We design and build governed AWS data lakes that centralize structured and unstructured data from every system you run - without turning into an ungoverned, unqueryable "data swamp."
Every data lake we build is catalog-first and lakehouse-ready from day one: your data is discoverable, access-controlled, and query-ready the moment it lands - not months later, after a governance retrofit.

AWS data lake development is the design and build-out of a centralized storage and governance layer - built on Amazon S3 - that holds structured, semi-structured, and unstructured data from every source system, cataloged and secured so any approved team or tool can query it. Unlike a data warehouse, which stores pre-modeled, structured data optimized for BI, a data lake stores data close to its raw form first, then applies structure, cataloging, and access control on top - so it can serve analytics, AI/ML, and ad-hoc exploration from the same store.
Most data lake projects fail for the same two reasons: no catalog or governance layer, which turns the lake into an unsearchable dumping ground; or no table format, which means every query re-scans raw files and every update means rewriting data. We build against both from the start - using AWS Glue Data Catalog, AWS Lake Formation, and open table formats like Apache Iceberg, so what you get is a queryable, governed lakehouse, not a bucket full of files.
We build on AWS-native services so your data lake scales storage and compute independently, stays cost-efficient at petabyte scale, and integrates natively with the rest of your AWS analytics stack.
From a first-time data lake build to modernizing an ungoverned S3 bucket into a proper lakehouse, here's what our team delivers.
We design the storage layout - raw, curated, and consumption zones (or your team's equivalent naming) - so data moves through clear, auditable stages instead of landing in one flat, unmanaged bucket.
A lake without a catalog is just a bucket. We build the metadata layer that makes every dataset discoverable, documented, and queryable by name.
We implement open table formats - most commonly Apache Iceberg - so your lake supports ACID transactions, safe concurrent writes, schema evolution, and time-travel queries instead of brittle, append-only Parquet files.
We implement governance so access is enforced centrally - down to the row and column - rather than through a patchwork of S3 bucket policies and IAM roles nobody fully trusts.
We handle every data shape in the same lake - transactional records, logs, JSON events, images, documents - without forcing everything into one rigid schema.
A governed lake is only useful if people can query it. We connect the lake to the query and BI engines your teams already use.

We inventory your data sources, formats, volumes, and current access patterns - and identify governance or compliance requirements that need to shape the architecture from day one.
We design the raw/curated/consumption zone structure, partitioning strategy, and storage lifecycle policies sized for your actual data volume and query patterns.
We implement the Glue Data Catalog and Lake Formation permissions model before data starts flowing in - so the lake is governed from the first dataset, not retrofitted later.
We load data into the lake using Iceberg (or your chosen table format), enabling safe updates, schema evolution, and time-travel from day one.
We connect Athena, Redshift Spectrum, or your BI tools, tune query performance, document the architecture, and hand over - or stay on for ongoing support.
A modern AWS data lake is a lakehouse, not just a bucket. The distinction that matters in 2026 isn't "data lake vs. warehouse" alone - it's whether your lake has a real table format underneath it. Flat files in S3 with no Iceberg (or equivalent) layer can't safely handle updates, concurrent writers, or schema change; a catalog-and-Iceberg-backed lake can, which is what lets a single lake serve BI, ad-hoc analytics, and AI/ML training from one governed store.
Governed lakes for clinical, claims, and operational data with row-level access control that meets compliance requirements without slowing analysts down.
Centralized, audit-logged data lakes for transactional and risk data, built for regulated environments where access control and lineage aren’t optional.
Unified lakes that combine product usage, customer, and support data to power analytics, personalization, and AI features from one source.
Lakes that bring together transactional, behavioral, and inventory data at a scale traditional warehouses struggle to store cost-effectively.
Multi-account, multi-source lakes that consolidate legacy systems and cloud applications into one governed platform for enterprise-wide analytics and AI.
We implement cataloging and access control before data starts flowing in - not as a retrofit after the lake has already become unmanageable.
Every lake we build sits on a real table format like Apache Iceberg, so it supports safe updates, schema evolution, and time travel - not just append-only files.
We tune partitioning, compaction, and file layout so queries against the lake stay fast and cost-efficient as data volume grows.
Fine-grained, row- and column-level permissions are built in for teams operating under healthcare, financial, or enterprise compliance requirements.
From source assessment to architecture, governance, ingestion, and query enablement, we own the full data lake lifecycle - or plug into your existing data team.
Still have questions? We are here to help you.
Ask a Data Lake ArchitectStop letting data pile up in an ungoverned bucket. Let's build a data lake that's catalogued, secured, and query-ready from the first dataset you load.
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