Enterprise Data Modernization

Automated Translation of Legacy ETL Configurations.

We build focused software to translate legacy Informatica PowerCenter XML repositories into modern, testable Snowflake SQL and dbt configurations. By applying structured, deterministic translation logic to help streamline migration, we help teams navigate their migration path while keeping control in the hands of data engineers.

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TRANSLATION PIPELINE • INFORMATICA TO DBT DETERMINISTIC VERIFICATION
INPUT SOURCE Informatica XML EXP_TRANSFORM LKP_DIM_REPOS 48 MAPPINGS DETECTED AST COMPILER Dependency Graph Grammar Tokenizer Deterministic Core 100% RULE RESOLUTION TARGET MODELS Clean dbt SQL stg_orders.sql dim_customers.sql SNOWFLAKE NATIVE ✓ VERIFICATION: DETERMINISTIC SCHEMA RECONCILIATION PASSED • Ingested 48 legacy source expressions without manual rewrites • Dependency graph resolved 0 circular references & 0 syntax ambiguities • Target models validated for immediate deployment to Snowflake
The Traditional Bottleneck

The Operational Redo Cost of ETL Migrations

Legacy ETL environments like Informatica PowerCenter often see critical business logic embedded in complex legacy repositories. Traditional migration efforts rely heavily on manual rewrites—a slow, labor-intensive process highly prone to translation errors. Furthermore, checking that target cloud schemas run like the legacy source mappings is difficult, traditionally requiring extensive manual record-by-record comparison and data reconciliation.

Deterministic Core + Complementary AI

Predictable Engineering and Explainable Architecture

Data migrations require strict predictability. Our hybrid engineering approach focuses on separating deterministic rules from supportive artificial intelligence, providing transparent and reviewable migration logic.

Deterministic Core

Rule-based, testable algorithms handle structured tasks like parsing XML schemas and mapping execution flows. This deterministic engine ensures that core translation patterns produce consistent, reproducible SQL configurations.

Complementary AI

We deploy artificial intelligence strictly as a targeted, supportive layer to translate complex custom expressions, suggest remediation paths, and explain code transitions in natural language.

Conceptual Pipeline

The XML to dbt Translation Pathway

We represent our translation process as a structured, visible progression. Your legacy XML definitions pass through dedicated conceptual processing areas to emerge as modern, organized dbt and SQL models, complete with a transparent validation overview.

INPUTLegacy Informatica PowerCenter XML FilesCONCEPTUAL WORKFLOW AREASIngestion & Schema ParsingDependency Graph ConstructionTarget Code GenerationAutomated Verification ConceptOUTPUTModern Configurations (CleanSnowflake SQL & dbt Models)+ Explainable Migration Report
Conceptual Features

Targeted Operational Workflows

Source Parser & Ingest Concept

Designed to ingest legacy Informatica XML configurations, mappings, and connection definitions to establish a clean source baseline.

Dependency Graph Mapping Concept

Focuses on parsing internal data flows to construct a logical representation of sources, targets, and intermediate transformation rules.

Target Code Generator Concept

Translates validated source mappings into clean Snowflake SQL and structured dbt configurations.

Behavioral Validation Concept

Aimed at comparing source and target outputs, helping data engineers verify record counts and structural data consistency.

Transparent Migration Reporting Concept

Designed to produce a comprehensive report highlighting automated translations, unmappable components, warnings, and elements requiring manual engineering review.

Explainability and Control

Transparent Migration Logic

Automation is only as good as its transparency. Our interface is designed to maintain architectural visibility and review, keeping human operators in control. Instead of guessing or forcing unverified configurations, the system highlights unmappable legacy patterns and reports warnings clearly. This provides visibility into generated configurations so database architects can review, edit, and verify outputs before deployment.

Product Lifecycle

Strategic Beta

Our Legacy Data Modernization utility is currently in its Strategic Beta phase. We are actively executing internal technical gap analyses, accuracy benchmarking, and validation against legacy setups. We focus on refining the utility's core logic.

Technical Inquiry

Modernize with Visibility

Discuss your modernization challenges with our team. We partner with enterprise database leads and data teams seeking a transparent, structured process to transition their configurations.

Schedule a Technical Briefing Discuss Your Modernization Workflow →