Every model release is a manual, risky event
03 / Services / LLMOps / MLOps
LLMOpsMove AI safely into production.
Production operations for LLM apps: evaluation, prompt versioning, observability, guardrails, cost control, and continuous improvement.
01 / The problem
What usuallygets in the way.
Quality and cost are only noticed after complaints
Nobody can reproduce last month's model
02 / What I build
What you get.
- CI/CD for models and prompts, with evaluation gates
- Tracing, quality and cost dashboards
- Versioned artefacts, runbooks and rollback
03 / How it works
A loop, not a launch
A typical architecture for this kind of work. Scroll to follow the flow, or hover a stage for detail.
Model
A versioned model or prompt with its data lineage.
Evaluation
Automated checks against a fixed test set.
Deployment
Gated releases with canary and rollback.
Monitoring
Latency, cost, drift and quality in one view.
Feedback
Real usage flows back into the next evaluation.
04 / In depth
The details.
Shipping an LLM demo is easy; running one reliably in production is not. I put the operational layer around your LLM and RAG applications so they stay accurate, fast, safe, and affordable as they scale.
Evaluation & Testing
Automated eval suites (golden sets, LLM-as-judge, regression tests) wired into CI so every prompt or model change is measured before it ships.
Observability & Tracing
End-to-end tracing of prompts, retrievals, tool calls, tokens, latency, and cost - so you can see exactly why the model answered the way it did and fix it fast.
Guardrails & Cost Control
Input/output validation, PII and jailbreak protection, semantic caching, model routing, and token budgeting to cut spend without hurting quality.
05 / Tech stack
Tools I usefor this work.
- MLflow
- DVC
- LangSmith
- Evidently
- Docker
- GitHub Actions
- AWS
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LLMOps / MLOps
Need LLMOps?Let’s scope it together.
Tell me about the goal, the data and the constraints. I’ll reply with questions and a practical first step.