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Techaritas

05 · Data Engineering

Data Engineering Services for the AI Era.

Automated ingestion, cloud migration, governed quality, and data products teams can use without a ticket for every repetitive step.

Python, SQL, Spark, dbt, Airflow, Kafka, Snowflake / BigQuery / Databricks

Services for the AI era

What the practice covers

  • Data Platform Modernization

    Automated ingestion and pipelines, migration off legacy and on-prem systems, and multi-cloud and hybrid layouts for real-time analytics and company-wide access.

  • AI in the Engineering Workflow

    MLOps and LLMOps with governance, unstructured sources such as PDFs, decks, and images opened through conversational access, and less hand work in pipeline code.

  • Platform Operations

    Monitoring and incident handling, observability with round-the-clock operations, and FinOps so spend and utilization stay visible.

  • Data Products

    Role-specific products on hubs, meshes, warehouses, and lakes, plus privacy-safe clean rooms when data is shared with partners.

Before and after

Repetitive work moves into the platform

Manual data work compared with the automated practice
BeforeAfter
Manual ingestion and harmonization.Flat files become structured data and reporting is automated.
Cleansing and standardization by hand.Quality rules scale across domains.
Metadata and catalogs updated by hand.Catalog enrichment is automated.
Errors wait on specialists.Errors are classified and routed.
PDFs, decks, and images stay unused.Natural-language access to those sources.
Insights wait on the data team.Pipelines recover themselves and people can self-serve.

Why this practice

What the work is for

  • Governed Pipelines

    Pipelines that stay accurate, consistent, and ready for agents.

  • AI-Assisted Engineering

    Engineers use AI to write, review, and tighten pipeline code.

  • Scale

    Batch and real-time processing for large, distributed workloads.

  • Lifecycle Governance

    Compliance, traceability, and accountability through the lifecycle.

Accelerators

Capabilities that sit on the platform

  • Quality Guard

    Rules, governance standards, and continuous monitoring.

  • Connect

    Multi-source ingest, standard transforms, and scalable pipelines.

  • Cloud Cost Pulse

    Monitoring and recommendations that keep cloud spend in view.

  • Model Operations

    Reusable pieces and automated workflows that put models into production.

Methodology

How a Platform Becomes Data Products People Can Use

Platform and sources, then ingest and harmonize, then quality and metadata, then operate and publish.

  1. 01

    Platform and Sources

    Map legacy and on-prem systems, then choose the cloud, hybrid, or multi-cloud layout the pipelines will run on.

  2. 02

    Ingest and Harmonize

    Land batch and streaming sources through automated pipelines and standard transforms.

  3. 03

    Quality and Metadata

    Apply quality rules, enrich the catalog, and route errors so the same table means the same thing everywhere.

  4. 04

    Operate and Publish

    Run the platform with observability and cost visibility, then publish role-specific data products.

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