Big Data

Big data work that starts by sizing the problem

Most projects that arrive asking for a big data platform are not limited by volume. They are limited by data sitting in five systems that disagree with each other. We find out which problem you have before anyone buys a cluster, and build the pipelines, warehouse and integrations that follow either way.

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The question worth answering first

Volume alone rarely justifies a distributed platform. A single Postgres instance handles hundreds of millions of rows and tens of gigabytes without complaint, and modern warehouses stretch much further than teams expect. The honest threshold is not a row count — it is when one machine can no longer finish the work inside the window you have.

What usually hurts instead is shape: the same customer recorded three different ways, timestamps in four time zones, a nightly export that silently truncates. Those are integration and modeling problems, and a bigger cluster makes them more expensive rather than solved.

Where we are strongest: moving data between systems that disagree

On EZRater we integrated more than forty insurance carriers whose systems ranged from modern REST APIs to legacy SOAP services to flat-file uploads, each with its own dialect of the ACORD XML standard. One submission went out, comparable quotes came back, and a per-carrier mapping profile absorbed the differences so new carriers could be added without touching core code.

That is the shape of most real data work: not scale, but reconciliation. The same pattern runs through the multi-branch gym platform we built, where membership, door hardware, kiosk payments and retail all had to agree on who a member was.

What we build when the data genuinely is large

Ingestion that survives a bad day: retries, dead-letter handling, and a record of what arrived and what did not. Transformation that is version-controlled and testable rather than a notebook someone runs by hand. Storage modeled for the questions you actually ask, with history kept where it matters.

Then the unglamorous half — monitoring, cost visibility, access control, and documentation someone can read in a year. A pipeline nobody trusts is worse than no pipeline, because people quietly go back to the spreadsheet.

An honest note on our track record

We build data engineering inside products: pipelines, integrations, warehouses and the reporting on top. We have not run petabyte-scale Hadoop or Spark estates, and we would rather say so than imply otherwise.

If your problem genuinely sits at that scale, we will tell you, and bring in specialist help for the platform layer rather than learning it at your expense. In our experience that conversation is rare, and the project underneath is usually a data integration problem wearing a bigger name.

How an engagement starts

A short assessment: what questions the business cannot answer today, which systems hold the pieces, how much data there really is, and how fresh it has to be. We measure rather than assume.

The output is a written recommendation with options, costs and risks — including the option where the answer is a better schema and two scheduled jobs rather than a platform.

What we already build

11 real services,
ready today.

While we scope this together, here's what's already a proven, dedicated service.

Questions we get asked

Before you
brief anyone.

The answers are the same ones we give on a first call — including where the honest answer is "it depends, and here is what it depends on".

How much data counts as big data?

There is no row count that decides it. The useful test is whether one machine can finish the work inside the window you have. Plenty of teams run hundreds of millions of rows on a single Postgres instance; the trigger is usually freshness or concurrency, not size.

Do we need a data lake or a warehouse?

A warehouse suits structured data you query repeatedly with known questions. A lake suits raw and semi-structured data you keep because you may need it later. Many teams need a warehouse and think they need a lake, and we will say so if that is the case.

Our data is spread across several systems that disagree. Can you fix that?

That is the work we do most. It means agreeing what a customer or an order actually is, building the mapping between each system's version of it, and making the reconciliation visible rather than hidden in a script.

Have you built large-scale data platforms?

We build data engineering inside products — pipelines, integrations, warehouses and reporting. We have not run petabyte-scale Hadoop or Spark estates, and we will not claim otherwise. Where a project needs that, we bring in specialist help.

What does a data pipeline cost to run, not just to build?

Storage and compute are the obvious parts, and usually the smaller ones. The ongoing cost is monitoring, handling the days when a source changes without warning, and the person who investigates when a number looks wrong.

Can you work with our existing cloud account?

Yes. We build in your AWS or Azure account, with your billing and your access control, and hand over documentation from day one. The code and the infrastructure are yours.

Who owns the work you produce?

You do — the code, the pipelines, the models and the documentation. We sign an NDA before detailed discussions.

A practical first step

Ready to talk it through?

Tell us what you're building and we'll be honest about whether we're the right fit.

READY WHEN YOU ARE

Start the conversation.

Tell us what you're building and we'll get back to you within one business day.

Big data services in India: data pipelines, warehouse design and system integration
In short

Big data services in India: data pipelines, warehouse design and system integration.

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