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AWS data pipelines

AWS data pipelines for teams already on AWS.

If your engineering estate is on AWS, your data pipelines usually should be too. We build ingestion, storage and transformation with S3, Glue, Athena, Redshift and Kinesis, defined as code so the whole thing is reproducible.

  • S3 + Glue
  • Athena & Redshift
  • Infrastructure as code

What you get

Fifteen services, one pipeline.

A lake with structure

Sane partitioning, lifecycle policies and table formats on S3.

Everything as code

Terraform or CDK, so environments are reproducible and reviewable.

Pipelines with tests

Monitored, tested jobs replace orphaned scripts.

The right query layer

Athena, Redshift or Redshift Serverless, sized to your usage.

The problem

Fifteen services, no pipeline.

AWS gives you every component and no opinion about how to assemble them. The usual outcome is a data layer that grew by accident: a Lambda someone wrote two years ago, a Glue job nobody will touch, CSVs in three S3 buckets with different naming conventions, and no lineage from source to dashboard. It technically works, no single person understands all of it, and the first serious failure is an archaeology project.

What we build on AWS

What's included.

  • S3 data lake structure with sane partitioning, lifecycle policies and table formats
  • Ingestion with Glue, Lambda or containerized jobs, depending on what the workload actually needs
  • Kinesis or MSK streaming pipelines where events genuinely need to arrive continuously
  • A query and warehouse layer on Athena, Redshift or Redshift Serverless, sized to your usage
  • Orchestration with Step Functions or managed Airflow, with retries and alerting
  • Everything defined in Terraform or CDK, so environments are reproducible, not hand-built

How we work

How we run it.

  1. Step 1

    Document what exists today and what reporting depends on it before changing anything

  2. Step 2

    Establish lake structure and IAM boundaries as the foundation

  3. Step 3

    Rebuild the highest-value pipeline as code, with tests and monitoring, as the pattern to follow

  4. Step 4

    Migrate the remaining pipelines onto that pattern and decommission the orphans

What we use

Tools, platforms and methods.

  • S3
  • AWS Glue
  • Athena
  • Redshift
  • Kinesis
  • Step Functions
  • MWAA
  • Terraform

FAQ

Common questions.

Redshift, Athena or Snowflake on AWS?

Athena is ideal for intermittent querying over S3, with no cluster to manage and pay-per-query cost. Redshift Serverless suits consistent BI workloads that want warehouse semantics without capacity planning. Snowflake runs on AWS and is worth the extra vendor when you need its multi-tenant access controls or cross-cloud portability. We size all three against your real query patterns.

Do we need streaming or is batch enough?

Batch is enough far more often than teams assume, and it is dramatically cheaper to run and debug. Streaming is justified when a decision genuinely depends on sub-minute freshness, such as real-time bidding signals or fraud checks. Hourly batch satisfies most marketing reporting, since the upstream platforms do not update faster than that anyway.

Why insist on infrastructure as code?

Because hand-built AWS environments cannot be reliably recreated, reviewed or rolled back. With Terraform or CDK, staging matches production, changes go through review, and recovery is a re-apply rather than a reconstruction from memory.

Can you work with our existing AWS setup?

Yes, and that is the normal case. We start by documenting what runs today and what depends on it, then improve incrementally. Wholesale replacement is rarely warranted and always riskier than it looks.

Rebuild your AWS data layer.

Tell us what runs on AWS today and we will map what to keep, what to rebuild and in what order.

Talk to an engineer