Selected Work · Production Architecture

Enterprise Agentic AI Architecture

A high-level view of how I approach governed enterprise AI: turning structured data, unstructured knowledge and engineering systems into usable AI products while keeping architecture, security, observability and cost controls in the design.

Snowflake Cortex AISemantic ViewsNLQCortex SearchAgentsMCPGuardrailsCost Controls
Architecture Stories

What the work covers.

This page intentionally stays at architecture level today. It describes the patterns and engineering direction without exposing client-confidential implementation details.

01 · Architecture Story

Snowflake Cortex AI Products

Designed AI product patterns around governed enterprise data: semantic views provide business meaning, Cortex Analyst enables natural-language analytics, Cortex Search supports retrieval over enterprise knowledge, and agents coordinate tools and data for broader workflows.

  • Semantic layer for governed business context
  • NLQ and analyst experiences over structured data
  • Enterprise search / RAG over unstructured knowledge
  • Agent patterns combining data, search and tools
02 · Architecture Story

Agentic Engineering & Spec-Driven Development

Applied AI-assisted engineering inside predefined architectural boundaries rather than relying on unconstrained code generation. Specifications, steering rules, hooks, agents and MCP tool integrations create a repeatable path from requirements to implementation.

  • Kiro-based implementation patterns with portable concepts
  • MCP connections to governed enterprise tools
  • Git and Jira integration patterns
  • Hooks, agents, specifications and engineering guardrails
03 · Architecture Story

AI Cost & Engineering Efficiency

Designed cost-aware patterns that reduce unnecessary context, tool calls and compute consumption. The same principle extends from developer assistants to Snowflake AI and data workloads: give each workflow the smallest useful context and the right-sized compute.

  • Reusable context and focused specifications
  • Narrow MCP tools instead of unrestricted context
  • Token-aware prompts and workflow boundaries
  • Snowflake credit, warehouse and query-efficiency considerations
04 · Architecture Story

Governance, Observability & Production Trust

Enterprise AI is treated as a production system rather than a standalone model. Identity, policy, evaluation, observability and human approval are incorporated according to the risk and action being performed.

  • Governed tool access
  • Traceability and operational telemetry
  • Evaluation and quality controls
  • Human approval for sensitive actions
Coming nextDeeper architecture details, implementation decisions, sanitized code snippets and selected GitHub reference code will be added progressively where appropriate.
Portfolio note. Examples are generalized and sanitized from enterprise architecture and engineering work. Client names, proprietary code, credentials and confidential implementation details are intentionally excluded.

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