From first ingestion to production data products
Six delivery surfaces covering the full data engineering lifecycle — pipelines, platforms, observability, and governance.
Data pipeline design
Batch and streaming pipelines built to ingest, transform, and deliver data reliably across any source or sink.
Warehouse & lakehouse
Modern cloud-native warehouses and lakehouses on Snowflake, BigQuery, Databricks, or Redshift — optimised for speed and efficiency.
Real-time streaming
Low-latency event-driven architectures with Kafka, Flink, and Spark Streaming for live analytics and operational decisions.
Quality & observability
Automated testing, anomaly detection, and lineage tracking so teams know when data breaks — before anyone else does.
ELT / ETL modernisation
Migrate fragile legacy ETL jobs to dbt, Airflow, or cloud-native orchestration — without disrupting downstream consumers.
Governance & security
Role-based access, PII masking, audit trails, and cataloguing to meet compliance and build organisational trust in data.
The data engineering lifecycle
Audit your data estate
Sources, quality, latency, and gaps mapped in the first week.
Design the architecture
Schema design, platform selection, and SLA definition before any build.
Connect your sources
APIs, databases, event streams, and files — all piped in reliably.
Clean and model
Layered transformations from raw to business-ready, fully tested.
Deliver to consumers
BI tools, ML models, APIs, and operational systems — all fed from a single source of truth.
Observe and evolve
Freshness, volume, and quality alerts with on-call support and iterative improvement.
From raw event to business-ready data product
Every layer is observable: freshness checks run continuously, anomalies page the on-call engineer, and lineage graphs let analysts trace any metric back to its source row. The result is a platform where confidence in data compounds over time.
Outcomes you can count on
Dashboards every team trusts
One consistent set of numbers. We build a single source of truth everyone can rely on.
Data that arrives in time
Fresh, timely data ready for morning decisions. We deliver it with the latency your business needs.
Robust, well-documented pipelines
Changes ship safely. We deliver tested, documented code that stays dependable as it evolves.
Infrastructure that scales with you
Smooth from 1 GB to 1 TB and beyond. We design for the volumes you will have tomorrow.
Confident compliance and access
Sensitive data stays protected. We implement governance from day one.
ML models fed with great data
Features ready when your models need them. We build feature pipelines that move at model speed.
Tools we work across
We are tool-agnostic and bring expertise across the leading open-source and cloud-managed data stack — selecting the right components for your architecture, not the ones we happen to have a vendor relationship with.
Data you can stake decisions on
Trustworthy data is the foundation of every good decision. We treat data quality and governance as first-class engineering concerns, engineered in from day one.
Data governance framework
We implement governance as code — policies are version-controlled, access is least-privilege by default, and any change to a sensitive table triggers an automated review gate.
- Centralised data catalogue with business glossary
- Column-level PII classification and masking
- Row-level security policies in the warehouse
- Automated audit logs with 90-day retention
- Data ownership matrix linked to catalogue entries
- Regulatory alignment: GDPR, HIPAA, SOC 2 patterns
Data quality engineering
Quality gates are engineered in at every stage of the pipeline — so issues are caught early, well before they reach the reporting layer.
- Schema contracts enforced at ingestion
- Freshness SLOs with alerting on breach
- Statistical anomaly detection on key metrics
- End-to-end column lineage for root-cause tracing
- Quality scorecards published to data consumers
- Incident runbooks for common failure patterns
What you get
At the close of every data engineering engagement, you hold these artefacts — fully documented and ready for your team to own and extend.
Data platform design document
Architecture decisions, platform rationale, and scaling assumptions recorded for future engineers.
Pipeline codebase in your repo
All DAGs, dbt models, and Spark jobs committed to your version-control system with CI/CD wired.
Data quality test suite
Automated freshness, schema, and statistical tests covering every critical table and key metric.
Observability dashboard
Pipeline health, SLA compliance, and data freshness visible to engineering and data teams alike.
Data catalogue entries
Every dataset documented with owner, lineage, schema, and business-friendly description.
Access control policy document
Role matrix, PII classification decisions, and masking rules reviewed and approved by your security team.
Runbooks and incident playbooks
Step-by-step response guides for the most common failure modes — written for your on-call rotation to act on with confidence.
Handover and knowledge transfer
Live walkthroughs, recorded sessions, and onboarding documentation so your team owns the platform from day one.
Common questions
We run the legacy and new pipelines in parallel — typically for two to four weeks per wave — comparing row counts, aggregated totals, and key metric values at each layer. Discrepancies are tracked in a reconciliation report until they fall within an agreed tolerance. We do not cut over to the new system until the parallel-run sign-off is completed with your data owners.
Where source-system schemas are poorly documented, we capture them empirically using automated profiling before any transformation work begins, so the new models reflect the data as it actually behaves today.
Streaming is justified when the business action it enables cannot wait for the next batch window — fraud detection, live inventory, personalisation at click time. For most analytical use cases, a micro-batch pipeline delivering data every five to fifteen minutes gives the same business outcome at significantly lower operational complexity.
Our default recommendation is to start with the simplest architecture that meets the latency SLO, then introduce streaming components only where batch genuinely cannot satisfy the requirement. This avoids the operational overhead of Kafka clusters for dashboards that are refreshed once an hour.
Yes — and in most cases that is the right starting point. Platform replacement carries significant risk and disruption. We typically begin with a health assessment of the existing warehouse: query performance patterns, resource utilisation, unused tables, and schema debt. Many organisations find that better dbt modelling, clustering and partitioning optimisation, and workload governance resolves the underlying problem without a platform change.
Where a migration is genuinely warranted, we plan it as a series of incremental waves rather than a big-bang cutover, preserving access for downstream BI tools throughout.
We start with a data inventory and sensitivity classification — understanding what data exists, where it lives, and who accesses it today. From there, we define ownership (which team is responsible for each domain), build the business glossary, and implement access policies in the warehouse layer rather than relying on downstream BI tools for security.
Governance does not need to be a multi-year programme. A pragmatic first phase — covering the ten to twenty most critical datasets — can be delivered in six to eight weeks and creates a foundation that the organisation can extend incrementally as data literacy matures.
Tell us about your data challenge
We will come back with a clear assessment and a practical path forward.