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Data Engineering & Analytics

Data the business can trust and actually use.

We bring data out of CRM, ERP, finance and operational systems, agree what each number means and make reporting dependable, so decisions stop waiting on spreadsheets.

Data streams flowing into a dashboard of rising charts
In brief

What is data engineering?

Data engineering is the work of collecting data from the systems a business runs on, cleaning it and organizing it so it can be trusted. It makes reporting and analysis consistent, and it prepares the ground for automation and AI. Without it, every report becomes a manual reconciliation exercise.

  • Reporting that updates on its own instead of taking days each month
  • One agreed definition for every key measure
  • Data problems caught by checks, not discovered in a meeting
  • Data prepared for search, automation and AI
Best for
Monthly reporting takes days of manual work
Ways to start
Discovery, defined project or ongoing team
You see progress
Working software every 1 to 2 weeks

When this is the right call

Most businesses already hold the data they need, spread across systems and defined differently by each team. We bring it together, agree the definitions and make reporting dependable.
Three databases feeding a funnel that outputs a clean grid of records
  • Monthly reporting takes days of manual work.
  • Teams present different numbers for the same measure.
  • Dashboards exist, but nobody fully trusts them.
  • You want to use AI but do not know whether your data is ready.
Outcomes

What changes for the business.

The results we design the work around, agreed with you before we start.

01

Reporting that updates on its own instead of taking days each month

02

One agreed definition for every key measure

03

Data problems caught by checks, not discovered in a meeting

04

Data prepared for search, automation and AI

What we deliver

Data Engineering & Analytics, end to end.

Pipelines are tested and monitored like any other production software.

Connected data

Information from operational systems and SaaS tools brought into one place.

Agreed definitions

One version of each key measure that every team uses.

Reporting and dashboards

Reports that update themselves and show what decisions need.

Data quality checks

Problems caught early instead of discovered in a board meeting.

AI-ready data

Clean, permissioned data prepared for search, automation and AI features.

Engineering depth
  • Batch and event-driven data pipelines
  • Data warehouse modelling
  • Data quality testing and lineage
  • BI and reporting layers
  • PostgreSQL, MySQL, SQL Server and cloud warehouses
  • Data preparation for retrieval and AI
How we think

From source system to decision.

Dependable reporting is built in layers. Each layer has one job and its own tests.

01

Sources

CRM, ERP, finance, product databases and spreadsheets that cannot be avoided yet.

02

Pipelines

Data extracted on a schedule or as events, logged and retried when a source fails.

03

Model

Cleaned data organized around the business: customers, orders, jobs, invoices.

04

Metrics

Each measure defined once, in code, with an owner who agrees what it means.

05

Dashboards and decisions

Reports built for the decisions people actually make, not every number available.

How it works

Pick the size of the first step.

Most clients start small and expand once the first stage proves itself.

Typical engagement 01

Reporting foundation

Pipelines from two or three core systems into one model, with the first set of agreed metrics and dashboards.

Typical engagement 02

Metric definitions

A working session series to agree definitions for the measures that cause the most argument, then build them in code.

Typical engagement 03

AI data readiness

A review of whether the data can support a planned AI feature, and the preparation work it needs.

  1. 1

    Find the decisions

    Which decisions need data, and which numbers people argue about today.

  2. 2

    Connect sources

    Pipelines from the systems that hold those numbers.

  3. 3

    Model and define

    A clean model and one definition per metric.

  4. 4

    Test

    Freshness, completeness and reconciliation checks on every load.

  5. 5

    Deliver

    Dashboards and data access for the people and products that need it.

A closer look

Building data the business trusts.

Starting from decisions, defining metrics once, and the checks that keep numbers right.

Start from decisions, not data

Data projects stall when they start by collecting everything. We start from the decisions people need to make and the questions behind them: which customers are at risk, which jobs lose money, where stock will run out. Each question points to the data needed to answer it. That keeps the first release small and the value visible.

One definition per metric

Most arguments about numbers are arguments about definitions. "Revenue" can mean booked, invoiced or paid; "active customer" can mean several things. We write each important metric down once, with its owner, its calculation and its source, and build it in one place so every report uses the same logic. When the definition changes, it changes everywhere.

MetricDefined asSourceOwner
Monthly revenueInvoiced amount, excluding tax and credit notesAccounting systemFinance
Active customerAt least one paid order in the last 90 daysOrder systemSales
On-time deliveryDelivered on or before the promised dateDelivery systemOperations

The table above is illustrative; your definitions come from your teams.

Pipelines that can be trusted

Pipelines move data from source systems into a model built for analysis. The parts that make them dependable are not glamorous: automated checks for missing, duplicated or out-of-range values; alerts when a source stops sending; a record of where each figure came from; and tests on transformations, like any other code. A dashboard that is quietly wrong is worse than no dashboard, because people act on it.

Do you need a warehouse?

Not always. A small business with two or three sources can often report directly from a well-structured database. A warehouse earns its place when several systems need combining, history must be kept as sources change, or reporting load is slowing the operational systems. We size the architecture to the questions and the volume, and leave room to grow.

Access and governance

Analytical data often combines information from many systems, so it needs its own access rules. People see the data their role requires, personal data is minimised or pseudonymised where the analysis allows, and access is reviewed. Under UK GDPR, security measures should be appropriate to the risk and tested regularly; the ICO's guide to data security sets out what that involves.

Ready for AI

The same foundations make AI work possible: clean, defined, permissioned data with known sources. Teams that skip them find their AI pilots stall on data problems rather than model problems.

Batch or real time

Most reporting is well served by data refreshed every few hours or overnight. Real-time pipelines cost more to build and run, so we reserve them for decisions that genuinely cannot wait, such as fraud checks, stock alerts or live operational dashboards. Asking how quickly someone will act on a number usually answers the question.

Owning it afterwards

Data platforms need someone to look after them. We document each pipeline, metric and data source, set up alerts that reach the right owner, and work alongside your analysts so they can add new sources and reports themselves. The goal is a platform your team runs, not one that depends on us.

An example

A logistics business reports from spreadsheets compiled every Monday. The first release connects the order, delivery and finance systems to a small warehouse, defines six metrics with their owners, adds quality checks and replaces the Monday spreadsheet with a dashboard updated each morning. The second release adds margin by customer, the question the leadership team asked first.

Technology we use for this

Chosen for the problem, not fixed in advance.
  • PostgreSQL
  • SQL Server
  • MySQL
  • Python
  • Data pipelines
  • Redis
  • AWS
  • Azure

Data Engineering & Analytics: questions we are asked

What is data engineering?

Data engineering is the work of collecting data from the systems a business runs on, cleaning it and organizing it so it can be trusted. It makes reporting and analysis consistent, and it prepares the ground for automation and AI. Without it, every report becomes a manual reconciliation exercise.

Do we need a data warehouse?

Not always. A well-designed reporting database is enough for many businesses. A warehouse becomes worth it as sources, volume and the number of people asking questions grow.

Which BI tool do you use?

We work with the tool your teams already use where it fits. The definitions and model matter more than the dashboard tool, and they are built so the tool can change.

Is our data ready for AI?

It depends on the task. AI that answers questions needs clean, permissioned content. AI that predicts needs consistent history. A short readiness review tells you which gaps matter for your use case.

Get a proposal

Get a proposal for data engineering & analytics.

Tell us what you need. We reply with a clear next step, usually a short call and a written plan.

  1. 1We read your brief properly
  2. 2You speak with people who can discuss the business and the engineering
  3. 3You get a clear next step: a scoped engagement, a discovery phase or a proposal

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