ByteLoom Consulting

Enterprise data & AI engineering

Complex Data Problems. Engineered Solutions.

ByteLoom Consulting helps enterprises modernize data platforms, engineer scalable cloud architectures, and operationalize AI.

Core platform expertise

  • Databricks
  • Apache Spark
  • Delta Lake
  • Unity Catalog
  • AWS
  • Terraform
  • MLflow
Data platform architecture, illustrated as a loom Five kinds of source system — legacy ETL, CDC streams, event data, files and APIs, and SaaS applications — feed threads of data that weave through three lakehouse stages (ingest, refine and serve) and arrive at BI and analytics, machine learning and generative AI, and data products. Governance, lineage and observability span every stage. 01 SOURCES 02 LAKEHOUSE 03 CONSUMERS INGEST raw REFINE validated SERVE curated GOVERNANCE · LINEAGE · OBSERVABILITY GOVERNANCE + LINEAGE Legacy ETL ETL CDC streams CDC Event data EVENTS Files & APIs FILES SaaS apps SAAS BI & analytics BI ML & GenAI AI / ML Data products APPS
Fig. 01 Source systems, woven into a governed lakehouse.

What we do

Four practices. One engineering standard.

Every engagement is scoped around an outcome, such as a governed lakehouse, a completed migration or an AI workload in production, and delivered by an architect who also writes the code.

  • 01

    Databricks & Lakehouse Engineering

    Lakehouse platforms designed and built to be governed, fast and cost-aware from day one, not retrofitted later.

    • Lakehouse architecture on Delta Lake
    • Unity Catalog governance design
    • Streaming and batch pipelines
    • Spark performance engineering
  • 02

    Enterprise Data Platform Modernization

    Legacy ETL estates migrated to modern pipelines with reconciliation evidence that the business can sign off on.

    • Legacy ETL and Talend migrations
    • Orchestration and data integration
    • Data quality and reconciliation
    • Production pipeline reliability
  • 03

    Cloud & Data Architecture

    AWS foundations and data platform architecture expressed as code: secure, reproducible and sized to the workload.

    • AWS data platform architecture
    • Infrastructure as Code with Terraform
    • Security and access governance
    • Performance and cost optimization
  • 04

    AI Engineering & Observability

    Retrieval-augmented and LLM applications taken to production with tracing, evaluation and cost controls built in.

    • RAG and enterprise LLM applications
    • AI observability and evaluation
    • Token usage and cost tracking
    • MLflow and production AI governance

Why ByteLoom

Architecture judgment, delivered hands-on.

ByteLoom is deliberately small and senior. The architect who designs your platform also builds it, reviews the code, and stays accountable for how it runs in production.

About the practice
  1. 01

    Deep hands-on engineering

    Work happens at the level of Spark plans, Delta table design and pipeline code. Recommendations arrive with a working implementation, not a slide.

  2. 02

    Enterprise architecture leadership

    Designs account for the realities of large organizations: governance models, environment strategy, access control, and many teams sharing one platform.

  3. 03

    Scalable delivery

    Reusable patterns, automation and Infrastructure as Code let a platform grow without rework, and leave your engineers able to run it with confidence.

  4. 04

    A practical approach to implementation

    The simplest architecture that meets the requirement, proven with evidence: reconciliation results, cost baselines and measured performance.

Technical insights

Engineering guidance for teams building on the lakehouse.

Architecture patterns, implementation detail and the trade-offs behind them, written for the engineers and architects doing the work.

Accelerators In development

ByteLoom Lakehouse Health Check

A structured assessment of a Databricks environment, covering configuration, compute efficiency, governance and reliability, with prioritized recommendations. It is being developed as ByteLoom's first reusable engineering accelerator.

Planned assessment areas

  • 01 Workspace configuration
  • 02 Job and compute efficiency
  • 03 Governance configuration
  • 04 Operational reliability
  • 05 Cost optimization opportunities
  • 06 Architecture improvement recommendations

Start a conversation

Let's Build What's Next.

Tell us about the platform you are modernizing, the migration you are planning, or the AI workload you need in production. You will hear back from an engineer, not a sales team.