Service

Fixed Asset Verification & Audit Services

Independent, wall-to-wall physical verification of your fixed assets — reconciled line-by-line to your register, with evidence your auditor can rely on.

Most fixed asset registers drift away from reality. Assets are moved between sites without paperwork, scrapped without disposal entries, or bought locally and never capitalised. The result is a register your finance team cannot trust: depreciation runs on assets that no longer exist, insurance is priced on the wrong values, and physical checks at year-end become a scramble.

CPCON’s fixed asset verification service fixes that at the source. Our field teams physically inspect every asset in scope — plant, machinery, IT equipment, furniture, fixtures and vehicles — capturing identification, location, custodian and condition. Each record is then reconciled against your fixed asset register, so you know exactly what is matched, what was found but never capitalised, and what is a ghost asset still being depreciated years after it left the building. For technology estates — where the register, the CMDB and discovery tooling each tell a different story — see our dedicated IT asset inventory service.

The output is not a spreadsheet dump. It is a posting-ready reconciliation mapped to your chart of accounts, supporting FRS 102 Section 17 measurement and the reconciliation disclosures it requires, the Companies Act 2006 s.386 duty to keep records of assets and liabilities, and the asset-level evidence behind capital allowances claims.

Why registers drift — and why it matters

A fixed asset register is not wrong because anyone is careless; it is wrong because it is a model of a physical world that keeps moving while the model sits still. Every undocumented transfer, every disposal that skips the paperwork, every local purchase charged to repairs instead of capitalised, and every asset quietly depreciated to nil while it carries on working pulls the register a little further from the floor. Left unverified for a few years, the gap compounds into a register that is unreliable in both directions at once — listing things that are gone and omitting things that are there.

That drift is expensive in ways that do not announce themselves. Depreciation runs on phantom assets, overstating the charge and the carrying value. Insurance premiums are paid on equipment that no longer exists. Capital allowances pools carry assets that were scrapped years ago. And when the auditor arrives, the existence assertion behind property, plant and equipment cannot be supported without a frantic, sampled scramble. Verification exists to collapse that gap back to zero and then keep it small.

Ghost assets and zombie assets: the register wrong both ways

The two failures sit at opposite ends of the same problem, and a real verification has to catch both, because each distorts the accounts in the opposite direction.

Ghost assets — present in the books, gone from the floor

A ghost asset is a register line for something that no longer physically exists: scrapped, sold, lost or stolen, but never derecognised. Ghosts overstate the balance sheet, inflate depreciation, distort the capital allowances pool and push up insurance premiums for equipment that cannot ever be claimed. Registers left unchecked for years routinely carry ghost rates in the order of 10–30% of lines — a figure that surprises every finance team until the first verification proves it. Each ghost becomes a documented write-off and a derecognition entry, with the tax and insurance corrections that follow.

Zombie assets — alive on the floor, dead in the books

A zombie asset is the mirror image: a real, working, often valuable asset that has been fully depreciated to nil, expensed in error or never capitalised, so it has vanished from the register while still earning its keep. Zombies understate the balance sheet and, more dangerously, hide value that should be insured and may be allowance-bearing — equipment you would discover is under-insured only at the worst possible moment, when you try to claim for it. Because a register-led check starts from the list, it is structurally blind to zombies; only a verification that starts from the floor finds them.

The reconciliation: every line gets a code

The heart of the deliverable is a line-by-line reconciliation in which no asset is left ambiguous. Every physical finding and every register line is classified, so the gap between the two is fully explained rather than merely quantified. These are the codes and what each one triggers:

Reconciliation codeWhat it meansWhat it triggers
MatchedPhysical asset found and agrees with a register line on identity, location and (broadly) condition.No action — confirms the carrying value and refreshes the last-verified date.
Register-not-found (ghost)On the register, not physically present — scrapped, sold, lost or stolen without a disposal entry.Documented write-off; derecognition under FRS 102 17.27–17.30; correct the capital allowances pool and the insured value.
Found-not-on-register (zombie / unrecorded)Physically present and in use, but missing from the register — fully depreciated, expensed in error, or never capitalised.Capitalise or reinstate; restore insurable and allowance-bearing value; investigate the capitalisation gap.
TransferredFound, but at a different site, cost centre or custodian than the register shows.Update location/custodian; correct site-level depreciation and insurance allocation; check transfer controls.
Condition / impairment flagFound, but idle, damaged, obsolete or beyond economic repair.Feed the FRS 102 Section 27 impairment assessment; support a revised useful life or residual value.

Because every line carries a code and a trail, the reconciliation is something an auditor can test and a finance team can post directly, rather than a net difference that has to be argued over. The full anatomy of the record it reconciles into is set out on our fixed asset register & FRS 102 guide.

What we verify: the asset classes

“Wall-to-wall” means exactly that — every class in scope, not just the convenient ones. Different classes fail in different ways, and the verification approach adapts to each:

Asset classVerification note
Plant & machineryProduction lines, fixed and mobile plant, process equipment — usually the highest-value, most allowance-sensitive class.
IT & technology equipmentServers, network, end-user devices — reconciled to the register and, separately, to the CMDB and discovery data.
Furniture, fixtures & fittingsHigh-volume, low-unit-value, highly mobile — the class that ghosts and zombies fastest.
Vehicles & mobile assetsFleet and plant that moves between sites — verified by identity (VIN/serial), not by an assumed location.
Leasehold & building improvementsFit-out and fixed installations — often poorly tracked and a frequent source of orphaned register lines.
Right-of-use (leased) assetsOn-balance-sheet leased assets that, after the FRS 102 Periodic Review, sit in the register alongside owned assets and need the same tracking.

The right-of-use line in that table is new and consequential: after the FRS 102 Periodic Review, leased assets come on-balance-sheet and sit in the same register as owned assets, so verification and register design now have to accommodate them too.

What gets captured at each asset

The quality of the reconciliation is decided at the point of capture. Walk past an asset and record only that it “exists” and you have proven almost nothing; capture the right attributes and the asset can be matched to a register line, posted, insured, depreciated and found again next year. At every asset in scope our teams record:

  • Identity — make, model, and a clear description sufficient to classify the asset and match it to the register.
  • Serial number and existing tag — the manufacturer identity and any barcode, QR, RFID or plate already on the asset, the natural keys for matching.
  • Location — site, building, floor, room or cost centre, captured to the granularity your register and insurance schedule need.
  • Custodian — the named person, role or department accountable for the asset.
  • Condition grade — a consistent scale (e.g. in use / serviceable / poor / idle / beyond repair) that feeds depreciation review and impairment.
  • Photographs — date-stamped images that make the record auditable and settle later disputes about identity or condition.
  • New tag number — where the asset was untagged, the tag applied during verification, written straight into the record.

Capturing these fields digitally on the spot, mapped to your ERP structure, is what makes the eventual output posting-ready. The full field set a maintained register should carry — and why each field is there — is set out on our fixed asset register guide.

A worked example: what a verification recovers

The abstract case for verification becomes concrete the moment you put figures to it. Consider an organisation whose register shows 2,000 lines with a gross book value of £8,000,000 that has not been physically verified for six years. A wall-to-wall verification on a register in that state would not be unusual to find:

  • Ghost assets — perhaps 18% of lines (360 assets) gone but still on the register, carrying residual book value, depreciation, insured value and capital allowances pool entries that should all be removed.
  • Zombie / unrecorded assets — working equipment found on the floor that is fully depreciated or was never capitalised, restoring real insurable and allowance-bearing value that the balance sheet currently ignores.
  • Transferred assets — items at a different site or cost centre than the register shows, mis-stating site-level depreciation and insurance allocation.
  • Condition / impairment flags — idle and damaged assets that should prompt a useful-life or impairment reassessment under FRS 102.

Each finding carries a financial consequence: the ghosts come off depreciation and the insured schedule and correct the allowances pool; the zombies restore value and may unlock allowances; the transfers fix the geography of the numbers; and the condition flags feed a defensible impairment position. None of that is visible from the spreadsheet — it only appears when someone walks the floor and reconciles what is actually there against what the books claim.

The verification process, step by step

A verification that produces audit-grade evidence is a defined process, not a walk-round. Each step exists to protect the integrity of the next, and the whole sequence is designed so the data arrives in a state your finance team can post without re-working it.

StepWhat happens
1. Scope & register baselineAgree sites, asset classes, materiality and the register extract that will be reconciled against. The starting register is the baseline, never the source of truth.
2. Plan & mobiliseSite logistics, access, custodian liaison and a capture template aligned to your ERP fields, so the data lands posting-ready rather than needing re-keying.
3. Wall-to-wall physical captureField teams walk every location and record each asset: identity, serial, location, custodian, condition grade and photographs — captured digitally on the spot.
4. Tag the untaggedUnlabelled assets get a durable barcode, QR or RFID tag, with the tag number written into the record so future counts are scan-based.
5. Reconcile to the registerLine-by-line matching: matched, register-not-found, found-not-on-register, transferred, condition-flagged — every line coded and traceable.
6. Report & postA posting-ready reconciliation mapped to your chart of accounts, a documented ghost/write-off schedule, and the impairment and tax flags your finance team and auditor can act on.

The order is deliberate. Capturing from the floor before consulting the register is what makes the count independent of the register’s existing errors; tagging during capture is what converts a one-off project into a repeatable cycle count; and mapping to your chart of accounts during capture is what makes the output posting-ready rather than a dataset that needs a second project to use.

Tagging: turning a one-off into a routine

The largest hidden cost of a register that has drifted is not the first clean-up — it is having to do that clean-up again from scratch every few years because nothing was put in place to keep it accurate. Tagging during verification breaks that cycle. Every untagged asset receives a durable barcode, QR or RFID tag, the tag number is written into the reconciled record, and from that point the asset is uniquely and unambiguously identifiable. The next verification is then a scan, not a re-identification exercise — hours of cycle counting rather than weeks of investigation. For high-value or mobile estates, RFID takes this further, allowing whole rooms to be read at once and assets to be located rather than hunted; the detail is on our asset tagging service.

The accounting picture: FRS 102 and impairment

Under FRS 102 Section 17, property, plant and equipment is measured at cost (or revalued amount), depreciated systematically over its useful life, and reconciled — for each class — from opening to closing balance, with additions, disposals, depreciation and impairments shown. That disclosure reconciliation is only as truthful as the register it is built from, and verification is what makes the register truthful. The existence and condition evidence a verification produces is the factual basis on which the measurement stands.

Condition findings feed directly into the impairment assessment FRS 102 Section 27 requires at each reporting date. An asset found idle, damaged, obsolete or beyond economic repair is a textbook impairment indicator, and an asset that cannot be located at all raises an obvious existence question. By grading condition and flagging the doubtful lines, a verification hands the finance team and the auditor the very evidence the impairment review depends on — rather than leaving impairment as an annual judgement made in the dark.

The financial case: tax and insurance gains

Verification pays for itself in two places that finance directors recognise immediately.

Capital allowances

Capital allowances — the Annual Investment Allowance, full expensing, writing-down allowances — are claimed and disposed of at asset level, so the pools they run on are only ever as accurate as the register. Writing off ghost assets corrects pools that have been carrying scrapped equipment; capitalising found additions can bring genuinely qualifying expenditure into charge that was previously buried in repairs. Just as importantly, a verified asset-level record is exactly what answers an HMRC enquiry — the evidence behind the claim, item by item. The mechanics of the claim itself are on our capital allowances page.

Insurance

Insurance premiums are typically a function of declared asset values, which makes a drifted register doubly costly. Ghost assets mean you are paying premium to insure equipment that no longer exists and could never be claimed for. Zombie assets mean real, working equipment may be under-declared and therefore under-insured — a gap you would only discover at the moment of a claim, when it is far too late to fix. Reconciling declared values to verified reality usually strips out premium you should not be paying and closes cover gaps you would not want found at claim time. Where insured value needs to rest on a defensible basis rather than historical cost, that is a job for our asset valuation service, which a verification naturally feeds.

Keeping it accurate: from one-off to cycle

A verification is a reset, not a cure. Without controls, a register starts drifting again the day the field teams leave. The lasting value comes from operationalising the clean baseline: movement, disposal and transfer procedures with named owners, capitalisation discipline at the point of purchase, and — above all — rolling verification of high-value and mobile classes between full counts. With everything tagged in the first pass, that ongoing assurance becomes a cycle counting routine rather than a periodic crisis, so the register stays close to reality permanently instead of being rebuilt from scratch every five years.

Audit evidence and the division of responsibilities

Fixed asset verification earns its keep at audit because it supplies evidence for two of the assertions auditors care about most for property, plant and equipment: existence (the assets on the balance sheet are real) and, through condition grading, inputs to valuation (they are carried at an amount that reflects their state). A register that has never been physically checked supports neither assertion well, which is exactly why an unverified estate tends to attract more audit work, wider sampling and more questions.

As with any independent count, it helps to be clear about who does what. You own the register and the financial statements and carry the Companies Act duty to keep adequate records of the company’s assets. Your auditor forms an independent opinion and, where assets are material, tests the existence and condition evidence — they do not maintain your register and they do not certify our work. CPCON performs the independent physical verification and reconciliation and produces the documented evidence; we issue no audit opinion and are not a certifying body. Keeping those three roles distinct is what lets the auditor rely on the verification as independent corroboration rather than as an extension of management’s own assertion.

Where verification matters most

Every organisation with a material fixed asset base benefits, but the stakes are highest where assets are numerous, valuable, mobile or heavily regulated:

  • Manufacturing and industrials — high-value plant and machinery, where allowances and impairment turn on accurate, condition-graded records.
  • Healthcare — large, mobile fleets of medical equipment that move between departments and sites and disappear from registers fastest.
  • Energy and utilities — geographically dispersed, long-life infrastructure assets that are hard to track and expensive to mis-state.
  • Financial and professional services — IT-heavy estates where the register, the CMDB and discovery data rarely agree.
  • Multi-site retail and logistics — fixtures, fit-out and equipment spread across many locations with frequent, undocumented movement.
  • Public sector and education — large, ageing estates under tight stewardship and external scrutiny of asset records.

The common thread is drift: the more assets you hold and the more they move, the faster the register diverges from reality and the more a periodic independent verification is worth. For technology-dominated estates specifically, the same physical count is reconciled to the CMDB and discovery tooling by our IT asset inventory service.

What the service includes

Wall-to-wall physical verification

Site-by-site inspection of every asset in scope, captured digitally with photographs and condition grading.

Tagging during verification

Untagged assets are labelled on the spot — barcode, QR or RFID — so the next count takes hours, not weeks.

Register reconciliation

Line-by-line matching against your register: matched, found-not-on-register, register-not-found, transferred.

Ghost asset & write-off schedule

A documented disposal/write-off schedule your auditors can test, with an estimate of the P&L and tax impact.

Why it matters now

The FRS 102 Periodic Review amendments apply to accounting periods beginning on or after 1 January 2026, putting fixed asset data quality back on every UK finance agenda — most visibly because leased assets come on-balance-sheet and will sit alongside owned assets in your register. Auditors are also applying ISA (UK) 501 expectations on physical evidence more strictly. An independent verification gives you a defensible baseline before those conversations start. The same independence that makes it valuable at audit makes it valuable in a dispute, a refinancing or a transaction — the equivalent discipline for stock is our independent stock audit service.

When to verify — and what triggers a re-verification

The general rule is a full wall-to-wall verification every three to five years, with rolling cycle verification of high-value and mobile classes in between. But the calendar is not the only driver. Several events should bring a verification forward regardless of when the last one happened:

  • A transition to new accounting requirements — most immediately the FRS 102 Periodic Review, which brings leased assets on-balance-sheet from periods beginning on or after 1 January 2026 and demands clean opening data.
  • An ERP or fixed-asset-system migration — migrating a register full of ghosts simply carries the errors forward; verifying first means the new system starts clean.
  • A merger, acquisition or disposal — where asset existence and value affect the deal, both sides want an independent baseline.
  • An insurance renewal or claim — declared values should rest on verified reality, and a claim is the worst moment to discover the register was wrong.
  • A site move, closure or major reorganisation — large, undocumented movements of assets are exactly what drives a register out of date.
  • An audit qualification or challenge on PP&E — where the auditor has questioned existence or valuation, a verification supplies the evidence to settle it.

Between full verifications, the assets most worth cycle-verifying are the ones most likely to move or vanish: high-value plant, IT equipment and anything portable. That ongoing rhythm is what keeps a verified register accurate rather than letting it slide back toward the next big clean-up.

How the data is handed over

The deliverable is built to drop into your systems, not to sit in a report nobody can use. That means:

  • ERP-mapped output. Reconciled data structured to your fixed asset system — SAP, Oracle, Sage, Microsoft Dynamics or others — with fields aligned so finance can post rather than re-key.
  • Every line coded. Matched, register-not-found, found-not-on-register, transferred or condition-flagged, so the reconciliation is auditable line by line.
  • A documented write-off schedule. The ghost assets, ready to derecognise, with the supporting evidence your auditor can test.
  • Impairment and condition flags. The idle, damaged and obsolete assets surfaced for the FRS 102 Section 27 assessment.
  • Photographic evidence. Date-stamped images tied to each record, settling later questions of identity and condition.
  • A tagged estate. Every previously untagged asset now carrying a durable tag and tag number, so the next count is a scan.

Where the verified values then need to support insurance or a revaluation policy rather than historical cost, that is the remit of our asset valuation service, and the maintained-register discipline that keeps it all current is set out in the fixed asset register guide.

The CPCON difference

CPCON has delivered more than 4,500 verification and inventory projects across six countries over 30+ years, and the cpcongroup.com methodology is already used by FTSE-scale and Fortune-500 organisations. The same senior methodology — not a franchised count crew — is what we bring to UK engagements. Our field teams are directly employed and supervised to a consistent method, which is what makes a wall-to-wall count across many sites produce data clean enough to reconcile and post.

The method reconciles three pictures that organisations usually keep apart and that rarely agree: the physical asset on the floor, the logical record in the system or CMDB, and the financial position in the ledger. Most error lives in the gaps between those three, and reading all three together is what turns a count into a true reconciliation. On certification we are precise about scope: CPCON does not hold or claim its own ISO or SOC certification for this service, and will not imply otherwise. The certifying body certifies your organisation and your auditor forms the opinion — what we deliver is the independent field evidence that makes both defensible.

Frequently asked questions

What is fixed asset verification?

Fixed asset verification is the physical inspection of every asset an organisation controls — confirming it exists, where it is, its condition and who uses it — and the reconciliation of those findings against the fixed asset register. It is the factual basis for accurate depreciation, impairment reviews and capital allowances claims, and the evidence your auditor expects to see behind the carrying value of property, plant and equipment.

How often should fixed assets be verified?

Best practice for UK organisations is a full wall-to-wall verification every 3 to 5 years, with rolling cycle verification of high-value or mobile assets in between. Companies Act 2006 s.386 requires accounting records that disclose the company’s assets with reasonable accuracy at any time, so the register should never be allowed to drift far from reality.

What is a ghost asset?

A ghost asset is an item that still sits on the fixed asset register but no longer physically exists — it has been scrapped, lost, sold or stolen. Ghost assets inflate the balance sheet, overstate insurance premiums and distort depreciation. Verification projects typically uncover ghost rates of 10–30% in registers that have not been physically checked for years.

What is a zombie asset, and how is it different from a ghost?

A zombie asset is the opposite error: an asset that physically exists and is in use but has been fully depreciated to nil — or never capitalised at all — so it has disappeared from the register even though it is still earning its keep. Ghosts overstate the balance sheet; zombies understate it and hide real, insurable, allowance-bearing value. A proper verification finds both, because the register is wrong in both directions, and only a physical count exposes which way each line has drifted.

Will the results integrate with our ERP?

Yes. We deliver reconciled data mapped to your ERP or fixed asset system structure (SAP, Oracle, Sage, Microsoft Dynamics and others), with each line classified as matched, found-not-on-register, register-not-found or transferred, ready for your finance team to post.

How does verification connect to FRS 102?

FRS 102 Section 17 governs the carrying value of property, plant and equipment and requires a reconciliation of the gross carrying amount and accumulated depreciation from opening to closing balance for each class. That reconciliation is only as honest as the register behind it. Verification supplies the existence and condition evidence underpinning measurement, and the condition findings feed the Section 27 impairment assessment — idle, damaged or unverifiable assets are classic impairment indicators an auditor will expect to have been considered.

What are the tax and insurance gains from verifying?

On tax, capital allowances are claimed and disposed of at asset level, so writing off ghost assets and capitalising found additions corrects the pools that allowances run on, and a verified asset-level record is what answers an HMRC enquiry. On insurance, premiums are usually a function of declared asset value: ghost assets mean you are paying to insure equipment that no longer exists, while zombie assets mean real equipment may be under-insured. Reconciling the register to reality typically removes premium you should not be paying and exposes gaps you would not want discovered at claim time.

Do you tag assets during the verification?

Yes, where you want it. Untagged assets are labelled on the spot — barcode, QR or RFID — and the new tag number is written straight into the reconciled record, so the asset is uniquely identifiable from that day on. The pay-off is that the next verification becomes a scan rather than a re-identification exercise, turning what was a multi-week project into a routine cycle count. Tagging during the first verification is what converts a one-off clean-up into a register that stays accurate.

How is a wall-to-wall verification different from our internal year-end check?

An internal year-end check usually samples, relies on the register as its starting point (so it can only ever confirm what is already listed and never find what is missing from it), and is run by the same team that maintains the data. A wall-to-wall verification starts from the physical reality — it walks every location and records what is actually there — and reconciles that back to the register independently. Starting from the floor rather than the spreadsheet is what surfaces ghosts, zombies and unrecorded transfers that a register-led sample structurally cannot see.

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