S08 · Installed-base & Lifecycle Support

Prioritise the installed base before the next failure.

UI turns asset, maintenance, stock and OEM lifecycle data into a ranked continuity plan: what to document, stock, repair, replace, modernise or monitor first.

Selected contextHeavy & Process Industry · T04 · Process & Energy Equipment

Timing
normally 2–4 weeks after scope and data acceptance
Commercial basis
€1,500–€4,500 fixed
Engagement model
Fixed-scope L01 or L02; monthly L03 only after a client-accepted baseline
Scope at a glance
Begin with
One agreed asset population and the best available EAM or CMMS extract, asset register, BOM, stock record, maintenance history or OEM lifecycle notice.
Finish with
A controlled asset and data-gap register, ranked continuity exposure, named action owners and a client-approved 90-day programme.

Pricing assumes usable remote evidence and one agreed asset population. Site walkdowns, specialist condition assessment, testing, engineering approval and physical products require separate scope and acceptance.

Buying context · Heavy & Process Industry

Which asset populations require documentation, stock, sourcing, repair, replacement, modernisation or monitoring first?

Installed assets have fragmented records, uncertain lifecycle support or exposed critical spares, leaving the next continuity action without a defensible priority for management approval. When a custom part or equipment route must pass through materials, welding, machining, treatment, NDT and release without losing responsibility between suppliers.

View buying context
Decision owners
Maintenance / Reliability · Asset Integrity · Operations · Procurement / Materials Management · Engineering / Technical Authority
Industry in focus
Heavy & Process Industry
Evidence for approval
Controlled asset and data-gap register, criticality and supportability ranking, stock and lead-time exposure, approved action route and 90-day programme.
Terms already in the requirement
asset register · criticality · supportability · obsolescence · critical spares · stock policy · turnaround window · replacement route

What the page must resolve

Three routes after installed-base risk is ranked.

01

Start with a usable population, not a perfect database

A site, unit, line or equipment family creates a controlled review boundary. Missing tags, BOM links and records become visible work, not a reason to delay the first decision.

02

Rank consequence and supportability together

Failure consequence, redundancy and shutdown exposure are assessed alongside OEM support, obsolescence, stock, repair options and real lead time.

03

Give every priority a decision route

Each high-risk population receives a documented stock, source, repair, replace, modernise or monitor action with an owner, evidence threshold and decision date.

Four visible decisions

From fragmented asset data to an owned continuity programme.

Not every asset needs the same depth of work. The baseline identifies where evidence and continuity exposure justify a critical-spares programme or recurring lifecycle control.

01 · Establish baseline

Establish the installed-base baseline.

We reconcile EAM or CMMS extracts, asset registers, BOMs, P&IDs, tags, nameplates, stock records, maintenance history and OEM lifecycle information within one agreed boundary.

L01
02 · Rank exposure

Rank criticality, lifecycle supportability and obsolescence.

Consequence, redundancy, failure history, support status, obsolescence, available stock, repairability and lead-time exposure are scored on one visible basis.

L01
03 · Assign action

Assign stock, source, repair, replace, modernise or monitor actions.

The viable action for each priority is checked against technical acceptance, stock economics, supplier capability, outage windows and the evidence still required.

L02
04 · Keep current

Govern execution and refresh the baseline.

OEM notices, stock exceptions, repair and supplier actions, document gaps, shutdown readiness and implementation of completed decisions are tracked through an agreed review cadence.

L03

Commission the work needed for the next asset-lifecycle decision

Baseline. Critical spares. Recurring control.

L01 establishes the baseline. L02 follows when priority populations justify a critical-spares programme; L03 becomes available after the client has accepted the baseline.

L01

Installed-base & Obsolescence Baseline

What this engagement buys

Controlled asset and data-gap register, criticality and supportability ranking, high-risk population and a 90-day action plan.

Commercial basis€1,500–€4,500 fixed · normally 2–4 weeks after scope and data acceptance · site walkdown separate
Build the installed-base baseline
L02

Critical Spares & Replacement Programme

What this engagement buys

Critical-spares register, stock and lead-time exposure, OEM, equivalent, repair or manufacture-by-qualified-supplier routes, evidence gaps and execution plan.

Commercial basis€3,000–€9,000 fixed · normally 4–8 weeks · products, testing and travel separate
Build the critical-spares programme
L03

Lifecycle Support Desk

What this engagement buys

A recurring register for spares, obsolescence, repair, supplier and document actions, shutdown readiness and management decisions.

Commercial basis€1,500–€5,000 / month · minimum 3 months after baseline · products, specialists and travel separate
Discuss the lifecycle desk

Useful starting evidence

Start with one clearly bounded asset population.

A complete plant register is not required. The strongest available export or document is enough to establish data quality, the first review boundary and the next evidence request.

01

Installed-base scope and population

What to include

Site, unit, line, equipment family and approximate asset count

02

Evidence already available

What to include

Asset register, BOM, CMMS export, P&ID, manuals, nameplates or stock list

03

Failure consequence and redundancy

What to include

Production, safety, quality or environmental impact; available standby or bypass

04

Obsolescence, stock and lead-time exposure

What to include

Known end-of-life notices, remaining stock, repairs, last-time-buy deadline and current lead times

05

Decision and shutdown window

What to include

Audit horizon, outage or turnaround date, budget cycle and first decision deadline

06

Required lifecycle decision

What to include

What must be stocked, sourced, repaired, replaced, retrofitted or monitored—and who approves

Responsibility boundary

UI structures the decision. The client retains technical and economic authority.

UI structures the register, evidence, ranking and recommendations. The client’s designated maintenance, asset-integrity and engineering authorities approve criticality, stocking policy, equivalence, fitness for service and technical change.

01

Rankings remain tied to the agreed population, supplied evidence and stated assumptions; they are not presented as a complete plant risk assessment.

02

Site walkdowns, condition assessment, NDT, fitness-for-service studies and certification require separately appointed, legally competent parties.

03

Stock recommendations consider consequence, redundancy, lead time, shelf life, preservation, repairability and working-capital exposure—not BOM presence alone.

04

Any equivalent, repair, retrofit or technical change remains subject to approval by the client’s named authority and any required independent regulated assessment.

Start with the live decision

Start with one unit, line or equipment family.

Send the strongest available asset, stock or OEM record. The assistant preserves the S08 context, identifies the first evidence gap and routes the request to L01, L02 or L03.

Assess installed-base risk Send the installed-base context by email