards. Most clients have more usable training data than they think.

Fine-Tuning & RLHF

Fine-Tuning & RLHF

LoRA / QLoRA / DPO with eval harnesses on every checkpoint. You get numeric scores, not vibes-only training runs.

Production Deployment

Production Deployment

vLLM or TGI serving on your infrastructure. API-compatible endpoint, cost-per-token monitoring, on-prem capable.

Three technical layers, one production-grade model
features

Three technical layers, one production-grade model

Domain-specific fine-tuning adapts an open-source base model — Llama 3, Mistral, Qwen — to your industry vocabulary, output format, and tone. We use LoRA and QLoRA for parameter-efficient training that runs on modest GPU budgets.

Every training run is evaluated against a golden dataset we build with you upfront. You see accuracy, latency, and cost metrics after each checkpoint — not just qualitative impressions of whether it feels better.

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methodology

Fine-tuning without rigorous evaluation is expensive guessing. We build the eval harness before touching training data — because you need to measure improvement, not just observe that the model seems different.

Data quality determines model quality. Most enterprise datasets need significant curation work before they are useful for training. We audit your data first and give you an honest picture of what you have and what it will produce.

We train on open-source models using parameter-efficient methods (LoRA/QLoRA) that run on accessible GPU budgets. The weights belong to you. After delivery, you run the model on your own infrastructure — no dependency on our servers, no usage fees.

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A fine-tuned 7B model, evaluated rigorously on your domain, will outperform GPT-4 on your specific tasks — and cost 10x less to run at scale.

Massar Digital Fine-Tuning Team
engagement models

Two ways to work with us

Whether you are validating the approach or shipping to production, we scope the engagement to where you actually are.

  • Fine-tuned model weights delivered
  • Eval harness and golden dataset
  • On-prem deployment support

Research

Validate before you commit
  • Data audit + curation
  • Eval harness build
  • 1 training run + checkpoints
  • Delivered weights + documentation

Custom Pricing

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Production

End-to-end to live deployment
  • Everything in Research
  • vLLM / TGI deployment setup
  • API endpoint + cost monitoring
  • On-prem or cloud infrastructure
  • 30-day post-launch support

Custom Pricing

Get started
common questions

What teams ask before fine-tuning

RAG is usually the right first answer — it's faster to deploy, easier to update, and sufficient for most retrieval tasks. Fine-tuning is worth it when you need: consistent output format and tone the base model can't maintain, domain vocabulary the model doesn't know, significant latency reduction by removing retrieval, or behavior that's impossible to prompt-engineer reliably.

Fewer examples than you think, if they're high quality. For instruction following, 500–2,000 curated examples often outperform 50,000 noisy ones. We assess your dataset in the audit phase and tell you honestly whether you have enough — and if not, how to generate synthetic training data from what you do have.

Yes, with the right base model and dataset. We work with Arabic-capable base models (Qwen, AceGPT, Jais, Mistral with Arabic LoRA adapters) and have built Arabic training pipelines for legal and financial domains. Dialect handling is a real challenge — we scope it explicitly.

Yes. We train on cloud GPU (RunPod, Modal, Lambda Labs) and deliver the final weights to you. From there, we deploy on your infrastructure using vLLM or Ollama. You own the weights, the training data, and the serving infrastructure — nothing leaves your perimeter after delivery.

Typically 4–8 weeks from data audit to production endpoint. The variables are dataset quality (clean data = faster), training compute (we can parallelize), and the complexity of the eval suite. We give a realistic timeline in the data audit phase.

Fine-tuning has upfront cost (data curation, training compute, eval) but dramatically lower ongoing inference cost — especially at volume. At 1M+ tokens per day, a fine-tuned 7B model on your own GPU typically costs 5–20× less per token than GPT-4o. We model the break-even point as part of the project scoping.
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