Data analytics dashboards, pipeline telemetry and business intelligence

Service Capability

Data & Analytics

Data platform engineering, pipeline development, business intelligence, and analytics infrastructure for organisations that need reliable, governed, and scalable data capabilities.

What we do

Most data problems are not analysis problems. They are engineering problems: data that doesn't arrive reliably, pipelines that break silently, schemas that drift, and reporting that produces different numbers depending on which tool you use. We fix the engineering layer first.

Our data practice covers data platform architecture (warehouse, lakehouse, and streaming), ELT/ETL pipeline development, real-time stream processing, BI and dashboarding, and data governance frameworks that maintain quality and lineage across the entire data estate.

We understand both the producer and consumer sides of data. We work with engineering teams who create data as a by-product of operations, and with analytics teams who need that data to be reliable, documented, and queryable. Designing for both is what makes a data platform sustainable rather than just functional in year one.

Problems we address

  • Data is fragmented across systems, spreadsheets, and departmental databases with no single source of truth
  • Reporting is manual, slow, and produces inconsistent results across teams using the same underlying data
  • Existing pipelines are brittle, undocumented, and break when source systems change
  • Analytics queries are slow because the data model was designed for transactional systems, not analytical workloads
  • Data quality is unknown — no validation, no monitoring, and no alerts when records are missing or malformed
  • Regulatory and audit requirements for data lineage, access control, and retention are not currently met

Capabilities

Data Platform Architecture

Warehouse, lakehouse, and hybrid architecture design using Snowflake, Databricks, BigQuery, or Redshift. We design for query performance, cost, and the data volume and velocity your workloads actually require.

ELT/ETL Pipeline Development

Reliable, tested, and observable data pipelines built with dbt for transformation and Apache Airflow for orchestration. Pipelines include data quality checks, alerting, and clear lineage documentation.

Real-Time Streaming

Event streaming architectures using Apache Kafka and Apache Spark Structured Streaming for near-real-time analytics, CDC (change data capture) from operational databases, and event-driven data delivery.

BI & Dashboarding

Semantic layer design and dashboard development in Tableau or Power BI. We build self-service analytics environments that give business users access to trusted data without requiring SQL knowledge or engineering intervention.

Data Governance & Quality

Data quality rules, profiling, and automated validation integrated into pipelines. Data cataloguing, ownership assignment, and retention policy implementation to satisfy audit, compliance, and GDPR requirements.

Metadata & Lineage Management

End-to-end data lineage tracking so analysts and auditors can trace any metric back to its source system. We implement OpenLineage-compatible tooling that integrates with your existing data catalogue or data mesh implementation.

Our approach

Understand producers and consumers first

Before designing any model or pipeline, we map the systems that produce data and the questions that consumers are trying to answer. Data platforms that optimise for the storage layer without understanding the consumption layer almost always need to be redesigned within two years.

Data contracts as a forcing function

We establish data contracts between producers and consumers that define schema, quality expectations, and SLAs. Contracts create accountability and make schema changes a deliberate, coordinated act rather than a surprise that silently breaks downstream pipelines.

Incremental build, production from the start

We don't build a complete data model in a sandbox and then migrate. We build incrementally in production, starting with the highest-value data domains, so business users are getting value from week four — not month eight.

Observability built in

Every pipeline we deliver includes monitoring, alerting, and data quality assertions. Pipeline failures are caught before they affect downstream consumers, not discovered by analysts noticing discrepancies in reports.

Delivery process

  1. 1

    Discovery & data landscape mapping

    Identify all data sources, consumers, existing pipelines, and analytical use cases. Assess current quality, latency requirements, and regulatory constraints.

  2. 2

    Data model & platform design

    Logical and physical data model for warehouse or lakehouse layer. Technology selection, access control design, and cost modelling for expected query volumes.

  3. 3

    Pipeline build & ingestion

    Build ingestion pipelines for prioritised data domains, including quality checks, transformations, and scheduling. Deployed to production incrementally by domain.

  4. 4

    BI layer & self-service enablement

    Semantic models and dashboards built against the warehouse. Self-service training and documentation for business analysts to create reports independently.

  5. 5

    Monitoring & ongoing governance

    Pipeline health dashboards, data quality metric tracking, cost monitoring, and governance process handover to your data team.

Technologies

Data Warehouses & Lakehouses

SnowflakeDatabricksBigQueryRedshiftDelta Lake

Processing & Orchestration

Apache SparkApache AirflowdbtApache Kafka

BI & Visualisation

TableauPower BILookerApache Superset

Databases

PostgreSQLMySQLMongoDB

Governance & Cataloguing

Apache AtlasDataHubOpenLineageGreat Expectations

Languages

PythonSQLScala

Frequently asked questions

A data warehouse is a specific storage and query layer — typically a columnar database optimised for analytical SQL queries. A data platform is the broader system: ingestion pipelines, transformation layer, the warehouse or lakehouse itself, orchestration, quality monitoring, governance tooling, and the BI layer on top. Most organisations need a data platform; the warehouse is just one component of it.
dbt is the right choice for most organisations doing SQL-based transformation in a cloud warehouse. It brings version control, testing, documentation, and modularity to SQL that was previously maintained as unversioned scripts. The transition is usually incremental — existing transformations can be migrated domain by domain rather than all at once. For teams not currently doing structured SQL transformation, dbt is typically where we recommend starting.
Real-time streaming is justified when there is a genuine business requirement for data that is seconds or minutes old — fraud detection, live operational dashboards, or time-sensitive customer communications. Streaming infrastructure is significantly more complex and expensive to operate than batch. For most reporting and analytics use cases, hourly or sub-hourly batch runs are sufficient and far simpler to maintain. We always validate the latency requirement before recommending streaming.
Power BI has a strong cost advantage if your organisation is already in the Microsoft 365 ecosystem. Tableau offers more flexibility for complex visualisations and better native connectors for some data sources. If your data team uses Snowflake or Databricks heavily, Looker is worth evaluating as a semantic layer tool with embedded analytics capabilities. We're tool-agnostic and will recommend based on your existing licences, use cases, and team skills rather than familiarity with a single vendor.
The first production-ready data domain — with pipelines, quality checks, and a dashboard — can typically be delivered in six to eight weeks. A full platform covering five to eight data domains with self-service BI and governance takes four to six months. The timeline depends heavily on the quality of source system documentation and the availability of subject matter experts from your business to validate data models and transformations.

Turn your data into a reliable asset

Whether you need to modernise a legacy data warehouse, build streaming pipelines, or establish data governance, our data engineering team can help.