Agents, models and MCP servers running inside a real enterprise — with the security, grounding and observability to survive there.
WhatA central router classifying every ask and dispatching to specialist production agents — leave, resource information, dev-ops sync, knowledge — grounded by RAG over country- and domain-specific policy indexes with a query-rewriting layer. Multilingual by design. Demoed to the CEO and COO.
Agent securityLeast-privilege tool access per agent and an auditable action registry — every capability explicit, scoped, and logged.
Write-ups: from a chatbot to a real agentic assistant → · a Teams bot on Azure, end to end →
WhatA dynamic GraphQL layer exposed as MCP tools: the model reads the schema, constructs its own queries, and answers conversationally. Data access for operations, finance, HR and leadership — demoed to the CEO.
WhatPurpose-built agents supporting recruitment requisition workflows — drafting, matching and moving them along, with humans approving.
WhatFoundry model deployments serving everyday features across applications — summarization, translation, classification, insight — chosen and cost-engineered per workload.
WhatMultiple MCP servers built and deployed, wrapping enterprise systems as tools a model can reason over — scoped, logged, and permission-aware.
WhatBuilt from the code layer — table relationships, per-column definitions, join paths — so schema context stops being hand-fed into every prompt. The grounding layer between the warehouse and the agents.
WhatMicrosoft's semantic-grounding direction maps almost one-to-one onto the knowledge-graph design — evaluated first-hand at Microsoft's AI Innovation Day and folded into the roadmap.
WhatAn LLM-powered pull-request review desk wired into Azure DevOps — then benchmarked against commercial reviewers before the team committed to it.
WhatA single-file dashboard reading Azure DevOps directly and using a model to triage the support queue — classification, summaries, suggested owners — with no infrastructure to own.
NowWorking the fine-tuning ladder — SFT and LoRA on Azure — from baseline evals toward trained adapters.