The analysis of âbig data,â increasingly in real time, is driving knowledge and value creation across society, fostering new products, processes and markets; spurring entirely new business models; transforming most if not all sectors in OECD countries and partner economies.2
Clearly, the OECD is keen to expose the benefits of data-driven innovation at the macro level. Therefore, the organization has used a great deal of energy to investigate how data-driven innovation can improve productivity and efficiency in the public-welfare sectors of its member countries.
However, our interest is in data-driven innovation at the micro level, which we believe has been largely overlooked. This is regrettable as data-driven innovation represents a new, critical source of growth.
A disproportionately high amount of innovation takes place in the vibrant market for start-ups. Therefore, rather than looking to large companiesâ R&D departments in our search for innovation, we examine the collaborative relationship between startups and large corporations.
We believe that large corporations have been overvalued for quite some time, especially when it comes to complacent incumbents. Even though these corporations possess significant resources and scale, many of them are in desperate need of growth. In the wake of the COVID-19 crises, these characteristics become more relevant than ever as the traditional leaders seem to be hardest hit by the crisis. Some of them are also struggling to integrate the UNâs Sustainable Development Goals (SDGs) into their business equations.
Conversely, startups seem to have been largely overlooked, at least by complacent incumbents. Startups often possess superior innovation capabilities and are, therefore, an important source of growth despite the fact that they often lack resources and scale.
As such, there is considerable complementarity between start-ups and large corporations. A natural starting point is to look into the possibilities of establishing collaborations between these two vastly different types of organizations. We do not intend to address all of the relevant subtopics of this collaborative relationship but rather just a very specific subcategory: how to appropriate value from digital platforms
Acquiring data-driven innovation
This topic is probably more important than ever in the wake of not only the recent general recession but also the subsequent COVID-19 crisis and SDG challenges. Growth can help large corporations and, on an aggregated level, society, conquer such issues.
This book deals with the more abstract history of innovation as well as the practical aspects of how one can acquire data-driven-innovation and appropriate value from it.
Our point of departure is our reflection on what innovation is in Chapter 2. The term âinnovationâ has become a colloquialism for almost anything that needs to be portrayed in a positive light. Who does not want to be innovative these days? A more thorough explanation of some of the key terms in this book, including âinnovation,â âdata-driven,â âartificial intelligenceâ (AI), and growth, is offered in Appendix D.
Human minds and human behavior are prone to systematic biases because humans are driven by experience and because they rationalize their behavior ex post. The fact that we also have âblind spotsâ adds to the challenge of innovation. The same is true for linear thinking, which is built into the human mindset. Linear thinking seems to contradict innovation, which often generates, for example, exponential (rather than linear) growth. In short, innovation essentially goes beyond our own comprehension.
These characteristics of the human mindset have several implications. First, we are often satisfied with business as usualâwe are not intuitively minded for extreme growth or for the blitzscaling of companies. Second, we tend to focus on best practice and not next practice. In other words, our focus should be on how we can achieve something without precedence.
Chapter 3 moves us from the individual level to the company level. For many years, innovation was viewed as something that occurred behind closed doors in the R&D departments of large companies. However, this kind of closed innovation is ineffective in todayâs world. A typical example is an innovation process that takes place in closed circles over a considerable span of time and eventually fails to meet market requirements. Product-market fit, which is often believed to be perfect prior to the initiation of a product-innovation process, is simply not there when the rubber meets the road. To a considerable degree, this resembles the painful outcome seen when software developers in a closed environment use the âwaterfall methodâ to develop new IT systems. When a new system is ready to go live after several years of development, the outside world has changed so much that the new system does not meet the demands of the receiving world.
For these reasons, a great deal of closed innovation has gradually been replaced with open innovation. Open innovation is characterized by cooperation with external parties. The basic philosophy of open innovation resembles the agile software innovation process in which changes and adjustments take place concurrently in order to arrive at the desired product-market fit. Such innovations can either take the market by surprise early on, which is known as a âblack swan innovation,â3 or they can gain a foothold initially and then move up the market. The latter is what Clayton Christensen famously coined âdisruptive innovation,â4 which refers to seemingly irrelevant innovations that subsequently constitute a major threat to leading firms.
Open innovation has been key for increasing the effectiveness of innovation but has done so at the expense of speed. The increase in effectiveness leads to innovations that better meet the requirements and needs of the market, especially consumers. However, opening innovation processes to include collaborative efforts with external parties such as universities, results in more time-consuming processes. The question then becomes one of how to kill two birds with one stone. In other words, can innovation processes be designed so that they are simultaneously both more effective and more efficient?
A new innovation philosophy is now emerging. Some label it a new generation of innovation and talk about innovation networks in which innovation is generated in conjunction with the âcreative commons.â5 The idea is that a more open business model based on data-driven innovation provides broader access to the market, lowers the costs of innovation, and allows for risk sharing.
What do these ideas mean in practice? One implication is that it is now possible to buy access to innovation as a digital service. Big data, openness, digital media, and platform technologies are all trends that can be combined to support the advent of advanced platforms from which one can acquire and extract innovation. This creates a new approach to innovation. Should I build or buy? Invariably, a mix may occur, but the bottom line remains the same: Accessing innovation from which you can appropriate value through a digital platform represents an interesting path toward simultaneously ensuring both effectiveness and efficiency in terms of high speed and low costs. The collective term for this new opportunity is âdata-driven innovation,â which we will use for the remainder of this book.
Chapter 4 deals with data-driven innovation as the key to solving many of the challenges at hand. The chapter starts with an outline of the traditional build-or-buy decisions that are normal in many industries but are relatively new when it comes to innovation, which is characterized by a strong tradition of âbuilding.â The âbuyâ option is closely connected with the idea of bringing the difficult start-up/corporation collaboration to new heights through the new digital platforms that are quickly emerging.
A walk-through of these digital platforms is then presented along with a discussion of the extent to which the use of advanced AI has appeared. This culminates in a comparison of two of the leading platforms: CBInsights and Valuer.ai. Both platforms are based on the Software as a Service (SaaS) business model in which one can buy access to innovation through a subscription.
These new possibilities are addressed in detail in Chapter 5 where some of the functionalities are outlined (although some of the technicalities are discussed in the appendices). In addition, Chapter 5 includes some use cases of a âwhat ifâ nature, which examine the platforms that may be used under certain circumstances. In some cases, it may be prudent to rely on complementary input from more than one platform. In other cases, input from just one platform may suffice.
Chapter 6 brings us back to the combination of innovation and growth. Despite the fact that this book aims to illustrate the advantages of relying on data-driven innovation, we must remember that growth does not occur automatically, even if you manage to find the right needle in the haystack. The chapter introduces the term âexnovationâ as an important condition for delivering growth and, thereby, appropriating value from data-driven innovation. Essentially, exnovation deals with scaling up valuable innovations through various means such as standardization, mass production, mass customization, and geographical expansion. In other words, it relates to ways of achieving market leadership, âblack swanâ effects, valuable disruption, first-mover advantages, and situational monopolies.
Some of the business cases presented in Chapter 6 illustrate that different combinations and chronologies lead to different outcomes. Nevertheless, we conclude that, ideally, innovation and exnovation should go hand in hand.
A book like this would normally close after Chapter 6, but our findings together with the worldâs hunger for growth inspire a reflection on whether a new digital modus operandi can serve as the vehicle for such growth. Therefore, Chapter 7 takes a look at the near future and a scenario in which data-driven innovation from digital platforms paves the way for the transformation of innovation processes from analogue to digital workflows. Such a transformation may result in the advent of what we call a digital innovation economy.
The sudden occurrence of the COVID-19 crisis in 2020 and the desire to address SDG challenges also gave rise to certain reflections, which are discussed in Chapter7. These reflections relate not only to the wider repercussions of these two issues but also to the importance of accelerating services and solutions based on digital technologies and AI. Data-driven innovation may serve to mitigate the negative effects of such crises and help corporations and start-ups alike gain extra momentum.