Databricks Lakehouse

Databricks Development & Lakehouse Engineering

PixoBots builds data platforms on Databricks - Delta Lake tables, Spark pipelines, Unity Catalog governance and machine learning on one lakehouse - with dedicated data engineers who work with AI tools. AI drafts PySpark and SQL pipeline boilerplate, data quality expectations and job documentation, and a developer reviews every change, so new platforms, workspace clean-ups and Hadoop or legacy warehouse migrations on AWS, Azure or Google Cloud move faster.

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Our Databricks development capabilities

  • check_circle Lakehouse & medallion architecture
  • check_circle Delta Lake table design & tuning
  • check_circle Unity Catalog governance & lineage
  • check_circle PySpark & SQL ETL/ELT pipelines
  • check_circle Lakeflow declarative pipelines & streaming
  • check_circle Databricks SQL warehouses for BI
  • check_circle MLflow, model serving & AI workloads
  • check_circle Hadoop & legacy warehouse migration

What we deliver

Review the estate

We look at sources, data volumes, existing jobs and how people query today, then define the target lakehouse and what moves first.

Govern from day one

Unity Catalog catalogs, schemas, groups and grants set up as code, so access, lineage and auditing are in place before data arrives.

Build the pipelines

Bronze, silver and gold layers in PySpark or SQL, with AI-drafted, developer-reviewed tests and data quality expectations that fail loudly instead of silently.

Tune & hand over

Cluster policies, job compute and file layout tuned for cost, with runbooks and documentation your team can own.

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What a lakehouse on Databricks gives you

Databricks stores data as Delta Lake tables: open Parquet files with a transaction log that adds ACID transactions, schema enforcement and time travel. That lets one copy of the data serve data engineering, SQL analytics and machine learning, instead of maintaining a data lake for data scientists and a separate warehouse for BI.

The engineering discipline matters as much as the platform. Workspaces that grow organically end up with hundreds of untracked notebooks, all-purpose clusters left running and tables nobody owns. We structure work into version-controlled jobs, deploy them with CI/CD using Databricks Asset Bundles, and apply cluster policies so cost and access stay under control.

Unity Catalog and governance

Unity Catalog is Databricks' governance layer: a single place to manage permissions, row and column level access, lineage and auditing across workspaces. If your tables still sit in the legacy per-workspace Hive metastore, upgrading to Unity Catalog is usually the first project we recommend, because most newer Databricks features depend on it.

Medallion architecture without the common mistakes

Bronze, silver and gold layers are a convention, not a quality check in themselves. The pitfalls we see most often are pushing every source table through all three layers whether anyone uses it or not, applying business logic in bronze so raw data can no longer be replayed, and building dozens of near-identical gold tables, one per report. Each adds storage, compute and maintenance without adding clarity.

We keep bronze as an append-only record of what arrived, put cleansing, deduplication and conforming in silver, and model gold around shared business entities and metrics that several reports reuse. Incremental processing with Auto Loader and the Delta change data feed means each run touches only new or changed data, which is usually the biggest single lever on pipeline cost and run time.

Migrating from Hadoop and legacy warehouses

Hadoop migrations typically move HDFS data to cloud object storage, convert Hive tables to Delta and port Spark or Hive jobs to Databricks jobs, retiring cluster administration along the way. Warehouse migrations from on-premises SQL platforms land raw data first, rebuild transformations in the medallion layers and reconcile outputs against the old system before reports are switched over.

Pixel & Bots

Pixel-perfect software, delivered at AI speed

PixoBots stands for Pixel & Bots. Our Bots are dedicated developers who work with AI tools: AI takes the repetitive work, a developer reviews every line, and the result is pixel-perfect.

Pixel

Polished UI and clean, tested code - detail is part of the job, not an afterthought.

Bots

Dedicated developers who join your team and use AI for boilerplate, tests and documentation.

Savings

AI-assisted delivery can save more than 50% of development cost compared with traditional development.

Plan your Databricks lakehouse

Tell us about your goals and we'll get back to you within 24 hours.

Frequently asked questions

What is Databricks used for? expand_more
Databricks is used to build a lakehouse - one platform for data engineering, SQL analytics, streaming and machine learning on open Delta Lake tables. Teams use it for ETL pipelines, BI-ready data models, and training and serving ML and AI models on the same governed data.
Databricks or Snowflake - which should we choose? expand_more
Choose Databricks if your workload is engineering-heavy, involves streaming or large-scale machine learning, or you want open table formats you control. Snowflake is often simpler for SQL-centric analytics teams. Both are capable, and we can help you decide based on your workloads and skills.
Do we need Unity Catalog? expand_more
Yes for almost any new or growing Databricks platform. Unity Catalog provides centralised permissions, lineage and auditing across workspaces, and many newer Databricks capabilities require it, so upgrading from the Hive metastore is usually worthwhile.
Can you migrate our Hadoop cluster to Databricks? expand_more
Yes. We move HDFS data to cloud storage, convert Hive tables to Delta Lake, port Spark and Hive jobs, and run old and new pipelines side by side until the outputs match, then decommission the cluster.
Is Databricks a good fit for a small data team? expand_more
It can be, if the workloads justify it. Serverless SQL warehouses and serverless jobs remove most cluster management, and Asset Bundles keep a small team's work version-controlled and repeatable. If your needs are mainly SQL reporting on modest data volumes, a simpler warehouse may be easier to run, and we will tell you so.
How do you keep Databricks costs under control? expand_more
Most overspend comes from all-purpose clusters running jobs, oversized compute and poorly laid-out tables. We move scheduled work to job or serverless compute, enforce cluster policies and auto-termination, and optimise Delta file layout so queries read less data.