Status quo · late 2026
What has changed — and why it matters now
How we approach it
Our method for AI Engineering
01ArchitectureGateway, retrieval, orchestration, storage, security and observability designed together.
02BuildPrompt and agent code under version control, eval suites, CI/CD for models and prompts.
03DeployServerless or GPU inference, autoscaling, caching, rate limits, regional residency.
04OperateMonitoring, cost dashboards, incident playbooks, model and prompt lifecycle.
05OptimiseRouting, distillation, fine-tuning, quantisation, prompt compression.
In depth
The LLMOps / MLOps stack
Data & features
Lakehouse, feature store, labelling, synthetic data.
Training & tuning
Fine-tuning (LoRA), RLHF/DPO where justified, experiment tracking, registry.
Evaluation
Task metrics, groundedness, safety, bias, latency, cost — automated in CI.
Serving
Gateways, routers, caching, streaming, fallback across providers.
Observability & governance
Tracing, drift, audit logs, lineage from prompt to output.
What you get
Deliverables
LLMOps / MLOps pipelinesGenAI lifecycleModel evaluationEnterprise AI APIsInfrastructure designPerformance optimisation
Technology-agnostic
Platforms we work across
We design for the outcome first and choose the platform second — across Microsoft, AWS and Google Cloud, and every major AI provider.
Azure AI Foundry & Azure MLAWS Bedrock & SageMakerGoogle Vertex AIAnthropicOpenAIGeminiDatabricks Mosaic AIMLflowLangSmith / LangfuseKubernetes & vLLM
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