If you run open innovation, R&D partnerships, or technology scouting at a large company, you’ve likely hit this wall: a fluid-dynamics problem, a materials question, or a piece of behavioral science that nobody in the building can answer. Standing up a new outside partner to close that gap usually takes 3 to 6 months once legal, procurement, NDAs, and IP terms get involved. By the time the paperwork clears, the window that made the project urgent has often closed. And for most people in this seat, sourcing outside expertise is a secondary responsibility squeezed in around a bigger job, which is exactly why it drags.

Some of the most recognizable consumer products on the market came from companies that solved this problem quickly. They didn’t use a multi-year research alliance or a standing scientific advisory board. They used short-term expert consulting: a single, bounded engagement with the right outside expert, brought in to answer one specific question and then step back.

Here are five well-documented examples of short-term expert consulting helping companies bring a recognizable product to market.

1. Swiffer: a design firm hired to fix a stalled product line

In 1994, Procter & Gamble’s floor-care business was stuck. Craig Wynett, P&G’s Director of Corporate New Ventures, wanted a better floor-cleaning detergent, and years of in-house chemistry hadn’t produced one. So P&G brought in Continuum, an outside design and innovation consultancy for a defined engagement with one job: find a better way to clean floors (Fast Company).

Continuum’s team worked alongside P&G’s hard-surface-cleaning and paper-products specialists, but they didn’t start in the lab. They visited homes in Cincinnati and Boston and filmed people cleaning their kitchen floors (The Boston Globe). The same insight kept surfacing: most of what people mopped up wasn’t sticky grime. It was dry dust and hair that a wet cloth just smeared around. That observation reframed the brief from “better detergent” to “a tool that picks up dry debris.”

Continuum’s design work led directly to the disposable dry-and-wet cloth system that became Swiffer, launched in July 1999. It generated $100 million in sales in its first four months and sold more than 11 million starter kits in its first year (EPAM Continuum). Once the product shipped, the engagement that produced it was done, even though P&G and Continuum later worked together on separate projects.

2. Apple Watch irregular rhythm notification: one clinical study that cleared the way for a feature

Apple had built a feature that could passively monitor heart rhythm and flag a pattern suggestive of atrial fibrillation (AFib), a condition that affects roughly 6 million people in the United States (Stanford Medicine). Before launch, Apple needed independent clinical evidence that the feature was accurate and wouldn’t over-notify healthy users. Apple partnered with cardiologists at Stanford University School of Medicine for a single, tightly scoped engagement: design and run the Apple Heart Study. Principal investigators Dr. Mintu Turakhia and Dr. Marco Perez led the work, with Dr. Kenneth Mahaffey as study chair (Stanford Medicine).

Launched in late 2017, the study enrolled more than 400,000 participants in eight months (ScienceDaily). Only 0.52% of participants received an irregular-pulse notification, easing fears that the feature would flood healthy users with false alarms. Participants who got a notification were offered a telehealth consult and an electrocardiogram (ECG) patch for follow-up monitoring. When a notification arrived while a participant was wearing the patch, 84% of those notifications matched AFib on the patch (Stanford Medicine). A subset of the study’s data supported Apple’s regulatory submission, and the FDA cleared the feature in 2018 (ScienceDaily).

Once the results were published in the New England Journal of Medicine, the engagement was complete. Stanford’s cardiologists answered the specific question Apple needed answered. They didn’t sign on as a standing research arm of the company.

3. Nike Vaporfly 4%: a commissioned university study that named the shoe

Nike had developed a prototype racing shoe it believed could make marathon running more efficient, but it needed independent evidence before saying so publicly. The company approached Rodger Kram, director of the University of Colorado Boulder’s Locomotion Lab, with a specific, bounded request: test the shoe and tell us what you find (University of Colorado Boulder).

Kram and postdoctoral researcher Wouter Hoogkamer recruited 18 elite male runners and measured their energy cost running in the prototype against two established racing shoes. Every runner used less energy in Nike’s shoe, 4% less on average (Denver7). That single finding, produced in months rather than years, gave the shoe its name: the Zoom Vaporfly 4%. Nike funded the study, and it was published in the peer-reviewed journal Sports Medicine in late 2017 (University of Colorado Boulder). It was a discrete, commissioned research project with one question and one answer, not an ongoing consulting relationship.

4. OXO Good Grips: a bounded design project for a housewares line

In 1989, retired housewares executive Sam Farber watched his wife Betsey struggle to hold a metal vegetable peeler because of arthritis in her hands. Farber hired Smart Design, an outside industrial design firm, for a single, defined project: design a line of kitchen tools anyone could use comfortably, arthritis or not (Smart Design). Smart Design brought in Patricia Moore, a gerontologist and industrial designer known for her research on how aging and limited dexterity affect everyday product use, to consult on the project (Metropolis).

The brief was tightly scoped: create a universal handle shape that could be pulled, pushed, or twisted depending on the tool. The team tested prototypes with volunteers from the American Arthritis Foundation before landing on the oval, ribbed, soft-rubber grip that became the line’s signature (Museum of Design in Plastics). OXO Good Grips launched in 1990 as a line of 15 kitchen tools. OXO and Smart Design have since built a long-running partnership, but the original Good Grips line was delivered as one project with one clear brief (Smart Design).

5. LEGO Serious Play: a strategy program that became a product line

In early 1996, the president of the International Institute for Management Development (IMD) asked professor Johan Roos to design and lead a single strategy program for LEGO’s top 300 managers. It was a one-off assignment, not a retainer (Roos). Roos brought in fellow IMD professor Bart Victor to help design and deliver it. The challenge from LEGO owner Kjeld Kirk Kristiansen was a big one: the company wanted to rethink its strategy as globalization and new technology reshaped the toy market.

Roos and Victor developed an unconventional approach. Instead of describing strategy in words, managers built three-dimensional models of it with LEGO bricks. The workshop proved valuable enough that Kristiansen sponsored turning it into a commercial product. Victor led the follow-on development project, and LEGO Serious Play launched as its own product line and methodology, later adopted by companies including DaimlerChrysler, Roche, SABMiller, Tupperware, Nokia, and Orange (LEGO.com). The original engagement was a short consulting job. The product it produced has outlived it by decades.

How did these companies find the right expert?

What these stories don’t show is a repeatable way the company and the expert found each other. Every match came from an existing reputation, an existing relationship, or proximity. P&G knew Continuum by its reputation. Nike already knew which lab to call. LEGO’s engagement was set up through IMD’s president. Farber drew on a long career in the housewares industry. Apple’s headquarters in Cupertino sits a short drive from Stanford.

None of those matches came from a process you could run again next quarter. That’s the hardest part of this kind of collaboration to scale, and it’s the gap most open-innovation and R&D partnership teams are working around right now, usually without a research university next door.

How NotedSource makes these connections repeatable

We help internal R&D and open-innovation teams make these connections deliberately rather than by chance, allowing for external engagement to begin in about a week, not 3 to 6 months. Our network of 50,000+ vetted experts comes with contracts and IP terms already in place, so the next engagement doesn’t restart the legal clock. Every expert has opted in, is compensated for their time, and works under clear agreements, so both sides can collaborate with confidence. That’s what makes it possible to run engagements as short and specific as the ones behind Swiffer, the Apple Heart Study, and the Vaporfly 4%.

References

“Can Wearable Technology Identify Irregular Heart Rhythms?” ScienceDaily, Stanford University Medical Center, 1 Nov. 2018, www.sciencedaily.com/releases/2018/11/181101085124.htm.

“CU Research Helped Name New Nike Running Shoe.” Denver7, 16 Nov. 2017, www.denver7.com/news/local-news/cu-study-nike-shoe-worn-by-nyc-marathon-winners-reduces-energy-use-by-4.

Deloitte. “Survey: Innovation Excellence.” Deloitte, www.deloitte.com/us/en/about/articles/survey-innovation-excellence.html. Accessed 3 Sept. 2026.

“In Swiffer, a Pet Project That Went Big.” The Boston Globe, 22 Mar. 2016, www.bostonglobe.com/business/2016/03/22/product-development-race-goes-swiffer/ddjA1UKErXX33B2Vx1rdsJ/story.html.

“The Innovation Method Behind Swiffer Madness.” Fast Company, 11 Mar. 2013, www.fastcompany.com/3006797/innovation-method-behind-swiffer-madness.

“LEGO Serious Play Methodology.” LEGO.com, www.lego.com/en-us/themes/serious-play/background. Accessed 3 Sept. 2026.

“OXO Good Grips Kitchen Tools Innovation.” Smart Design, smartdesignworldwide.com/projects/oxo-partnership/. Accessed 3 Sept. 2026.

“OXO Good Grips Peeler, 1990.” Metropolis, metropolismag.com/programs/oxo-good-grips-peeler-1990/. Accessed 3 Sept. 2026.

“OXO Kitchen Utensils, Smart Design, 1990.” Museum of Design in Plastics, Arts University Bournemouth, www.modip.ac.uk/blog/2022/06/oxo-kitchen-utensils-smart-design-1990. Accessed 3 Sept. 2026.

“Procter & Gamble: Swiffer.” EPAM Continuum, www.epam.com/services/client-work/procter-and-gamble-swiffer. Accessed 3 Sept. 2026.

Roos, Johan. “How It All Began: The Origins of LEGO Serious Play.” International Journal of Management and Applied Research, vol. 5, no. 4, 2018, www.ijmar.org/v5n4/18-025.html.

“Through Apple Heart Study, Stanford Medicine Researchers Show Wearable Technology Can Help Detect Atrial Fibrillation.” Stanford Medicine News Center, 13 Nov. 2019, med.stanford.edu/news/all-news/2019/11/through-apple-heart-study–stanford-medicine-researchers-show-we.html.

“The World’s Fastest Shoe.” University of Colorado Boulder Research & Innovation Report, 2017-18, www.colorado.edu/research/report/2017-18/worlds-fastest-shoe.