Data pipelines & ingestion
Reliable pipelines from your databases, SaaS tools, event streams, and files, with retries, backfills, and schema-change handling so a vendor update doesn't break reporting.
Our data engineering services build the foundation your reporting, analytics, and AI depend on: ingestion pipelines from every source system, a cloud data warehouse or lakehouse, tested transformations, and streaming where the business needs data in real time. With quality checks, lineage, and clear ownership built in, your teams get numbers they can trust and stop arguing about whose spreadsheet is right.

Most companies don't have a data shortage. They have the same customer in four systems under four different IDs, a revenue number that depends on who you ask, and a nightly job that fails quietly until someone notices the dashboard stopped moving. Every analyst and every AI project downstream inherits that mess.
Our data engineers build the layer that fixes it: pipelines that pull reliably from every source, a warehouse or lakehouse modeled around how the business actually works, and transformations tested like application code. Freshness and quality are monitored, ownership is written down, and the metrics everyone argues about get a single definition.
Tested
Every transformation, with data checks on every run
1 definition
Per business metric, versioned in code
Alerted
On late or broken data before anyone opens a dashboard
Yours
Pipelines, models, and docs in your own cloud accounts

Data pipelines, warehouses, and streaming systems that turn scattered data into one trustworthy source for reporting and AI.
Six kinds of data work we deliver, whether you are building a first data warehouse or repairing a platform nobody trusts anymore.
Reliable pipelines from your databases, SaaS tools, event streams, and files, with retries, backfills, and schema-change handling so a vendor update doesn't break reporting.
A cloud data warehouse or lakehouse on Snowflake, BigQuery, or Databricks, sized to your real volumes and query patterns rather than the vendor's biggest tier.
dbt models that turn raw tables into clean, documented datasets and a shared metrics layer, so finance, product, and sales finally report the same numbers.
Kafka and Flink pipelines for the cases that need data in seconds: fraud checks, live operations dashboards, inventory, and event-driven product features.
Automated tests, freshness checks, and anomaly alerts on your most important tables, routed to the people who own them, with a clear incident process.
Documentation, lineage, and access policies that make data easy to find and compliant with GDPR or HIPAA, without slowing down the analysts who rely on it.
Most teams see their first trusted dashboard on the new platform within six weeks. We start from the questions the business most needs answered and build backward to the pipelines that feed them.
2 weeks
We inventory source systems, existing pipelines, and the reports people rely on, find where the numbers diverge, and agree a target architecture and the first business area to tackle.
3–4 weeks
One business area, often revenue or customers, goes from source to tested model to dashboard, with orchestration, monitoring, and access control in place from the start.
4–10 weeks
Remaining domains follow the same pattern. Legacy jobs and reports are migrated and reconciled against the old numbers before anything is switched off.
Ongoing
Documentation, runbooks, and training for your data team, then optional support with agreed response times and regular cost and reliability reviews.
One agreed number for revenue, customers, and every other core metric
Broken or late data caught by alerts, not by an executive in a meeting
Analysts answering their own questions instead of queuing for engineers
A clean, governed foundation ready for machine learning and AI
The tools we reach for on Data Engineering work, picked for the problem in front of us and for the team who inherits the code.
Getting data out of systems that resist it
Transformations that are tested like code
The warehouse and the lake, and when to use each
Scheduled, observed, and alerting on freshness
Data engineering builds and runs the infrastructure that moves, cleans, and stores data. Data science uses that data to answer questions, run experiments, and build forecasts. Engineering comes first: without reliable pipelines and agreed definitions, analysis rests on numbers nobody trusts. We offer both, and many clients start with data engineering, then bring in our data science team once the foundation is solid.