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Gas & UtilitiesUnited KingdomDeliveryData Governance

Asset data and development delivery for a UK gas distribution network

Signed data definitions, reversible remediation and knowledge transfer through the operator’s existing governance.

Asset data and development delivery for a UK gas distribution network, case study cover image

Engagement summary

Download client brief (PDF)
Situation
A regulated gas network needed dependable asset data for regulatory and operational returns. Its internal platform team was at capacity, and business-as-usual work took priority over a dedicated change window.
MaxIron responsibility
MaxIron held a defined asset-data and Maximo development workstream. The operator retained programme ownership, regulatory accountability, change control and the architecture board.
Delivery
A data lead and developer worked inside the operator’s ceremonies. They baselined classification and hierarchy differences, agreed written standards with asset management and released class-by-class remediation as reversible changes.
Outcome
The multi-year workstream produced owned standards, platform enhancements and greater confidence in reporting fields. Pairing and knowledge transfer left the internal team able to maintain and extend the platform.

Anonymised client engagement. Reference conversations require client permission and an NDA where applicable.

Start here: what we would do differently

Three set-up decisions we would insist on in the first fortnight

This engagement has run for years and the capability transfer worked. These framing decisions are made in week one or not at all.

Name the internal data owner on day one

The standard was written first and internal ownership settled later, leaving a period where the most authoritative view sat with the MaxIron data lead. Naming that internal role is now a condition of starting.

Sequence remediation by reporting obligation

It is natural to start where the data looks worst. It is more useful to start with the asset classes that feed the regulatory return. We would now let the obligation set the order and treat the quality score as a tie-break.

Write down what done looks like for knowledge transfer

Pairing worked, but knowledge transfer was a practice rather than a specification. We would now write the unaided capability test at mobilisation and review it quarterly.

Two purchases that look identical on a purchase order

What the operator kept, and what MaxIron held

The operator's programme continued. MaxIron was responsible for the asset-data and development part of it.

The operator's programme

Governance, change control, architecture board, and the rest of the delivery.

The part MaxIron held

The data standard, remediation against it, and the development that went with that data.

What is being bought

The wider programme: priorities, gates and the work outside the data and development scope.

A documented data standard, remediation against it, and the development required to hold it.

Where the work sits

The operator's standups, change control and architecture board.

The same forums. MaxIron brought its workstream through them.

Route to production

The operator's existing approval path.

The same path. Changes from the MaxIron workstream used the operator's change control.

The test at the end

The programme continues, with an internal owner for the data standard.

The operator can maintain and extend that part of the platform.

The constraint that shaped everything

A regulated network where business as usual wins, and no programme window exists.

Every change competes with operational activity for the same approval gates. Asset data sits close to the safety case and the regulatory return, so remediation had to be incremental, reversible and traceable through the client’s own change control.

The working method

Six practices, and what each one rules out

Data remediation and development follow six practices within the operator’s existing governance.

Ref PracticeWhat it means in the weekWhat it rules out
M1 Join their ceremoniesBoth roles work inside the client’s standups, change control and architecture board.A parallel supplier workstream that creates a second change queue.
M2 Baseline before proposingWrote where classifications diverged, hierarchies drifted and criticality had never been revisited.Arguing about data quality in the abstract.
M3 Write the standard firstDefinitions for classification, hierarchy and criticality, signed by asset management.Remediation without a standard, which has to be redone when the next view arrives.
M4 Small, reversible, through their gatesRemediation and enhancements as individually reversible changes through existing change control, class by class.An estate-wide reclassification.
M5 Pair on everything significantData lead with asset data owners; developer with internal developers.Becoming indispensable.
M6 Hand the standard to a personNamed internal role owns the standard; MaxIron advises.A document without an owner, which erodes over about a year.

The same reporting request, two ways

What changed when a regulatory question arrived

A regulatory question traces from the asset-data definition to the work record and its accountable owner.

Before

Extract, reconcile, apply judgement

  1. 1

    The request

    A reporting obligation requires asset data across a class of the network.

  2. 2

    The work

    Extract, then reconcile inconsistent classifications by hand.

  3. 3

    The judgement

    An analyst makes a defensible call from knowledge that is not written anywhere.

  4. 4

    The exposure

    Explaining why the answer is right depends on the analyst still being there.

After

A defined field and a documented definition

  1. 1

    The request

    Unchanged. Obligations do not get easier.

  2. 2

    The work

    Classification is consistent across the class, so extraction is extraction.

  3. 3

    The judgement

    The definition is written down and owned by asset management.

  4. 4

    The exposure

    The answer can be explained from the standard, including to an auditor.

Data quality work is hard to show in a demonstration. This is where a regulated buyer feels it.

Where the two roles sit

Where the workstream sits

No new tooling. The operator already had change control, a service toolchain and an architecture board. MaxIron's data and development work ran through those gates, feeding regulatory reporting and asset data quality.

01 · Operator programme

  • Asset managementOwns regulatory obligations and signs classification, hierarchy and criticality definitions.
  • Internal platform teamRetains programme, service toolchain and architecture board.

02 · MaxIron workstream

  • Data lead + developerBaseline, remediate, configure and integrate; pair with internal owners.
  • Controlled deliverySmall individually reversible changes, class by class.

03 · Operator acceptance

  • Existing change gatesApprove changes at a cadence production can absorb.
  • Retained capabilityA named internal standards owner and developers maintain the estate.
A defined MaxIron workstream runs through operator-owned change gates
What the diagram shows
Client Maximo team
BAU operations, change control and architecture board remain the gates every change passes.
MaxIron delivery
Data lead on standards, classifications, criticality and hierarchies; developer on enhancements and integrations. That workstream was MaxIron's to deliver.
Outputs
Ofgem-aligned regulatory feeds and auditable asset data quality across remediated classes.

What the engagement left behind

Deliverables and outcomes, as the operator holds them

What the two roles produced

Data standard
Written definitions for classification, hierarchy and criticality, owned by asset management
Governance
Baseline of self-contradiction, then class-by-class remediation against the standard
Development
Enhancements, configuration, troubleshooting and enterprise integrations
Migration support
Extraction, mapping and loading with integrity checks for regulatory data

What improved

Definitions
Owned documents rather than shared understanding among whoever is in post
Capacity
Faster platform improvements at a cadence production can absorb
Reporting
Greater confidence in fields that feed regulatory and operational returns
Capability
Internal team able to maintain and extend the platform without us

Anonymised. Client-identifying systems and naming removed. Platform upgrade deliberately out of scope.

The arrangement, in facts

Sector
Gas distribution & utilities
Region
United Kingdom
Duration
Multi-year delivery on a live programme
Scope
Data governance, development, integration
Versions
IBM Maximo

What buyers ask about this delivery

Why is the network operator not named?
Anonymised at the client's request. In a regulated utility, published detail about asset data quality and regulatory reporting is sensitive. Reference conversations can be arranged under an NDA.
Which decisions matter at mobilisation?
The operator and MaxIron agree standards ownership, the baseline and the knowledge-transfer requirement before remediation starts. These decisions give the data lead and developer a shared basis for the multi-year workstream.
What did MaxIron hold on this programme?
A defined part of the operator's ongoing delivery: the asset data standard, remediation against it, and the Maximo development that went with that data. The work ran inside the operator's governance and change control, across several years. See specialist augmentation.
Why not fix the data first and write the standard afterwards?
Because you would then have a cleaner version of the same disagreement, and no way to stop it recurring. In a regulated environment the written definition is part of what makes a report defensible.
Does this need a programme window?
No. There was no dedicated window and business as usual always took priority, so remediation went out as small reversible changes through the client's own change control. It is slower per change and it is the only cadence a regulated distribution network will sustain.
What stays hard?
Agreeing definitions across functions that have each been right about their own part of the estate for years, and keeping the standard in place after the workstream is handed over. MaxIron Assist helps with classification volume. The agreement stays with the operator.

If your asset data is nearly good enough for the regulator, the gap is a definition problem before it is a data problem.

A short engagement that baselines where your asset data disagrees with itself, drafts the definitions your asset management function would be willing to sign, and proposes a remediation order set by your reporting obligations. The assessment defines the specialist workstream and the responsibilities retained by the internal team.

Bring this and we can baseline quickly

  • Your current classification scheme and hierarchy convention, written down or not.
  • The regulatory returns that depend on asset data, and which fields feed them.
  • Your change control gates and the realistic cadence they allow.
  • The internal role you would want to own the data standard afterwards.
  • The last data quality assessment you did, however uncomfortable it reads.