SCAMPER — Substitute, Combine, Adapt, Modify, Put to other uses, Eliminate, Reverse — is a divergent thinking tool that transforms the abstract instruction to "be more innovative" into seven specific questions that can be applied systematically to any product, service, or process. The method emerged from Alex Osborn's original checklist (published in 1953's "Applied Imagination") and was popularized in its current form by marketing expert Bob Eberle in the 1970s.
The power of SCAMPER is that it externalizes the creative interrogation process. When asked to "innovate," most people produce ideas that are variations on what already exists — because the mental default is to iterate on the familiar. SCAMPER forces the thinker to approach the problem from seven distinct angles, each one a different way of challenging the current design.
The Seven Questions in Depth
S — Substitute
The question: What can you substitute? Who else could do it? What other ingredient, material, process, or approach could replace this?
Automotive example: Tesla substituted lithium-ion battery packs for internal combustion engines as the primary power source. The substitution wasn't incremental improvement — it was a fundamental reconceptualization of what a car drivetrain could be.
Healthcare example: Telehealth substituted remote video consultations for in-person doctor visits for routine primary care. The substitution changed the location constraint, the cost structure, and the accessibility profile of primary care.
Food industry example: Impossible Foods substituted heme (a molecule from soy legumes) for animal hemoglobin in plant-based burgers. The substitution created a product that bleeds, sizzles, and tastes like beef — substituting the experience of meat, not just its nutritional profile.
C — Combine
The question: What can you combine? What features could be bundled? What unexpected pairing might create a new category?
Financial services example: Robinhood combined free stock trading with mobile-first UX, eliminating the complexity and cost barriers that traditional brokerages had treated as fundamental constraints. The combination of zero commissions with a frictionless mobile interface created a new category of investing accessibility.
Consumer electronics example: The iPhone combined a phone, an iPod, and an internet communicator — three separate product categories that Steve Jobs explicitly announced as the device's core functions in the 2007 announcement. The combination wasn't technically novel; the integration into a single seamless experience was.
Retail example: Amazon combined an online bookstore with a third-party marketplace and a recommendation engine. The combination transformed Amazon from an online bookstore into a platform that disrupted retail broadly, not just book retail.
A — Adapt
The question: How can you adapt? What has worked in another industry that we could apply here? What else is this like?
Gaming industry example: Duolingo adapted the structure of video game progression systems (levels, streaks, leaderboards, rewards) to language learning. The gamification adaptation transformed a tedious educational task into an engaging daily habit, driving retention rates far above traditional language learning software.
Hospitality example: Airbnb adapted the peer-to-peer review system from eBay to short-term rentals. The adaptation addressed the trust problem that was the primary barrier to strangers staying in each other's homes — by making reputation visible and consequential.
M — Modify
The question: What can you modify? How could you change the size, shape, color, speed, frequency, or emotional tone?
Software example: Spotify modified the album as the primary unit of music organization by introducing the playlist as the primary listening context. Artists and labels had treated albums as the coherent artistic unit; Spotify's modification of what "listening context" meant gave users a different way to experience music.
Transportation example: Zipcar modified the traditional car rental model by shrinking the unit (one-way city-based cars vs. airport-based fleet), reducing the commitment (hourly vs. daily), and changing the location (neighborhood street vs. rental facility).
P — Put to other uses
The question: What else can this be used for? Who else might use this? What other market could we serve?
Industrial example: Kodak's photographic film technology was put to other uses beyond photography — in medical X-ray film, in aerial reconnaissance film for military applications, and later in holography and other specialized imaging applications. Each new use was a different market applying the same core technology.
Technology example: GPS technology, developed for military targeting and navigation, was put to other uses in civilian navigation, ride-sharing, precision agriculture, and fitness tracking. The military technology's adaptation to civilian markets generated far more economic value than its original military applications.
E — Eliminate
The question: What can you remove? What would happen if we removed this feature, step, or cost?
Consumer electronics example: Apple eliminated the floppy disk drive from the iMac in 1998 — a decision that shocked the industry because floppy disks were considered essential for data transfer. The elimination forced users toward USB and network-based data transfer, which proved superior. The elimination of the headphone jack from iPhone 7 in 2016 similarly forced wireless audio adoption.
Financial services example: Charles Schwab eliminated the minimum balance requirement and the branch network that defined traditional brokerage, dramatically reducing the cost of entry for individual investors.
R — Reverse
The question: What can you reverse or rearrange? What if we did this in the opposite order? What if the customer was the supplier?
Retail example: Wikipedia reversed the traditional encyclopedia model: instead of experts writing for passive readers (top-down authority model), anyone could contribute (bottom-up collaboration model). The reversal created an encyclopedia with scope and freshness that traditional encyclopedias couldn't match.
Software example: GitHub reversed the traditional proprietary software development model by making source code publicly visible by default and enabling fork-based collaboration. The reversal created a model where open collaboration accelerated rather than threatened software development.
Case Study: Netflix's SCAMPER Transformation
From DVD-by-Mail to Global Streaming — A SCAMPER Analysis
Netflix's evolution from a DVD-by-mail subscription service to the world's leading streaming platform illustrates multiple SCAMPER dimensions applied over time:
Substitute: Netflix substituted digital streaming for physical DVDs as the delivery mechanism. This wasn't an incremental improvement — it eliminated the postal system, late fees, and the DVD production and distribution infrastructure.
Combine: Netflix combined streaming content delivery with original content production (House of Cards, Stranger Things), creating a vertically integrated entertainment company that no traditional cable provider had built.
Modify: Netflix modified the television episode release model from weekly episodes to full-season drops, changing viewer consumption patterns and generating binge-watching as a cultural phenomenon.
Put to other uses: The recommendation algorithm that Netflix developed for content discovery was put to other uses — predicting subscriber churn, informing content investment decisions, and ultimately licensed to other entertainment companies.
Reverse: Netflix reversed the Hollywood content production model by commissioning original content without a pilot process, funding full seasons based on algorithmic audience prediction rather than executive judgment.