DataForge AI — ETL & Analytics Modernization Platform

Legacy ETL, modernized.

DataForge AI assesses your legacy SSIS, Informatica, or Talend estate; uses generative AI to accelerate migration to Azure Data Factory, Microsoft Fabric, or Synapse; and lands you on a medallion architecture with DataOps baked in.

Illustrative reference architecture. The system below represents how we design and deploy DataForge AI in real engagements. Specific client deployments are confidential and not disclosed; the patterns, stack, and outcome ranges shown here reflect our active engineering practice.
Use cases

Built for real operations.

Where DataForge AI fits — when modernizing data pipelines onto Azure without burning a year on a rewrite.

Legacy ETL modernization
Migrate SSIS, Informatica, or hand-rolled SQL pipelines onto Azure Data Factory + Synapse with full lineage preserved.
Cloud data platform build
Greenfield Azure data lake + warehouse + governance layer — opinionated, production-ready from day one.
Source consolidation
Unify ERP, CRM, marketing, and operational data into a single analytical model with documented transformations.
Real-time pipelines
Add streaming (Event Hubs, Kafka, Stream Analytics) onto an existing batch architecture without breaking it.
The problem

Most enterprise data still moves through 2014-era pipelines.

SSIS packages running on Windows servers nobody patches. Informatica jobs documented in Word files from 2017. Brittle Python scripts that broke last month and nobody knows why. Every new data source is a project. Every change request is a ticket. The data team spends 70% of its time on maintenance and 30% on actual value creation.

DataForge AI doesn't just migrate the pipelines — it re-architects them. Generative AI accelerates the conversion of legacy ETL logic to modern Azure Data Factory, Fabric Data Pipelines, or Synapse. The landing architecture is medallion (bronze/silver/gold) on Azure Data Lake. Real-time + batch run on one platform. Data quality, lineage, and observability are built in, not bolted on. Git-based version control and CI/CD come standard.

The architecture

How DataForge AI is built.

Layered design, production tooling, native Azure integration. Every component is one we use in shipping client systems — not a theoretical reference stack.

Layer 1
Assessment
Legacy job discovery dependency mapping code analysis cost & complexity scoring
Layer 2
AI Migration
Azure OpenAI translates legacy SQL/SSIS/Informatica to ADF/Fabric human review checkpoints
Layer 3
Target Architecture
Medallion bronze/silver/gold Azure Data Lake Gen2 Microsoft Fabric Synapse
Layer 4
DataOps
Git CI/CD pipelines automated testing data quality checks lineage cost monitoring
Capabilities

What it actually does.

Legacy assessment
Automated discovery and documentation of existing SSIS, Informatica, or Talend jobs.
AI-assisted migration
Generative AI converts legacy ETL to ADF, Fabric Data Pipelines, or Synapse — with human review.
Modern architecture
Medallion (bronze/silver/gold) on Azure Data Lake Gen2 and Fabric.
Real-time + batch unified
Stream processing via Event Hubs alongside batch ETL on one platform.
Quality embedded
Automated validation, lineage, and observability baked into every pipeline.
DevOps from day one
Git version control, CI/CD, and infrastructure-as-code for data.
Expected outcomes

What this delivers in production.

Outcome ranges are illustrative — based on structural economics of the problem and what comparable production systems achieve. Actual results depend on baseline maturity, data quality, and integration depth.

50-70%
Maintenance cut
Reduction in pipeline maintenance overhead
3-5×
Faster time-to-market
For new data products and use cases
Lower
Cloud spend
Via right-sized, modern architecture
AI-ready
Data estate
For downstream ML and analytics

Talk to us about DataForge AI.

Tell us about your current setup and the outcome you'd want from DataForge AI. We'll come back within one business day with a path forward.

Email us +91 6305242370