Platform architecture
Lakehouse and warehouse design on Databricks and Snowflake — Unity Catalog and governance, compute topology, migration paths, and the tuning work that keeps a platform fast as it grows.
Lakeside Analytics helps engineering and analytics teams design, benchmark, and build on Databricks and Snowflake — then ship the applications and agents that run on top. Evidence first: architecture decisions backed by numbers we produced ourselves, not vendor slides.
Every engagement starts with measurement and ends with something running in production. No strategy decks that stop at the recommendation.
Lakehouse and warehouse design on Databricks and Snowflake — Unity Catalog and governance, compute topology, migration paths, and the tuning work that keeps a platform fast as it grows.
Independent, reproducible benchmarks of compute planes and real workloads. We have run the full TPC-DS suite across Databricks compute planes and evaluated Snowflake at 10TB scale — and published the results.
Full-stack data products: real-time dashboards, billion-point time-series engines, and interactive apps over the warehouse. Rust and Arrow where the performance ceiling actually matters.
Agents grounded in your own data: knowledge-graph context, governed tool surfaces over text-to-SQL, MCP integrations, and cost supervision so GenAI spend stays legible.
Before any recommendation, we measure what your platform does today — query profiles, compute spend, where the time actually goes. Findings are reproducible, so you can re-run them after we leave.
Architecture choices get argued on measured trade-offs: cost per query, latency at your concurrency, governance surface. If a benchmark contradicts the conventional answer, the benchmark wins.
We build the thing — pipeline, application, or agent — and hand it over with documentation your team can maintain. Engagements are scoped to end.
A representative sample. The full index — including the Plotly on Databricks series — is on the writing page.
The full TPC-DS suite — 4,750+ queries — run across three Databricks compute planes via Apache JMeter. Serverless SQL warehouses came out roughly 7× faster than any Jobs compute at equal or lower cost.
How knowledge graphs extend the working context available to AI agents beyond fixed dashboards and flat retrieval, implemented on Snowflake.
Interactive Dash applications over large IoT time-series at scale, using the Databricks SQL connector with resampler downsampling on a Polars backend.
Benchmarks, architecture reviews, application builds, and agent work. Email is the fastest way in — a short description of the problem is enough to start.