REFLECTIONS ON REAL OPTIONS · valuation, risk and portfolio mgt and empirical testing Valuation of...
Transcript of REFLECTIONS ON REAL OPTIONS · valuation, risk and portfolio mgt and empirical testing Valuation of...
REFLECTIONS ON REAL OPTIONS
What We Know (or Should Seek to Know) about Decision Making Under Uncertainty
Lenos Trigeorgis
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Agenda
Current state: theory meets practice
What we know (insights) on investing under uncertainty
Research streams/directions
– Past
– Current
– Future
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Current State
More than 3000 research papers and books on RO
Early aps in natural resources E&D (mining, oil & gas),
pharma R&D, manufacturing and power capacity
planning (high uncertainty, long-horizon, staged)
Reach well beyond finance and economics, to strategy,
operations mgt and OR, IT, HRM, marketing,
engineering/architecture, environment & transportation,
contracts and law etc
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Current State
Corporate adoption respectable 10-30% (e.g., Graham
& Harvey, Bain) but high defection (Bain)
Lag (gap) between theory and practice; criticised for
unrealistic assumptions (rational & loyal mgt; non-
tradeability; independent of other projects, capital
structure or other parties actions etc) and complexity
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What we Know: Investing under Uncertainty
Uncertainty and flexibility are key drivers of value (ROV)
Uncertainty seen not as risk to be avoided but as
window of opportunity to create value through flexible
project design and corporate strategy (via learning,
staging, modular design, infrastructure/platform, multiple
prototypes/ suppliers etc.)
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What we Know: Investing under Uncertainty
Traditional paradigm (DCF) based on expected plans
and passive management inadequate; flexibility to revise
decisions when deviating from expected plans
introduces asymmetry expanding upside and limiting
downside; this calls for expanded (strategic) NPV to
capture operating flexibility and strategic interactions
Expanded NPV = passive NPV + Real Option Value (ROV)
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What we Know: Investing under Uncertainty
Managerial flexibility (ROV) tends to be higher
- in industries/markets with higher uncertainty
- for investment opportunities with longer horizons or that can be delayed longer to gain info.
- when (real) interest rates are higher
- for multi-stage (compound) options
May be justified to
• accept projects with - NPV (I > V) or OTM calls (growth options) (early-stage or compound, undeveloped reserves)
• delay projects with + NPV or ITM calls (beyond g > r)
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What we Know: Investing under Uncertainty
Higher uncertainty tends to increase value of option
to defer (a single, irreversible, proprietary) investment (if there are no “dividends” or other early-exercise benefits, competitive erosion or strategic interactions, or other embedded follow on options). Higher value to “wait-and-see” necessitates a higher investment threshold (when V is at premium above inv. cost I) --leading to investing less or later (“uncertainty suppresses investment”)
If can reverse the decision, easier to make it (invest)
in first place (e.g., move, get married etc.)
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What we Know: Investing under Uncertainty
Under uncertainty, staging investment provides valuable
flexibility to continue to next stage (option) or abandon (exit) midway; continuation (e.g., financing in VC) should be contingent on success of earlier stages
Multistage opportunities may have significant growth
(compound) option value that may justify making strategic investment despite negative NPV
(e.g., invest in Spain for expansion option in EU or LA)
Firms/industries facing higher uncertainty have higher GO/P
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What we Know: Investing under Uncertainty
If investing early creates other options (e.g., to later
expand, abandon or switch), then more uncertainty
would also increase their flexibility value –
increasing value of early investing (nonmonotonic
impact of uncertainty on investment)
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What we Know: Investing under Uncertainty
In presence of competition, early investment may
have strategic value by influencing equilibrium actions (quantity or price setting) of competitors or even preempting competitive entry
Value of strategic investment and optimal
competitive strategy depends on proprietary or shared investment and on contrarian (Q) or reciprocating (P) competitive reaction
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Competitive Strategies
Contrarian Reciprocating
flexible and inoffensive commiting and
offensive
flexible and offensive commiting and
inoffensive
COMPETITION
PIONEER
(A)
Proprietary
(capture most of
total market value)
Shared
Preemptive commitment
(+) effect
Vulnerable (-) effect
Non-provoking (-) effect
Cooperative
commitment (+) effect
(+) effect
(fixed market value)
e.g., Quantity competition
(altered market value)
e.g., Price competition
(share total
market value)
1 2
4 3
Depend on type of investment (proprietary vs. shared)
and competitive reaction (contrarian vs. reciprocating)
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What we Know: Investing under Uncertainty
When benefits are proprietary (pioneer can get stronger
at expense of competitor) and competitor’s reaction is contrarian (e.g. retreat under Q competition), should commit to early investment (aggressive strategy)
When benefits are shared (“nice”) and competition is
contrarian (responds aggressively), should follow flexible “wait and see” strategy
Above can be reversed under reciprocating (e.g. price
cutting) competition: shared (“nice”/collaborate) increases industry value (smaller share of larger pie)
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What we Know: Investing under Uncertainty
Competitive pressure may induce firms (e.g., in a
“winner takes all” innovation race) to invest early
(prematurely), resulting in prisoner’s dilemma situation
A joint (research) venture enables the cooperating
firms to more fully appropriate the flexibility value from
waiting given demand uncertainty (avoiding the
prisoner’s dilemma)
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What we Know: Investing under Uncertainty
Multiple options may interact, i.e. (option value)
additivity may break down. Value of a combination
of options typically less than sum of separate
option values. Incremental contribution to a group
(portfolio) depends on other options doing similar
task (redundancy). Incremental value of an option
is portfolio value with vs. w/o the option. Hard to
value a company (portfolio of interacting options).
Using analytic formula like Black-Scholes to value
parts may be misleading
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What we Know: Investing under Uncertainty
Options to switch (cheapest inputs, best/max of
outputs, countries of operation) provide valuable
flexibility and risk management value (e.g., MNC)
Portfolio (mean-var) theory based on min portfolio
risk inadequate – needs to be extended for
portfolios of options (incorporating higher moments)
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What we Know: Investing under Uncertainty
With options to switch (or on max or min of assets)
lower correlation increases relative volatility and
option value of flexible system/network
MNC’s operating in several countries prefer next
strategic location with lower correlation not to
diversify and reduce portfolio risk but to increase
the option value of flexible network
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What we Know: Investing under Uncertainty
When switching among operating “modes” or
strategies, presence of switching costs (e.g., to enter,
exit, shut down) may induce a “hysteresis,” inertia or
delay/lag effect (even though immediate switching is
attractive based on short-term cash-flow it may be
long-term optimal to wait e.g. due to high cost or prob
of switching back later) e.g. continue operating a
currently unprofitable mine or oil field (keep OMC);
Japanese auto producers hanging-on in US; hiring
and firing lags; divorce delay
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Past Research Streams (1986/96)
More actual case applications and tackling
implementation issues (e.g. volatility estimation,
non-normal distributions)
Generic user-friendly options software as practical
aid to corporate planners (focusing on structure of
optional decisions)
More field, survey or empirical studies to test
conformity of RO implications with managerial
experience and market data
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Past Research Streams
Explain empirical phenomena, e.g. if mgt of target
firms turn down tenders for better offers
(ancestors waiting for a better mate)
Applying RO in related areas e.g., competitive
bidding (Antamina), IT or platform investments,
energy and R&D, international finance & business
(JVs, MNC flexibility, outsourcing)
Endogenous competition and strategy, merging
options and game theory (option games)
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Past Research Streams
Analyzing investments that generate info. & learning
(e.g. pilot or market test, excavations) extending
options with Bayesian analysis
Modeling growth and strategic effects e.g. project
synergies or across-time interactions
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Past Research Streams
Recognizing interactions among real and financial
options (leverage) and understanding implications
for interdependent corporate investment &
financing decisions. E.g. external financing, internal
excess liquid funds (RE) or even franchising
policies can provide alternative means of financing
and exercising the firm’s growth options, so the
costs and constraints (or relaxation) they bring may
affect firm growth option value
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Past Research Streams
Incorporating agency issues resulting in suboptimal
option exercise policies due to divisional size or
budget concerns (e.g., overexpansion or growth,
delay/avoid abandonment, premature exercise of
GO to generate s/t earnings). Design proper
corrective incentive contracts (also accounting for
asymmetric info). Develop more dynamic EVA–like
measures consistent with expanded-NPV that limit
cognitive biases, using conditional control targets
(e.g., ROA, growth) contingent on future options. In
separating performance from luck, benchmark to
industry performance and average out comp
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Current Research Streams
Valuing a company as [assets in place plus] portfolio
of growth options (remove g from TV perpetuity
assumption); but various projects or growth options
within company may interact (care). Exercise of
one growth option may affect others
Valuing intangibles: brand expansion strategy,
infrastructure investment; licensing terms/strategy,
cooperating vs. fighting patent strategies, flexible
human capital architecture)
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Current Research Streams
Strategy applications and empirical evidence
• Infrastructure investment, JVs, sequential acquisitions
• When to compete or cooperate (dynamic strategy)
• Outsourcing flexibility or manufacturing close to home (reduce lead
time); franchising (overcoming financing constraints)
• Multinational flexibility, MNC performance and downside risk
• Conglomerate diversification discount and corporate spinoffs
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Current Research Streams
Asset pricing and empirical corporate finance
• Managerial discretion and earnings mgt
• Bankruptcy prediction and credit risk models
• Implied volatility and pessimism under ambiguity
• Explaining MV of equity & stock returns driven by
growth options, default risk or skewness
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Future Directions
More care in finding “comparable” (pure-play, option-
free) underlying asset(s). Likely to embed prior
(growth) options and itself be asymmetric. Guidance
to get clean estimate of “pure” underlying without the
growth option (unlever and relever). Similar issue for
company valuation (using growth in TV perpetuity)
Analogous care needed for getting the discount rate
(k) for pure play projects. Using company WACC (a
weighted mix of assets in place and GO)
misestimates true cost of capital. Moreover, the
required return and k is less (not more). More
skewness lowers k
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Future Directions
More realistic asset (P, D or V) distributions (jumps,
changing “dividend “yields, volatilities or correlations)
Develop generic valuation of asymmetric lotteries or
valuing options on asymmetric assets when
underlying log-return distribution (observation error) is
non-Gaussian and involves higher moments (market
utility with vs. w/o lottery; covariance with down
market); how real options-induced skewness gets
preserved or goes away in portfolio diversification
(implications for conglomerate diversification, spinoffs,
R&D or VC portfolio mgt, IPO underpricing etc.)
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Future Directions
Implications of rear extreme events for real options
valuation, risk and portfolio mgt and empirical testing
Valuation of real options in public sector /incomplete
markets (public intangibles); more work on valuation of
shared or cooperative options among multiple parties in
the value chain (e.g. collaboration and contractual
agreements among airlines, plane manufacturers,
airports even the public sector in EU). Government
regulation and incentives can affect how industry growth
options are shared (also with consumer as in utilities)
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Future Directions
Macroeconomic policy implications: need to limit boom and
bust cycles from pro-cyclical or momentum investment
strategies
Use of annual budgets by firms or governments that are
inflexibly “balanced” or driven by free cash flow or
effectively last year’s revenue are pro-cyclical. If last year
was good there is bigger budget and more investment;
but following down years or at times of austerity
budgets shrink and investment/development is cut,
causing more contraction. Such pro-cyclical investment
leads to boom and bust cycles
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Future Directions
More stabilizing policies: 5-year budget averaging
(require govnts to balance budget only in last year);
GDP-linked bonds for Eurozone or emerging
markets; lower tax rates in contraction/austerity
Real options switching “hysteresis” brings hesitation
(lag), smoothing or mean-reversion (rather than
momentum) e.g. use flexible, P/T or contingent
workforce & outsourcing (out of recession)
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Future Directions
Investments that enhance learning and info. updating;
more effective representation of data for human
brain processing; information and network options
(non dissipating or enhanced with more use(rs));
better understanding of ambiguity (uncertainty in
what we don’t know), accounting for the possible but
currently unthinkable (foresight) etc. (e.g. space
shuttle crew)
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Future Directions
Understand better behavioral biases and puzzling
phenomena in investor decision making (innate or
unintentional overconfidence due to cognitive biases
e.g., in estimating demand, reserves or cash flows by
mgrs vs. intentional incentive-induced actions from
misaligned incentives e.g. by analysts); pessimism and
ambiguity; role of incentives and organizational culture
(Ir)rationality & rules of thumb. Reduce complexity
through heuristics (roughly correct on average) –tested
against RO models and exercise policies. E.g., if have
follow-on GO, lower (not raise) k; if options in a portfolio
are not redundant add them up etc.
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The Road Ahead: Closing the Gap
RO is in a unique position to marry valuation science with
the art and intuition of mgt. Corporate adoption will be
enhanced with increased modeling realism and less
complexity, user-friendly software (that focus on framing
managerial decisions), training more analysts and
managers through the ranks, better-aligned managerial
incentives and controls, and particularly more empirical
evidence and successful applications. These efforts
should help bridge the gap between theory and
practice!