Data platform architectures: what changes when AI needs your data?
Understand warehouses, lakes, lakehouses, mesh and fabric through one business example, and learn what makes a data platform ready for AI.
Data & AI Architect
I design data platforms and AI systems for production. I write about delivery, observability and the decisions that keep those systems maintainable.
Practical notes on operating AI systems under real production constraints.
Architecture essays, delivery guides and operational lessons from the part of AI work that starts after the first promising notebook.
Understand warehouses, lakes, lakehouses, mesh and fabric through one business example, and learn what makes a data platform ready for AI.
Explore data fabric architecture through MorrowBasket's reports and agents, and see how shared context and access controls support AI-ready data platforms.
Explore data mesh through MorrowBasket's teams and learn how domain ownership, data products and shared governance support analytics and AI.
An MCP server that gives an agent structured tools for tasks, projects and inbox capture.
Setup, decisions and limitations →Nine learning modules connect data preparation and feature engineering to training, pipelines, MLOps and generative AI.
Setup, decisions and limitations →From model packaging to deployment, ownership and operational readiness.
Explore MLOps → 7 postsBusiness definitions, data history and ownership behind reliable AI inputs.
Explore data platforms → 3 postsMonitoring signals, feedback loops and operational baselines.
Explore observability →Conference sessions on production AI, MLOps, observability and data platform architecture.
Embeddings, vector search and the bridge between traditional data platforms and modern AI.
A full-day workshop following data preparation, model training, pipelines and model operations in Databricks, with hands-on exercises.
I am a Data & AI Architect working on production data platforms, MLOps and cloud-native AI systems. My work focuses on the engineering decisions that make these systems operable, observable and maintainable.