Asset Intelligence8 min read•7 October 2026
Track and Trace ROI Guide
A practical framework for assessing the value of better asset visibility and control — calculating ROI beyond simple asset loss across South African supply chains.
By Gys Mans
A practical framework for assessing the value of better asset visibility and control.
ROI is broader than asset loss.
A useful assessment considers the value of more reliable availability, reduced replacement exposure, less manual effort, faster dispute resolution and stronger operating decisions. The relevant mix is different for every network.
| Value question | What to examine | Potential evidence |
|---|---|---|
| Are assets available when needed? | Shortages, emergency hires, avoidable purchases, delayed service or production disruption. | Demand patterns, stock-outs, expedites, availability by location. |
| Are assets being recovered? | Loss, unreturned assets, overdue dwell and aged exceptions. | Recovery age, asset write-offs, replacement history. |
| Is work being repeated? | Manual counts, reconciliations, follow-up and dispute administration. | Hours by task, count frequency, unresolved queries. |
| Can we make better decisions? | Imbalance, utilisation, repair, deployment and pool-sizing decisions. | Movement history, status accuracy, management reports. |
Who this guide is for
Operations leaders, supply-chain teams, finance managers and procurement decision-makers building a business case for returnable assets, reusable packaging or other mobile operational assets.
1. Define the baseline before calculating value
The quality of an ROI assessment depends on the starting position. Begin with the current operating cost and service exposure, not an assumed technology benefit. Where data is incomplete, use ranges and validate the assumptions during a pilot.
| Baseline area | Questions to ask | Useful measure |
|---|---|---|
| Asset pool | How many assets exist, where are they and what is their replacement exposure? | Asset count; replacement cost; available-to-total ratio. |
| Loss & recovery | Which assets are missing, overdue or difficult to recover? | Write-offs; recovery rate; ageing of exceptions. |
| Operational effort | How much time goes into counts, reconciliations and queries? | Hours per week; labour cost; number of manual touchpoints. |
| Service impact | What happens when the right assets are unavailable? | Emergency spend; delayed dispatches; customer or production impact. |
| Data confidence | Which reports are trusted and where do data gaps create delay? | Inventory accuracy; exception closure time; disputed movements. |
Avoid false precision.
A business case becomes more credible when it distinguishes measured facts, reasonable assumptions and benefits that still need to be proven. A pilot can turn the highest-value assumptions into evidence.
Think in terms of control outcomes, not just “tracking”.
A Track & Trace solution creates value when it changes action: an overdue asset is recovered earlier; a shortage is identified before service is affected; a disputed handover is resolved from evidence; or a pool is deployed with greater confidence.
2. Map where value can be created
Most Track & Trace cases combine several value levers. The right assessment estimates each one separately, avoids double-counting and focuses on levers that are material to the operation.
| Value lever | How Track & Trace contributes | Assessment input |
|---|---|---|
| Reduced loss & replacement | Earlier visibility and accountable handovers support recovery and intervention. | Historical loss/replacement spend; recovery improvement assumptions. |
| Higher utilisation | A clearer asset position supports rebalancing and reduces unnecessary pool growth. | Available stock, dwell, imbalances, peak demand and avoidable hires. |
| Less manual administration | Captured events can reduce repeated counting, searching and reconciliation. | Time spent by role; current reporting and exception workload. |
| Faster dispute resolution | Movement evidence can shorten investigation and improve accountability. | Dispute volume, resolution time and cost of unresolved claims. |
| Improved condition control | Status and inspection events can separate serviceable, damaged and quarantined assets. | Repair cycle time, damage exposure and usable asset availability. |
Do not count the same benefit twice.
For example, fewer emergency hires and a smaller pool may both stem from better availability. Keep the assumptions separate and confirm whether they represent distinct savings or the same operational improvement.
3. Build a transparent ROI model
A practical model does not need to be complex. It should show the operating assumptions, one-off implementation costs, recurring costs, expected timing, and the sensitivity of the outcome to changes in key assumptions.
| Model component | Include | Illustrative calculation |
|---|---|---|
| Annual benefit | Validated value levers after allowing for overlap and adoption ramp-up. | Loss reduction + avoided emergency spend + verified labour release. |
| One-off cost | Discovery, asset data preparation, labels/tags, devices, integration, deployment and training. | Implementation cost in the agreed scope and phased rollout. |
| Recurring cost | Platform, support, connectivity, maintenance, replacement labels/tags and governance effort. | Annual operating cost required to sustain the control model. |
| Net annual benefit | Annual benefit less recurring cost. | Annual benefit − recurring cost. |
| Payback view | The period in which cumulative net benefit covers one-off cost. | One-off cost ÷ net annual benefit (where positive). |
Use sensitivity ranges.
Test the assumptions that most influence the result: recovery rate, capture quality, number of control points, implementation scope, ongoing operating effort and the time required for adoption. A range-based view is more robust than a single headline number.
Important: labour “savings” require a real action.
Reduced manual work may create capacity, improve service or avoid costs. Treat it as a direct cash saving only when the organisation can remove or redeploy the related cost.
4. Prove the business case through a controlled pilot
A well-scoped pilot does more than demonstrate technology. It verifies the asset register, operating rules, capture quality and exception response before a wider commitment is made.
| Pilot stage | What to validate | Decision evidence |
|---|---|---|
| Select a contained flow | A meaningful asset type, route or site with clear control pain. | Baseline measures, accountable owners and defined pilot boundary. |
| Prepare the control model | Asset IDs, event definitions, custody rules, user workflow and reports. | Clean starting position and practical frontline process. |
| Run in live conditions | Capture performance, adoption, exceptions and data quality. | Confirmed read/scan rates; usable event history; issue log. |
| Review operational outcomes | Recovery, dwell, availability, manual effort and dispute outcomes. | Measured change against the baseline and adjusted assumptions. |
| Decide the next phase | Where to scale, what to refine and which identification method fits. | Prioritised rollout plan, commercial scope and governance model. |
An anonymised operating pattern
A multi-site, reusable-asset operation used a limited pilot to establish its starting asset position and to capture issue, receipt and return events. The initial findings identified a small number of high-value exceptions and repeated handover gaps. The team used those results to refine its ROI assumptions before selecting wider deployment priorities.
5. A practical starting point with DRS
DRS can help turn the physical asset, capture method, control platform and operating rhythm into a business case grounded in the actual operating environment.
| Bring to the first conversation | Why it helps |
|---|---|
| Which assets are operationally critical, and what is the consequence when they are unavailable? | Focuses attention on the assets where shortage or loss has direct commercial impact. |
| What is currently spent on replacement, recovery, emergency supply, manual control or dispute handling? | Provides the financial baseline to validate the business case. |
| Where are the most material custody changes, dwell points and control gaps? | Identifies where capture points and exception rules deliver immediate ROI. |
| What asset, movement and cost data is available to establish a credible baseline? | Determines whether the baseline is proven or needs initial pilot measurement. |
| Which process or site would provide a meaningful but manageable pilot? | Ensures the pilot is contained, measurable and fast to execute. |
From ROI assessment to an informed decision.
DRS can develop a detailed assessment once relevant operational and financial information is available. Any expected benefits, investment scope and commercial model should be confirmed through joint discovery and, where appropriate, a pilot.
Important note
This guide is intended as general information, not a guarantee of financial, operational or technology outcomes. Each organisation’s result will depend on its asset base, operating model, data quality, adoption, implementation scope and the actions taken in response to the information provided.
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