Beyond the Discount Rate: A Real Options Framework for Valuing Strategic Flexibility in an Age of Uncertainty

27 June 2025, Version 1
This content is an early or alternative research output and has not been peer-reviewed by Cambridge University Press at the time of posting.

Abstract

Traditional capital budgeting models like Net Present Value (NPV) cannot be applied to assess strategic ventures into the volatile, uncertain, complex, and ambiguous (VUCA) environment. Their presumptions of being static and depending on risk-adjusted discount rates tend to cause rejection of potential projects that are potential given that they do not consider the flexibilities of managers. To complement the benefits of financial option valuation approaches, Real Options Analysis (ROA) has been advanced in this paper as a better alternative that incorporates, within the financial option valuation frameworks, the Black-Scholes-Merton and Binomial Lattice option valuation functions, for valuations of real asset investments. ROA redefines investments as investment portfolios of strategic decisions (e.g., deferral, expansion, contraction, abandonment) in ways that are both conditional on uncertainty and reflect the value of optionality. An example of a strategically interesting project, which became financially non-viable when faced with uncertainty (existence of flexibility), shows how a project with an NPV of 20 million (≈ 20 million dollars) can become a strategically attractive project with an SNPV of 75 million (≈ 75 million dollars) when flexibility is modelled. This paper outlines the theoretical mechanics of ROA, some implementation procedures, and managerial implications, proposing a paradigm shift in the corporate finance area of deterministic forecasting to the conception of dynamic and option-based decision-making.

Keywords

Real Options Analysis
Capital Budgeting
Net Present Value
Strategic Investment
Uncertainty
Binomial Lattice Model
Black-Scholes Model

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