Raw tables feed reporting
Dashboards depend directly on source schemas, so an upstream change can alter a business number without a controlled model in between.
Data warehouse consulting
Design, build, migrate or improve a cloud data warehouse across Snowflake, BigQuery, Databricks and ClickHouse. Architecture, modelling, performance and reporting foundations follow the workload and team, not a preferred vendor.
Snowflake
Cloud data warehouse for analytics and data applications.
Our expertise
We design schemas, tune SQL, manage costs, and support Snowflake delivery.
BigQuery
Google Cloud warehouse for large-scale analytical workloads.
Our expertise
We model datasets, optimize queries, and connect BigQuery into pipelines.
Databricks
Tooling used in modern data and analytics work.
Our expertise
We apply it where it fits the team, data platform, and delivery constraints.
ClickHouse
Tooling used in modern data and analytics work.
Our expertise
We apply it where it fits the team, data platform, and delivery constraints.
dbt
Analytics engineering framework for tested SQL models.
Our expertise
We build, refactor, test, document, and review dbt projects.
Choose the platform around the workload, define the grain before the model and give reporting a stable contract above raw source data.
The problem
The warehouse is running, but its models, workloads and reporting contracts are harder to explain with every change.
Dashboards depend directly on source schemas, so an upstream change can alter a business number without a controlled model in between.
Teams join tables without agreeing what one row represents, which creates duplicate counts and difficult reconciliations.
Warehouse changes ship without contracts, tests or a dependency review, leaving analysts to find failures after release.
Schemas and jobs move to a new platform, but duplicated logic, unclear ownership and expensive query patterns move with them.
What you get
Vendor-neutral consulting and implementation across the warehouse lifecycle.
Define layers, workload boundaries, ownership and the interfaces between ingestion, transformation and reporting.
Build or improve the warehouse your team uses, with platform choices, access and operating decisions documented.
Create tested facts, dimensions and marts with explicit grain, lineage and reusable metric logic.
Plan schemas, loads, transformations, validation and cutover without treating migration as a blind copy.
Use workload evidence and query profiles to tune models, compute and processing patterns.
Add tests, contracts and stable reporting layers so downstream teams can see what changed and why.
Warehouse architecture
A warehouse decision affects ingestion, workload isolation, transformation models and downstream reporting. Treat those layers as one operating system, then choose the platform that fits its constraints.
Platform follows workload
Warehouse architecture
VENDOR-NEUTRALReviewable delivery
Before sign-off, the warehouse design should make workload boundaries, ownership and downstream interfaces clear. A build or migration should add explicit model grain, validation criteria, a cutover path and the operating decisions the internal team will need later.
How we work
Start with an audit when priorities are unclear, a sprint for one defined outcome, or embedded support for recurring delivery.
A defined architecture, modelling, migration or performance outcome with acceptance criteria, implementation and handoff.
Recurring senior engineering capacity inside your repositories, account and planning cadence for a growing warehouse backlog.
Practical writing and open-source tools related to this service. Useful context, not a substitute for client results.
Questions
Practical answers for teams scoping this kind of work. If your situation is not covered, the contact step is a short scoping call.

Share the platform, the reporting or migration problem and the outcome you need. We will reply with the most useful next step.