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Sciematics Insights
Lakehouse Engineering

Scalable cloud data lakes and open lakehouses for raw enterprise data.

Store raw, unstructured, and streaming data at massive scale and minimal cost. We architect cloud data lakes and open-table lakehouses using Apache Iceberg and Delta Lake, combining low-cost object storage with ACID transactional reliability.

Data Lakes - Sciematics Insights technical architecture
Data Lakes
Direct Definition

What is Data Lakes?

A Data Lake is a centralized storage repository that holds vast quantities of raw, unstructured, semi-structured, and structured data in native formats at low cost, organized for big data processing, AI training, and analytics.

Strategic Value

Why this capability matters

Storing petabytes of raw logs, sensor streams, images, and audio files in traditional databases is cost-prohibitive. Data lakes leverage low-cost cloud object storage while enabling direct machine learning and big data analytics.

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Operational Challenges

Problems we solve with Data Lakes.

Real-world engineering and organizational obstacles addressed by our architecture.

High Storage Costs in Relational Warehouses

Storing petabytes of raw clickstreams and sensor logs in proprietary data warehouses causes exorbitant storage invoices.

The 'Data Swamp' Syndrome

Unstructured cloud storage buckets become unsearchable dumping grounds with no metadata catalogs or access governance.

Lack of ACID Transactions in Raw Storage

Concurrent writes and failed pipeline jobs corrupt raw files, causing downstream analytics pipelines to read partial or duplicate records.

Slow Query Performance on Object Storage

Querying raw CSV and JSON files stored on cloud storage is painfully slow without columnar compression and partitioning.

Technical Capabilities

Engineering specifications and architecture.

Key technical components engineered and deployed for production stability.

01

Open Table Format Architecture (Apache Iceberg / Delta Lake)

Bring full ACID transactions, schema evolution, and time-travel querying to raw cloud object storage.

02

Columnar Storage Optimization (Parquet)

Convert raw JSON and CSV files into snappy-compressed Parquet files, reducing storage size by up to 80 percent.

03

Centralized Metadata Cataloging

Implement AWS Glue, Unity Catalog, or Apache Polaris to make all lakehouse tables discoverable with strict permissions.

04

Tiered Lifecycle Management

Automatically transition aging historical data to low-cost cold and archive storage tiers (Glacier / Archive Storage).

Implementation Methodology

How we deliver production-ready systems.

Our phased delivery process establishes clear baselines, deterministic testing, and seamless systems integration:

  • Data Lake Zoning and Architecture Design: We organize storage into Medallion architecture tiers: Bronze (raw), Silver (cleaned/conformed), and Gold (aggregated).
  • Open Table Ingestion Engineering: We build ingestion jobs that write directly into Apache Iceberg or Delta Lake tables with automated compaction.
  • Catalog and Governance Setup: We configure central metadata catalogs with IAM access policies and table-level access permissions.
  • Query Engine Integration: We connect query engines (Trino, Athena, DuckDB, Spark) allowing analysts to query data lake files directly via SQL.
Technology Considerations

Engineered for scale and reliability.

Specializing in Apache Iceberg, Delta Lake, Apache Parquet, AWS S3, Google Cloud Storage, Apache Spark, Trino, and DuckDB.

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Production Applications

Real-world enterprise implementations.

Concrete operational use cases illustrating measurable outcomes across commercial environments.

IoT Fleet Sensor Telemetry Lake

Storing 50 billion monthly sensor readings from connected vehicles in Parquet format for predictive maintenance modeling.

Financial Audit and Trade Log Archive

Preserving 7 years of immutable, raw transaction tick logs with automated time-travel auditing for regulatory compliance.

Computer Vision Training Image Repository

Managing a cataloged multi-terabyte repository of factory camera images, labels, and bounding boxes for visual AI model training.

Business Impact

Measurable operational outcomes.

Tangible performance improvements achieved through disciplined engineering and validation.

Business Impact

Up to 80 percent reduction in raw data storage costs compared to relational warehouses

Business Impact

Full ACID transaction reliability eliminating corrupted and partial file writes

Business Impact

Time-travel querying allowing analysts to query data exactly as it existed at any past date

Business Impact

Direct querying capability via standard SQL without moving data out of object storage

Common Questions

Frequently asked questions about Data Lakes.

Clear answers to help you evaluate feasibility, data requirements, and deployment.

A data warehouse stores structured, pre-modeled data optimized for business reporting. A data lake stores vast quantities of raw, multi-format data (JSON, audio, logs) at low cost for machine learning and exploratory analytics.

A lakehouse combines the low-cost storage of a data lake with the reliability of a data warehouse. Apache Iceberg and Delta Lake are open-table formats that add database features (like ACID transactions, table updates, and fast indexing) directly on top of cloud object storage files.

We implement strict Medallion architecture zoning, automated metadata catalogs (AWS Glue / Unity Catalog), automated file compaction, and schema validation to keep storage clean and fully searchable.

Next Steps

Ready to discuss your Data Lakes project?

Speak with our engineering team in Roorkee to review feasibility, architectural options, and implementation timelines.

Schedule a technical consultation