Solutions/Data Engineering/Data Modernization

Data Modernization Services

Replace brittle pipelines and broken dashboards with a stack that actually holds.

Data modernization services that migrate legacy warehouses to a production-grade modern stack — dbt for transformation, Snowflake or Databricks for storage, and Airbyte or Fivetran for ingestion. We replace brittle SQL scripts and overnight batch jobs with governed, testable pipelines that give every team one trusted version of the data.

What We Deliver

Core Capabilities

  • Legacy Warehouse Assessment & Migration Roadmap
  • dbt Implementation & Analytics Engineering
  • Snowflake & Databricks Platform Setup
  • Ingestion Layer (Airbyte, Fivetran, Stitch)
  • Semantic Layer & Metric Governance
  • BI Tool Integration (Tableau, Power BI, Looker, Metabase)

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By the Numbers

What clients achieve with GYSP

60–70%
less time on data discrepancy investigations

after analytics engineering with dbt and a defined semantic layer, one definition across every dashboard and report

2 days
average time-to-insights after stack rebuild

down from 3 weeks on ad-hoc queries against an ungoverned legacy warehouse

Zero
broken dashboard incidents post-migration

parallel-run validation ensures every downstream consumer is confirmed before legacy decommission

Proven Results

Data Modernization Case Studies

Global Financial Services Group
FinTech

Global Financial Services Group

Oracle Analytics CloudODI 12cFinancial Analytics

A global financial services group was spending significant analyst bandwidth on manual P&L reconciliation across 4 disparate data systems, with no anomaly detection, no forward-looking forecast, and regulatory reports still produced from static spreadsheets. GYSP unified the data layers on ODI 12c, reduced reconciliation work by 60%, deployed OAC ML anomaly detection on live P&L pipelines, and built rolling 3-month commercial forecasting, all within a single integrated analytics architecture.

Reduction in Monthly P&L Reconciliation Work Volume~60%
Disparate Data Layers Unified in ODI 12c Pipeline4 Sources
Rolling Predictive Commercial Performance Forecasting3-Month
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National Rail & Logistics Authority
Logistics & Supply Chain

National Rail & Logistics Authority

OBIEE 12cODI 12cOBIA

A national rail and logistics authority was running operational and financial analytics on an aging OBIA and OBIEE stack approaching end of supportable version, with Informatica ETL pipelines extending overnight batch windows and no forward-looking ML capability for planners. GYSP executed the full lifecycle upgrade to OBIEE 12c with zero downtime, migrated ETL to ODI 12c, and embedded predictive demand and asset maintenance models into the analytics core.

OBIA + OBIEE 12c Upgrade — No Historical Data LossZero Downtime
Overnight Windows Minimised via RPD & ODI 12c MigrationFaster Batches
Predictive Demand & Asset Maintenance Models in BI CoreML Embedded
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Energy Infrastructure & Services Provider
Oil, Gas & Energy

Energy Infrastructure & Services Provider

Oracle ADWOracle FusionBICC

An energy infrastructure and services company was running financial and operational reporting through a cycle of manual extractions, transformations, and handoffs from Oracle Fusion, slow, error-prone, and dependent on IT for every update. GYSP built an Oracle Autonomous Data Warehouse from scratch, automated the full BICC extraction pipeline, and eliminated every manual touch-point from the reporting loop.

Manual Touch-Points in Financial & Operational ReportingZero
Cloud-Native ADW Built on Oracle Fusion Source StackFrom Scratch
Full Pipeline Delivery, Jan 2020 – Dec 20201 Year
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Industry Expertise

Industries We Serve with Data Modernization

FAQs

Common questions

Everything buyers typically ask before starting a data modernization engagement.

Ask us anything
What does data modernization actually involve?

Data modernization replaces legacy warehouses, manual ETL scripts and overnight batch jobs with a cloud-native, governed stack. The core components are an ingestion layer (Airbyte or Fivetran), a cloud warehouse (Snowflake or Databricks), a transformation layer (dbt), and a semantic layer that ensures consistent metric definitions across every BI tool. The result is data your teams trust and pipelines your engineers can maintain.

How long does a data warehouse migration take?

A legacy warehouse migration typically takes 12–20 weeks depending on data volume, number of source systems, and downstream consumers to revalidate. We always run the new stack in parallel with the legacy environment until parity is confirmed, so your existing reports keep working throughout the migration.

Should we use Snowflake or Databricks?

Snowflake is the right choice if your primary use case is SQL analytics, BI reporting, and data sharing. Databricks is stronger when ML and data science workloads need to run on the same data as analytics, or when you need Delta Lake's unified batch and streaming architecture. Most organisations start with Snowflake and add Databricks when ML use cases become central.

What is dbt and why does every modern data team use it?

dbt (data build tool) is the transformation layer that sits between your cloud warehouse and your BI tools. It lets analysts write modular SQL transformations with version control, testing, documentation, and lineage built in. The result is a semantic layer where every metric is defined once and consistent across every dashboard, eliminating the 'why does finance see a different number than marketing?' problem.

How do you handle migration without breaking our existing reports and dashboards?

We run the modern stack in parallel with your legacy environment during the migration window. Each downstream consumer — Tableau dashboard, Power BI report, or API endpoint — is validated against the new stack before cutover. Legacy is only decommissioned once parity is confirmed. For critical reports, we maintain dual-write until the team is confident in the new numbers.

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