Investment Avoidance Value: The Technology Value We Rarely Measure Before Procurement
Technology ROI tells us what happened after money was invested. But what measures the value created when better assessment prevents capital from being committed to the wrong requirement in the first place?
Technology investment decisions are normally judged through business cases, procurement discipline and eventual return on investment. What receives less attention is the value created before procurement - when an independent assessment establishes what actually needs to be purchased, what can continue to be used, what should be corrected and what investment may not be required at all.
This research note proposes a practical management measure for that outcome: Investment Avoidance Value. It is not a claim that technology spending should be reduced. It is a way of measuring how much proposed capital was protected or redirected because evidence helped right-size the investment before commitment.
Better technology economics starts before the purchase
McKinsey's research on technology investment found that 52% of respondents from top-performing organisations reported strong FinOps capabilities, compared with 27% of other respondents.
The finding is useful beyond cloud economics. It points towards a wider management discipline: organisations that create stronger value from technology tend to develop a better understanding of the economics behind their technology decisions.
Good technology investment is therefore not simply about obtaining a larger budget or negotiating a lower purchase price. It is also about establishing whether the proposed requirement itself is correct.
McKinsey's survey covered 500 C-suite executives and IT professionals across 60 countries and 70 industries and sub-industries. Its analysis found a clear difference between top performers and other organisations in areas including cloud adoption, technology operating models, talent and the ability to demonstrate business value from technology investment.
Source: McKinsey & Company - Investing in the future of tech: Lessons from winning companies
The current investment model has one important blind spot
Most major technology investments follow a familiar sequence. A problem is identified. A technical solution is discussed. A budget is estimated. Vendors are evaluated. Procurement begins. Implementation follows. ROI is then measured against the business case.
There is nothing fundamentally wrong with this process. The question is whether enough independent challenge takes place between identifying the problem and defining the procurement requirement.
What exactly needs to change?
Those are not the same question.
The pressure to move fast can change investment behaviour
IBM Institute for Business Value's 2025 CEO Study adds another dimension. Based on a survey of 2,000 CEOs across 33 countries and 24 industries, IBM reported that 64% of CEOs said the risk of falling behind drives them to invest in some technologies before they have a clear understanding of the value those solutions bring to the organisation.
The finding is particularly relevant to AI, where investment is moving quickly, but the underlying management question is much wider. Similar pressure can exist around cloud migration, infrastructure refresh, cybersecurity platforms, storage, networking, data centres and large modernisation programmes.
IBM's 2025 CEO Study also reported that only 25% of AI initiatives had delivered expected ROI over the previous few years and only 16% had scaled across the enterprise. The findings illustrate the tension leaders face between moving quickly and establishing measurable value.
A simple ₹50 million example
Consider a hypothetical organisation planning a technology refresh with an initial procurement estimate of ₹50 million.
The need for investment is genuine. There are concerns around performance, capacity, lifecycle and resilience. The organisation could move directly into product selection against the ₹50 million requirement.
Instead, an assessment is conducted before procurement. Existing capacity, utilisation, architecture, lifecycle position, dependencies, supportability and what can reasonably remain in service are examined. The assessment confirms that investment is required, but the evidence supports a revised requirement of ₹31.8 million.
| Investment Position | Value | Interpretation |
|---|---|---|
| Original proposed procurement | ₹50.0 million | Initial requirement before deeper validation |
| Evidence-supported requirement | ₹31.8 million | Right-sized requirement after assessment |
| Capital not unnecessarily committed | ₹18.2 million | 36.4% of the original proposed investment |
The organisation still modernises. Necessary technology is still purchased. The intended business requirement is still addressed.
The difference is that ₹18.2 million has not been committed to capacity, equipment or scope that the assessment did not support.
Note: The ₹50 million example is an illustrative scenario developed for this research note. It is not presented as a result from the McKinsey or IBM studies.
What is Investment Avoidance Value?
Investment Avoidance Value is the value of proposed technology expenditure that is not committed because independent assessment and evidence establish that the same required outcome can reasonably be achieved with a different, smaller or better-directed investment.
The distinction matters because Investment Avoidance Value should not become another name for cost cutting.
A lower investment is valuable only when the required outcome, resilience, capacity, security and operational need remain properly addressed. If the assessment confirms that the full original investment is necessary, the value of the assessment is increased decision confidence rather than avoided expenditure.
Investment Avoidance Value is not the same as cost reduction
| Measure | Primary Question | When It Is Measured |
|---|---|---|
| Cost Saving | How much did we reduce an existing or expected cost? | During or after a cost action |
| ROI | What return did the investment generate? | Primarily after investment |
| Investment Avoidance Value | How much proposed capital was not committed because evidence changed or right-sized the requirement? | Before procurement commitment |
A practical way to calculate it
Original Evidence-Eligible Requirement - Validated Investment Requirement
The phrase "evidence-eligible" is important. A speculative or deliberately inflated starting budget should not create an artificial avoidance value. The original requirement should have been a reasonable, documented investment proposition before assessment.
From technology requirement to evidence-based investment
| Stage | Management Question |
|---|---|
| Assess | What condition actually exists today? |
| Evidence | What can be demonstrated rather than assumed? |
| Actual Gap | What genuinely needs correction, replacement or additional capacity? |
| Options | Can the outcome be achieved through optimisation, correction, reuse, replacement or a combination? |
| Investment | What expenditure is now supported by the evidence? |
| Validate | Did the investment deliver the condition and outcome it was intended to create? |
Why the Foundation Layer matters before procurement
A technology requirement can be technically valid and still be based on an incomplete understanding of the underlying environment.
Capacity may exist but be poorly allocated. Hardware may still be serviceable but approaching a different lifecycle constraint. Performance problems may originate in architecture rather than compute. Resilience concerns may come from dependencies outside the component being considered for replacement. A cloud cost issue may be a consumption-governance problem rather than a platform problem.
This is why infrastructure governance has a direct connection with capital governance. Better visibility into the Foundation Layer can improve the quality of the investment decision built on top of it.
Five questions before a major technology investment
| Question | Why It Matters |
|---|---|
| 1. What problem are we actually solving? | Prevents a product requirement from being mistaken for a business requirement. |
| 2. What evidence supports the current requirement? | Separates observed need from assumption. |
| 3. What can safely continue? | Identifies assets, capacity or services that do not require replacement. |
| 4. What can be corrected before it is replaced? | Tests whether configuration, architecture, process or utilisation is the real constraint. |
| 5. What expenditure remains after these questions are answered? | Creates a more defensible procurement baseline. |
This belongs on the management table, not only in IT
Technology procurement is increasingly a capital-allocation decision. Cloud commitments, cybersecurity programmes, data platforms, AI, infrastructure refresh and resilience investments can materially affect both operating expenditure and capital expenditure.
Management therefore needs visibility not only into whether a project produced ROI, but also whether the organisation entered procurement with a properly validated requirement.
Investment Avoidance Value gives the CIO, CFO, procurement function, risk leadership and business management a common number around that discussion. It creates a way to recognise value from good assessment even when the outcome of the assessment is simply: buy less, buy differently, correct first, or proceed exactly as planned because the evidence supports it.
Investment Avoidance Value should never reward under-investment. If reducing the proposed spend weakens resilience, security, compliance, capacity or the intended business outcome, it is not investment avoidance value. It is deferred risk.
From ROI to better investment decisions
ROI remains important. Organisations should continue measuring whether technology investments create the expected financial, operational and strategic outcomes.
But ROI begins after a decision has largely been made.
Investment Avoidance Value asks a different question before that point:
If the answer is zero because the original investment was fully justified, the assessment has still created assurance.
If the answer is material because the requirement changed, that value should be visible too. In both cases, the organisation has made the technology decision with stronger evidence.
Better technology governance is not about spending less. It is about spending with stronger evidence. When the Foundation Layer is understood before procurement, management can invest with greater confidence, right-size where required and avoid putting capital into assumptions that were never independently validated.
The purpose of assessment is not to reduce investment. It is to make sure the organisation is investing against the environment that actually exists, the gap that actually matters and the outcome the business actually needs.
Before the next technology investment, validate the layer underneath it.
A procurement decision becomes stronger when the underlying infrastructure position is understood first. The InfraVeritas360 Foundation Layer Check is designed to challenge visibility, ownership, dependencies, control coverage and evidence before those assumptions become part of an investment decision.
If your organisation is preparing for an infrastructure refresh, cloud investment, security programme or major technology procurement, start by asking a simpler question: How much of the proposed investment is actually supported by the environment that exists today?
Validate Your Foundation Layer →Primary Research Sources
External statistics and research observations in this article are attributed to their original public sources. "Investment Avoidance Value" is presented here as an InfraVeritas360 research proposition for discussing the value created when evidence-based assessment changes or validates a proposed technology investment before procurement. The ₹50 million scenario is illustrative and is not a reported case from McKinsey or IBM.
InfraVeritas360. "Investment Avoidance Value: The Technology Value We Rarely Measure Before Procurement." Governance Research Notes, 2026.