Engineering · Service

Data Engineering

AI is only as good as the data behind it. We build the pipelines, warehouses, and streaming infrastructure that make your data clean, timely, and ready for analysis — at any scale.

17yrs
Data engineering experience
200+
Data pipelines delivered
99%
Client satisfaction
What we deliver

Data infrastructure built to last.

ETL / ELT Pipeline DevelopmentRobust extract, transform, and load pipelines that move data reliably between source systems, data warehouses, and analytics platforms — with scheduling, monitoring, and alerting built in.
Data Warehouse DesignDimensional modelling, schema design, and implementation on Snowflake, BigQuery, Redshift, or Azure Synapse — optimised for query performance and cost efficiency at scale.
Data Lake ArchitectureCloud-native data lake solutions on AWS S3, Azure Data Lake, or Google Cloud Storage — with cataloguing, governance, and access control so data is discoverable and secure.
Real-Time StreamingEvent-driven pipelines using Kafka, Kinesis, or Pub/Sub for applications that need low-latency data — fraud detection, live dashboards, recommendation engines, and IoT data ingestion.
Data Quality & ObservabilityAutomated data validation, anomaly detection, lineage tracking, and alerting — so you know immediately when data is late, wrong, or missing before it reaches your reports or models.
Data Platform MigrationMigrating legacy on-premise data systems to modern cloud platforms with minimal disruption — full schema translation, historical data migration, and parallel-run validation.

A predictable path from brief to live.

01
Audit
We map your current data sources, quality issues, volume, and access patterns to understand what needs to be built.
02
Design
Architecture selection, tooling decisions, schema design, and data contracts — agreed before any pipeline code is written.
03
Build
Incremental delivery of pipelines and transformations with data quality checks at each stage — you see data flowing early.
04
Operate
Monitoring dashboards, SLA alerts, and ongoing support — with documentation your team can maintain independently.
Client voices

Reliable enough to come back for.

We hire a lot of contractors for small to mid-sized projects. This one has been our favorite — a higher quality of developer than most, and very responsive.

BradBradHotAirTools.com

I've been very impressed with the quality of the iOS and Android apps. Great professionalism, outstanding communication and responsiveness.

IvanIvanFounder & CEO, Gigley

The quality is just top-notch. The best thing is that they actually meet all the deadlines and my high expectations. The team rocks!

WilcoWilcoFounder & CEO
Our data stack

Best-fit tools, chosen for your problem.

PythonPython AWSAWS AzureAzure Google CloudGoogle Cloud Node.jsNode.js JavaScriptJavaScript
Ready to fix your data foundations?

Talk to a senior data engineer — we'll audit your current stack and give you an honest improvement roadmap.

Talk to us
FAQ

Questions we hear a lot.

Still unsure? Talk to us →

What is the difference between a data warehouse and a data lake?+

A data warehouse stores structured, processed data optimised for SQL queries and BI reporting — ideal for finance, sales, and operations dashboards. A data lake stores raw data in any format at low cost, designed for large-scale processing and ML workloads. Many modern architectures use both, often in a lakehouse pattern that combines the flexibility of a lake with the query performance of a warehouse.

How do you handle data quality across multiple source systems?+

We implement validation rules at ingestion (schema checks, null rate monitoring, referential integrity), transformation tests (row count reconciliation, business rule assertions), and output alerting (dashboards that flag anomalies before they reach end users). We also set up data contracts between upstream producers and downstream consumers to catch breaking changes early.

Can you work with our existing cloud setup?+

Yes — we work across AWS, Azure, and Google Cloud, and we adapt to the tools you already have. If you're already using Redshift, we build on it rather than recommending a migration unless there's a clear performance or cost reason to move. Our goal is to improve your data platform, not sell you a greenfield rewrite.

How long does a typical data engineering engagement take?+

A focused project — for example, migrating three reporting pipelines to a new warehouse — typically takes 6–10 weeks. A full data platform build with multiple source integrations, streaming, and a semantic layer usually runs 3–6 months. We scope precisely after the discovery audit so you always know what you're committing to.

Will our team be able to maintain the pipelines after handover?+

Yes — maintainability is a design requirement, not an afterthought. We deliver clear documentation, use well-supported open tools rather than proprietary black boxes, and run knowledge-transfer sessions with your team. We also offer managed operations if you'd prefer us to continue running and improving the platform on an ongoing basis.