Qwen
A range of open-weight models to assess for language, structured outputs, and domain adaptation. License and architecture vary by checkpoint.
Publisher resources ↗CUSTOM MODELS / BUILT AROUND YOUR WORK
Adapt an open-weight foundation.
Or build a tiny specialist from the ground up.
Your domain, your constraints, your definition of success. We turn the right data into a model built for a specific job.
01 / MODEL CUSTOMIZATION
Start with a baseline. Choose training only when it solves a measured gap.
02 / OPEN FOUNDATIONS
We select a specific checkpoint against your task, deployment target, and permitted use.
A range of open-weight models to assess for language, structured outputs, and domain adaptation. License and architecture vary by checkpoint.
Publisher resources ↗Open models for customization, subject to the Gemma Terms of Use. Select a size and modality that fit the workflow.
Publisher resources ↗Open-weight foundations under Meta’s applicable Llama license. Evaluate language coverage, model size, and deployment requirements.
Publisher resources ↗Assess open-weight Phi models and eligible MAI checkpoints. MAI availability varies; downloadable weights and training rights must be verified.
Publisher resources ↗Other foundations can be assessed when their model cards, licenses, and measured task performance support the project.
Publisher resources ↗Open-weight does not mean unrestricted. We check adaptation, redistribution, commercial use, and teacher-output permissions before selecting a model. MAI-DS-R1 is one published open-weight example; it is a large model, not a sub-1B deployment recommendation.
03 / PURPOSE-BUILT TINY MODELS
A smaller model. A deliberately narrower job.
For classification, routing, structured extraction, and bounded generation, we assess whether a compact specialist can meet your quality bar with a smaller deployment footprint.
Fine-tune or distill into an existing compact model, subject to teacher and student permissions.
A scoped research engagement: tokenizer, architecture, permitted corpus, pretraining, post-training, and evaluation. First validate data sufficiency and compute cost.
Parameter count × 2 bytes, in decimal MB. Excludes runtime overhead, KV cache, activations, gradients, and optimizer state. This is not a speed or quality benchmark.
04 / FROM TASK TO DELIVERY
A staged engagement with review points, reproducible artifacts, and a clear handover.
Agree the task, data boundary, error costs, and acceptance criteria.
Review data rights. Curate examples and freeze a held-out evaluation set.
Compare prompting and retrieval with the appropriate training method.
Measure task quality, failure modes, latency, and cost on target hardware.
Package permitted weights or adapters, configuration, evaluation reports, and a deployment recipe.
05 / YOUR DEPLOYMENT, BY DESIGN
Choose customer-controlled infrastructure or an agreed cloud environment. Define access, retention, permitted egress, and artifact ownership in the project scope.
For local hardware and governed inference, pair model customization with INFRARENCE ↗. Model tuning alone does not provide confidential computing.
Security & data commitments ↗06 / SPECIALISTS AT WORK
Examples to scope and evaluate—not promises of universal accuracy.
Learn field formats and validate against your schema.
Explore ↗CLASSIFICATIONUse your categories, escalation rules, and review thresholds.
Explore ↗GENERATIONAdapt structure, terminology, and tone for reviewed drafts.
Explore ↗START WITH A WELL-DEFINED JOB
No confidential data needed for the first conversation.
Our service categories use established customization methods. This is an independent service offering, not an Amazon, Google, Meta, or Microsoft partnership or a claim of feature parity.