Data Analytics & Engineering
Most organisations do not have a reporting problem. They have a trust problem — two dashboards disagree, nobody knows which is right, and decisions revert to instinct. Fixing that starts underneath the charts.
- Reply within one business day
- NDA on request
- No obligation
What this covers
Data pipelines
Ingestion from operational systems, third-party APIs and event streams, with the scheduling, retries and failure alerting that keep them dependable.
Warehouse modelling
A modelled layer with agreed definitions, so 'active customer' means one thing across every report rather than being redefined per query.
Streaming and near-real-time
Event pipelines on Kafka and cloud streaming services where a daily batch is too slow for the decision being made.
Reporting and BI surfaces
Dashboards built around the questions people actually ask, plus the self-serve layer that stops every new question becoming a ticket.
Product analytics instrumentation
Event tracking designed deliberately, with a documented schema, rather than accumulated ad hoc until nobody trusts it.
Data quality monitoring
Automated checks on freshness, volume and distribution, so a broken upstream feed surfaces as an alert rather than as a wrong decision.
From first conversation to running software
- 01
Start from the decisions
Which decisions are being made badly for want of information. Reporting built without that anchor produces dashboards nobody opens twice.
- 02
Audit the sources
Where the data actually lives, how reliable it is, and where existing numbers disagree with each other and why.
- 03
Model and build
Pipelines and a modelled layer with agreed definitions, built incrementally so the first useful report does not wait for the whole warehouse.
- 04
Instrument and hand over
Quality monitoring, documentation, and enough self-serve capability that your team is not dependent on us for the next question.
Tell us which decision you can't get a straight answer for
Discuss a data projectPlatforms we've built
Projects from our portfolio. Each has its own write-up.
Trading
OptionTeller
An options analytics platform querying 70+ million daily trades, built on Next.js and Rust.
Renewable Energy
Fourth Partner Energy

Web, Android and the data-crunching backend behind a distributed solar portfolio spanning 3,000+ projects.
Healthcare — Hospital Operations
E-Med

A hospital management platform, web and mobile, covering OPD to admissions, digital prescriptions and billing.
What we build it with
Selected for what this kind of system needs, not a default toolkit.
Storage
PostgreSQL
MySQL
MongoDB
Oracle
Apache Hive
Streaming
Kafka
Amazon Kinesis
Azure Event Hub
Platform
AWS
Google Cloud
Azure
Python
Where this work tends to land
Each of these sectors shapes the work differently — the industry page covers the specifics.
Data Analytics & Engineering: common questions
01
Why do our existing dashboards disagree with each other?
Almost always because the same term is defined differently in each one — each report encodes its own version of what counts as active, or complete, or revenue. The fix is a modelled layer where those definitions live once and every report derives from it, rather than adjudicating between dashboards one at a time.
02
Do we need a data warehouse, or is our database enough?
If reporting queries are slowing your production database, if you need to combine data from several systems, or if you need history that operational systems overwrite, then a separate analytical store earns its place. If none of those are true, a well-indexed read replica may be all you need — and it is a great deal less to run.
03
How real-time does reporting need to be?
Less often than people assume. The honest test is whether anyone would act differently on data that is an hour old — if not, a batch pipeline is cheaper, simpler and more reliable. Streaming is worth the additional complexity for genuinely time-sensitive decisions like operational monitoring or fraud signals.
04
Can you work with the BI tool we already have?
Yes. Most of the value is in the pipelines and the modelled layer beneath the tool, and that work carries across regardless of which tool sits on top.
05
How do you handle bad or missing data?
By making it visible rather than silently filling gaps. Automated checks on freshness, row volume and value distribution catch a broken upstream feed as an alert, which is considerably better than discovering it through a decision made on stale numbers.
Tell us which decision you can't get a straight answer for
Describe the question your data should be answering and where it currently lives. We'll come back with an assessment of what it would take.
- Reply within one business day
- NDA on request


