Data modernization,
run as a factory.

Move your legacy estate onto Microsoft Fabric or Databricks in repeatable waves, each one proved against its source before cutover.

  • Moved in waves

    Planned, repeatable waves, never one big weekend.

  • Proved before cutover

    Every wave is reconciled with its source and signed off.

  • Governed from the first wave

    Access and lineage are built into the target, not added later.

Start with a migration audit or a BusinessObjects exit assessment · Fixed price · The evidence is yours

SourceTargetReconcileEqual

Migrations succeed as factories,
not as heroics.

SourceTargetHeroicsFactoryCheck

The heroic migration bets everything on a long freeze, one conversion tool and one cutover weekend. A copied table proves little when the reports built on it no longer agree.

  • One line, every wave

    Each wave runs the same four stages, from inventory to cutover.

  • Converted where it is safe

    Logic is converted where its meaning survives the move and redesigned where it does not.

  • Evidence travels with the data

    A wave goes live only on signed reconciliation evidence, with a rollback plan beside it.

This is the right engagement when

  • The map is funded, and the estate has to move without losing a number.
  • BusinessObjects is running out of road, and its reports still matter.
  • A migration is already under way, and nobody can prove the numbers still match.
  • The target platform is chosen, and access has to be right before the first wave lands.

The factory,
lane by lane.

  • SourceToolingTarget

    Target Mapping

    Every source component gets its target service, tooling lane and disposition, in a source-to-target map you keep.

    Explore Target Mapping
  • BronzeSilverGold

    Data Infrastructure

    The governed target is ready before the first wave lands: medallion layers, workspaces, environments, access and validation.

    Explore Data Infrastructure
  • RetireRedesignConvert

    Platform Modernization

    Legacy mappings and report logic are converted where it is safe and redesigned where it is not. You keep the conversion inventory and retirement plan.

    Explore Platform Modernization
  • SourceTargetSigned

    Migrations

    Data moves in waves, and Migration Recon proves each one matches. You keep the evidence reports, cutover plan and rollback plan.

    Explore Migrations
  • Left behindLift and shiftSized

    Cost Optimization

    Cost is engineered into the move: what to retire, a measured target size and a cost case for each wave.

    Explore Cost Optimization

One repeatable line.
Evidence at every handoff.

Every wave runs the same four stages, and each stage ends in something you keep.

SourceExtractConvertReconcileCut overRetiredEvidence
  1. We read the source estate and the dependencies the move must keep. The waves are sized, sequenced and priced, with a rollback plan.

    You receive

    Wave plan

    The waves sized, sequenced and priced, each with its rollback plan.

    BOBJ Transformer, from the Mandelbulb Kit

The Mandelbulb Kit Modernization edition

Engineered in-house.
The Mandelbulb Kit.

Accelerators, agents and products we build and maintain ourselves, brought into an engagement wherever they fit.

EstateRebuiltParallel runUniversesSemantic modelBy handMatch

SAP data bridge · Runs the line

SAPBridge · BOBJ Transformer

SAP data on Microsoft Fabric or Databricks, and a planned exit from BusinessObjects, with proof the numbers still match.

  • Brings SAP data onto Microsoft Fabric or Databricks, reconciled to the source
  • Inventories the BusinessObjects estate and flags the reports nobody uses
  • Proves the numbers match, cell by cell, in a parallel run

Plugs into Inventory and sequence

Explore more about SAPBridge · BOBJ Transformer

What this is not.

This practice moves an estate whose direction is already decided, and it ends when the evidence is signed.

The story this practice stands on.

Ordered stacks of shipping containers at a large Asian port at blue hour, the sea and a moored ship in the distance

SeAir Exim

Trade intelligence · Export-import data

Supplier records reconciled at 99% accuracy
500M+
Faster data processing than the legacy ElasticSearch stack
90%

How SeAir Exim Reconciled 500M+ Supplier Records at 99% Accuracy

We moved SeAir Exim's trade-intelligence platform off ElasticSearch on AWS onto Microsoft Fabric. Azure OpenAI resolves duplicate and conflicting supplier records, and the platform now reconciles 500M+ of them at 99% accuracy, with data processing 90% faster than on the legacy stack.

Microsoft Fabric and Azure OpenAI have revolutionised the way we manage and analyze data, turning monumental challenges into seamless operations.

Amandeep YadavDirector & Co-founder, SeAir Exim Solutions

Partners and recognition.

  • Microsoft 2024 Partner of the Year, Analytics Award Finalist
  • Microsoft Fabric Featured Partner
  • Microsoft Solutions Partner
  • Google Partner
  • Databricks
  • Anthropic
  • OpenAI

Questions buyers ask.

What is data estate modernization?

Data estate modernization moves legacy databases, SAP data and BusinessObjects reports onto a platform such as Microsoft Fabric or Databricks without losing a number. We run it as a factory: the source inventory becomes a wave plan, every wave follows the same four stages, and each wave is reconciled with its source and signed off before cutover. Access and lineage are built into the target from the first wave.

How long does a data modernization program take, and how is it priced?

Assess typically takes two weeks, the Blueprint phase two to three weeks and the first wave, run as a Pilot, four to six weeks; later waves follow on a quarterly rhythm. Each phase through the Pilot is fixed price and fixed scope, priced up front. The full length of the move depends on the size of the estate, which the wave plan sizes before delivery begins.

Should we migrate to Microsoft Fabric or Databricks?

Either can be the right target, and we move estates onto both. If the platform is still open, that choice belongs in Strategy & Advisory, where it is made on your workloads. Once it is chosen, Modernization maps every source component to the service that suits it. Our tooling covers both: GovKit sets up Unity Catalog on Databricks, or workspaces, domains and Purview lineage on Fabric.

How do you prove the migrated data matches the source?

Every wave is reconciled with its source before cutover, and no wave goes live without signed evidence. Migration Recon compares source and target at four levels, schema, row, checksum and cell, and every difference is explained before the target is accepted. You keep the evidence reports, the cutover plan and the rollback plan. Migration Recon can also issue evidence for a move another firm runs.

How is a migration factory different from a big-bang migration?

A factory moves the estate in repeatable waves; a big-bang migration bets everything on one cutover weekend. The heroic approach relies on a long freeze and one conversion tool, and a copied table proves little when the reports built on it no longer agree. In a factory, each wave runs the same line, logic is redesigned where its meaning would not survive conversion, and the evidence travels with the data.

What comes next.

When the reconciliation is signed, the estate is ready for Run. The target architecture and signed evidence cross with it. The question becomes which operating decision the new platform should improve first.

This practice

Move

Modernization

When the reconciliation is signed

Bring the source estate.
Leave with a route through it.

Book a 30-minute working session on your move, a BusinessObjects exit, or a migration already under way.