Ireland and the United Kingdom enterprise technology-change research

PT-2026-117 · dossier edition · 27 July 2026

PlatformTrace

Enterprise platform change across Ireland and the United Kingdom.

data-centre exit and infrastructure migration · Completed for the named migration · High confidence

Manchester Metropolitan University exits primary data centre with Azure VMware Solution

Manchester Metropolitan University exited its primary data centre and moved 80% of servers to Azure VMware Solution within eight months, while retaining 111 servers on-premises and reducing the second facility from 25 to seven racks.

Organisation
Manchester Metropolitan University
Predecessor
VMware infrastructure across two on-premises data centres
Destination
Azure VMware Solution
Workload
application, database and server hosting plus infrastructure operations
Stage
Completed for the named migration
Retirement status
Primary data centre exited; second facility and 111 on-premises servers remain.
Confidence
High
Next trigger
A dated cutover, formal retirement statement or material later implementation milestone.
Evidence boundary: The source supports full exit from the primary data centre and an 80% server move. It explicitly preserves a 111-server residual on-premises estate and does not support estate-wide cloud completion.

Programme context

Manchester Metropolitan University exited its primary data centre and moved 80% of servers to Azure VMware Solution within eight months, while retaining 111 servers on-premises and reducing the second facility from 25 to seven racks.

Why this matters: This record identifies a named Irish or UK organisation, a bounded predecessor state, a destination platform, an affected workload and a source-stated operational stage.

Migration timeline

Date or stageMilestoneWhat changedEvidence status
Predecessor stateTwo data centresThe university operated VMware infrastructure across two purpose-built facilities.Source stated
Eight-month programmeServer migrationEighty percent of servers moved to Azure VMware Solution.Source stated
Operational resultPrimary exit and residual estateThe primary facility was exited; 111 servers remained on-premises and the second site reduced to seven racks.Source stated
1 August 2024Dated publicationMicrosoft published the completed bounded case.Source stated

Workload migration matrix

WorkloadPredecessorDestinationStatus by 27 Jul 2026
application, database and server hosting plus infrastructure operationsVMware infrastructure across two on-premises data centresAzure VMware SolutionCompleted for the named migration

Implementation and architecture

  • Azure VMware Solution preserved VMware operating patterns during the move.
  • Azure Monitor supported monitoring and operational visibility.
  • The second data centre was consolidated from 25 communications racks to seven.

Known unknowns and contradictions

  • Exact production cutover date is not stated.
  • The workload inventory of the 111 retained servers is not stated.
  • Later cloud-native migration remains a roadmap rather than a completed claim.

No missing fact is inferred to broaden the source-supported platform-change claim.

PlatformTrace analysis

The source supports full exit from the primary data centre and an 80% server move. It explicitly preserves a 111-server residual on-premises estate and does not support estate-wide cloud completion.

Performance, cost, uptime and operational outcomes remain attributed source claims unless independently stated otherwise.

Evidence ledger

  1. Manchester Metropolitan University — Microsoft customer story, 1 August 2024

    Dated first-party source stating the primary data-centre exit, 80% server migration, residual 111 servers and rack consolidation.

Approval: Issue #47 standing publication authority and the completed 27 July 2026 five-lane central filter.

Corrections and updates

27 July 2026 — Initial long-form Verified dossier published from the completed five-lane Ireland/UK intake and corrected central filter. Later milestones will be appended rather than silently replacing this state.