A portfolio instead of one model
A fast smaller model can handle classification and routine work while a stronger model handles complex analysis. A router selects by task.
LOCAL LLM / INFRASTRUCTURE
A local language model makes sense where sensitive documents, custom integration rules, predictable cost or the ability to operate without a public AI service matter.
01 / PRINCIPLE
Local LLM quality depends on the combination of model, quantization, context, retrieval, tools, latency and operating limits. Selection therefore has to be based on real tasks.
A fast smaller model can handle classification and routine work while a stronger model handles complex analysis. A router selects by task.
Current company knowledge is attached at query time with source and access metadata, so content can change without retraining the base model.
Track concurrent users, context length, cache, latency, VRAM use and behaviour under peak load.
02 / IMPLEMENTATION
Local inference fits the most sensitive data and stable workload. A hybrid model can split tasks between owned infrastructure and external models according to data classification. A model gateway unifies APIs, logging, limits and later model replacement.
Test accuracy, citations, language quality, latency and cost on representative scenarios.
Estimate concurrency, standardized A4 workload, context length, cache, availability and user growth.
Authentication, tenant separation, limits, logging and tool control.
Model versions, regression tests, rollback and change documentation.
03 / DECISIONS
Scope, architecture and automation level depend on data sensitivity, the workflow and accountability for the outcome.
Size depends on tasks, language, target latency and available hardware. Many workflows are better split across several specialised models.
No. The impact depends on the quantization method and task. A benchmark on your data matters more than a generic leaderboard.
Yes, if the application is separated from inference through a stable model gateway and a regression test set. Portability is an architectural requirement.
We compare candidate models on representative tasks, capacity limits and cost before selecting the production serving path.