Paola Criscuolo and Anne ter Wal

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鈥楤ootlegging鈥 颅鈥 working on secretive underground innovation projects 鈥 is named after the practice of hiding alcohol in one鈥檚 boots. Today it鈥檚 found an unlikely home in R&D departments worldwide

No one asked for the Post-it note. It鈥檚 one of the best known examples of underground innovation. In 1968, an employee discovered the 鈥榳rong鈥 type of glue 鈥 it was cohesive rather than adhesive, and the project was abandoned. Despite the setback, the inventor continued working on this project 鈥榰nderground鈥 until six years later 鈥 and with help of a colleague 鈥 the idea emerged that the glue could be used for sticky notes.

Underground innovation, also called bootlegging, can be an effective way to develop radically novel ideas. But it does require a delicate balance of tolerance of individual creativity with the right levels of managerial oversight. It鈥檚 unlikely, for instance, that the next big thing to come out of Apple will be anything to do with 鈥榦fficial projects鈥 aimed at improving the iPhone, iPad or the underlying technologies. 91桃色 and development teams at the company may be busy developing, say, better batteries or screens, but the design parameters of these projects are fixed and aligned with company strategy, and progress is strictly monitored. These projects, with tightly defined criteria, allow limited space for divergent and original thinking. The next big thing more likely will be an idea that鈥檚 come from the 鈥榖ottom up鈥 and wasn鈥檛 on the official plan.

Yet, if we ask business students 鈥淲ould you tolerate your employees working on the quiet on ideas of their own?鈥 they almost always say 鈥淣o鈥 鈥 they see this as risky behaviour. As an R&D manager, you鈥檙e in charge of and accountable for the budget; the very reason an R&D manager exists is to allocate budgets according to the strategic priorities of the firm 鈥 to make sure ideas staff are working on are ultimately valuable.

Ideas are developed 鈥榦ut in the open鈥, vulnerable to premature criticism that may lead to them being discarded before they have had a chance to mature

The more control you impose, the less space for creativity you leave the individual. But at the same time, we are scared of projects that run outside our control, sometimes beyond our knowledge. Give too much freedom and people will come up with ideas that don鈥檛 fit the strategy of the firm, or worse, waste time and resources. Give too little freedom, and ideas will lack originality and novelty. So how can firms manage this basic tension 鈥 how to find the sweet spot between freedom and control?

It鈥檚 a difficult balance. Nylon was famously invented when a Harvard chemist was lured in by DuPont in the early 20th聽century to work on his own ideas with a generous budget and a blank slate. But Google, for instance,聽聽its 鈥20 per cent time鈥, which encouraged employees to spend 20 per cent of their time working on something other than their regular projects 鈥 reportedly because its workers couldn鈥檛 find the time. Recently, new GlaxoSmithKline chief executive Emma Walmsley vowed to stop the company 鈥溾 鈥 or stop researchers pursuing drugs with little prospect of hard cash behind them.

But our research shows individual employees often have moments of creativity when they develop their ideas beneath the company radar 鈥 they go underground, and pursue their own projects, regardless of whether these are aligned with company strategy. They are convinced they are on to something, but they don鈥檛 want to go public until they have done the necessary research.

It鈥檚 unlikely the next big thing to come out of Apple will be anything to do with 鈥榦fficial projects鈥 aimed at improving the iPhone, iPad or the underlying technologies

Why is this? Probably because they feel free to operate without fear of being overseen or facing reprisal if their efforts come to nothing. They haven鈥檛 got a manager looking over their shoulder asking how their work is coming along. They might be pursuing an idea the company has decided to drop because it was judged as not worth it 鈥 the 鈥榣ow-tack鈥 adhesive that led to the Post-it note 鈥 or they might be developing ideas that don鈥檛 seem to have a place in the company strategy but which they believe have legs.

We鈥檝e conducted our research in a science-led company where employees are inspired to push the boundaries of discovery. This might not be typical of all sectors, but somehow 鈥 perhaps it鈥檚 because the ideas that emerge are pushed through by people who tend to be particularly motivated 鈥 they are often successful. You have to be inspired to put the effort in outside 鈥榦fficial projects鈥, and take the risk to go against formal organisational rules and procedures.

The more control you impose, the less space for creativity you leave the individual

Bootlegging, which by its very nature is self-starting, is very different from other approaches firms use to enable radical innovation, such as setting aside free time for聽补濒濒听employees to work on their own ideas for part of the working week. It is also different from a 鈥榩yramid鈥 approach, where the bulk of the R&D budget is allocated towards low risk incrementally novel projects and a smaller amount on projects that are deemed to be more radically novel but higher risk. Some companies offer small amounts of seed funding, which employees can bid for in order to develop their own ideas. Yet, although both the pyramid approach and seed funds may enable innovation, ideas are developed 鈥榦ut in the open鈥, vulnerable to premature criticism that may lead to them being discarded before they have had a chance to mature.

How best to support innovation is one of the greatest challenges companies face. Although, from a manager鈥檚 point of view, a lack of control over bootlegging projects feels deeply scary, tolerating the underground innovation efforts of highly passionate scientists 鈥榗oncocting鈥 new and often unusual ideas may be part of the answer. Giving creative staff the chance to develop such ideas to a level where they can withstand managerial criticism is critical if an organisation wants to push innovation beyond mere progress along expected lines.

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Paola Criscuolo

About Paola Criscuolo

Professor of Innovation Management
Professor Paola Criscuolo is Professor of Innovation Management. Her research examines how large organisations manage the innovation process, including the selection of R&D projects, the organisation of the R&D function, and the management of R&D staff and patent portfolios.

She has been the recipient of two prestigious industry awards for best research publication in innovation management, and she is on the Academy of Management Journal editorial board.

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Anne ter Wal

About Anne ter Wal

Professor of Technology & Innovation Management
Anne ter Wal joined 91桃色 Business School in 2009 and is Professor of Technology & Innovation Management. His research, often in collaboration with leading multinational companies, focuses on the role of networks in innovation and entrepreneurship. In his research, Anne studies how individuals access new knowledge and ideas through networks within and between organisations. He also looks at the challenges they face when seeking to apply these ideas to the creation of novel products and services. He leads a large-scale EU-funded research project studying how entrepreneurs build valuable networks that help them achieve business and innovation success.

Prior to joining 91桃色, Anne was a doctoral researcher at the Section of Economic Geography at Utrecht University. His work has been published in leading journals in management, innovation studies and economic geography, including the Administrative Science Quarterly, Organization Science, the California Management Review, the Journal of Product Innovation Management, 91桃色 Policy, and the Journal of Economic Geography and Economic Geography.

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