Tibor Dőry

Innovation and excellence

Management methods for innovation transformation


What is innovation? Definition and types of innovation

In the previous chapter, which discussed the factors of corporate excellence and success, we repeatedly mentioned the role of innovation as a strategic factor, which in everyday language encompasses developments of widely varying significance. For professionals involved in process development, even short-term, low-budget projects can be considered innovative activities, and new market segments can be conquered with a new type of packaging. That is why it is important to clarify what level of innovation a company can achieve in order to develop dual-capability organisations – in other words, the ambidextrous organisations that are the subject of this book. Our aim is not to present various academic definitions to corporate professionals, so we provide definitions related to corporate practice. In addition, in 2018, the definition of the concept was simplified at the international level, and based on this clarification, we distinguish between the following two basic types of innovation (NKFIH, 2020, p. 19.):
  1. a new or significantly redesigned product or service;
  2. a new or significantly modified business process or business procedure:
    • production process, for example, the use of new machinery or equipment that significantly changes the previous manufacturing process or an element thereof;
    • information and communication technology, e.g. IT support is introduced for delivery processes;
    • marketing, sales, e.g. changing packaging to such an extent that it is noticeable to customers;
    • business development, e.g. introducing a customer satisfaction measurement system;
    • management, e.g. introducing a new incentive system within the organisation to retain staff;
    • distribution and logistics, for example, new modes of transport are used (e.g. alternative fuel vehicles), and inventory management systems are modernised.
 
An important feature of innovation is that it is available on the market or used in practice, which clearly distinguishes it from the results of various research activities, inventions or prototypes, whose primary function is to gather customer feedback (Deák, 2021).
In consulting practice, there are numerous definitions of innovation in circulation that may be closer to the language used by company managers than the official statistical definition presented above. According to Gijs van Wulfen, creator of the FORTH innovation management method1 and global innovation influencer, "innovation is a relevant offering, such as a product, service, process or experience, with a viable business model that is perceived as new and accepted by customers" (Wulfen, 2016).
My own definition of innovation: a significant customer problem solved in a new or novel way that generates increasing revenue and profit for the business.
Companies often make the mistake of not focusing enough on their discussions about innovation, on clarifying and discussing the meaning, significance and purpose of innovation. It often happens that the owner or senior management urgently needs something new, a new solution that could be the answer to the current business challenge. For example, a new competitor has entered the market, the company's revenues have fallen dramatically, or the company has just lost a major business order. Instead of rushing to create something, it is much more important to clarify why innovative ideas are needed. This is the real question that needs to be answered! If the company focuses its innovation efforts, it will be much more effective in finding new solutions. One important lesson learned from FORTH and other innovation management methodologies is that the innovation process is initiated by setting a clear focus. The process begins when the company's management precisely defines the goal and expected outcome of the innovation "journey of discovery" and its key parameters (Wulfen, 2013).
It is important for the manager initiating the innovation process to be aware of the empirical fact that approximately 3,000 (!!) raw, undocumented innovation ideas will result in about 100 exploratory research projects, and then 10 promising projects, of which an average of two (!!) will appear on the market and one will be very successful commercially. This does not sound very encouraging, but we can already expect better ratios if we take as a basis not the number of ideas, but the innovation actions launched. According to Stevens-Burley's (1997) research, the picture is more favourable if we examine the exploratory ideas brought to the attention of company management (300), whose owners or inventors initiate some kind of action to implement them. In this case, the researchers found that one in three (125) achieves small project status, to which the company allocates all its resources. Moreover, many of these have a chance of being patented. Of the 125 actions and pilot projects launched, an average of nine will become significant developments, of which approximately four will be high-profile innovation projects. Half of these will reach the market, and experience shows that every second, i.e. one (!) of the 125 innovation project initiatives, can be a resounding business success (see Figure 6).
 
Figure 6. Number of new product development ideas at different stages of the process
Source: based on Stevens–Burley (1997).
 
Another global innovation expert, Alexander Osterwalder and his co-authors, draw attention to the portfolio approach in their book The Invincible Company, based on their analysis of the innovation processes of a number of large companies. Collaborating with several multinational companies, such as Hilti and Nestlé, they found that in order to develop and maintain a competitive innovation project portfolio, management or owners must provide clear direction. This is called strategic guidance, which consists of management declaring in which market(s) it wants the company to expand, what financial performance it expects from the innovation project, and over what time frame. Strategic guidance actually determines what kind of company management/owners want to build, taking into account corporate identity (who are we?), organisational culture (what are our values?) and brand image (what do we say about what we do?). Based on the innovation projects they have managed over the past decade, they report a similar success rate to that of the aforementioned Stevens–Burley research duo. The example of Nestlé's innovation portfolio conveys a very clear and important message to corporate innovation managers and executives, which has led, among other things, to the global success of the capsule coffee machine. The group invests an average of USD 100,000 in 250 innovation projects over a given period. Of these, 162 fail in the first development phase, 87 generate some financial results, and finally one (!!) product can become a real "blockbuster". In fact, this one outstanding success is what gives meaning to the entire process and innovation portfolio philosophy, as it is capable of putting the entire company on a new growth trajectory (Osterwalder et al., 2020).
A series of studies has shown that company management, no matter how experienced, cannot predict whether an innovation project will be successful on the market or not. Therefore, it makes no sense to try to select the winning project in advance ("never pick the winner") and assume that, after sufficient expenditure and persistent investment over several years, money will automatically flow into the business (Osterwalder et al., 2020). The key message is that management building an innovative and ambidextrous company is doing the right thing when it supports and finances dozens of projects of the type defined by its innovation strategy with relatively small amounts of money. It is also very important to continuously measure and evaluate the market reception of development projects and for management and decision-makers to be consistent in closing projects that do not perform well in tests. This is not good news for managers who have been financing and nurturing their favourite projects ("pet projects") for years without market or customer feedback. In many cases, this behaviour is clearly detrimental to the company's employees. Such projects occur in many smaller and larger companies, as many organisations have an atmosphere and culture in which only the boss's ideas can and should be supported, and employees must stand behind them even if they can already see their weaknesses.
But how can a manager or innovation manager know that, if necessary, their company will be able to stop or "kill" innovative ideas? To answer this question, it is important to distinguish between the following two types of ideas:
  • ideas that are killed before testing;
  • ideas that die after testing.
 
Leaders who believe they can pick winning ideas at a glance, or even immediately, are actually killing ideas before they are tested. They will ask for detailed implementation schedules and business plans, and if the proposer or the team that initiated the idea does not have a convincing argument or plan, they will kill the idea immediately. In contrast, effective innovation leaders invest in evidence-based ideas. This also means that ideas are killed based on evidence, facts, and research and testing results. The initial small investment, which may be a few days of work time or a few tens or hundreds of thousands of dollars in material costs, already allows development teams to start testing their ideas. In innovative companies, decisions are made based on the test results and evidence generated by the teams. So, when an idea is killed, i.e. not pursued, the reasons for the decision are clearly documented, which builds trust among employees and increases transparency within the company and trust in the developers.
After reviewing the innovation portfolio approach, it is also worth examining the level of corporate development and innovation projects in terms of value creation and the type of target market. The level chosen determines the simplicity or complexity of the journey. Practice shows that companies and their managers expect the highest level of innovation, but in the best-case scenario, they only provide developers with a strategy and minimal resources and support. In addition, it is common for managers to not understand why their colleagues are unable to generate significant developments, even though they have been given the task. Interviews with developers revealed that their priority was primarily to improve their daily working conditions. They simply did not understand why management was setting such ambitious goals and wanted to invest in risky innovation projects when it was unwilling to finance relatively low-cost ergonomic or organisational development innovations. In this context, it is also worth considering the strategic guidelines.
Based on the value created by innovation, we can distinguish between three types of innovation: i) incremental; ii) breakthrough; and iii) transformational innovation. As Figure 7 shows, if the innovation only creates value for the company, we are talking about incremental innovation. If the innovation brings about significant change to the entire sector or a well-defined market, such as the US or European Union market, then we refer to it as breakthrough innovation. If it is a development of global significance, such as the Covid-19 vaccine developed by Moderna or BioNTech, then it is a transformational innovation.
 
Figure 7. Different types of innovation based on value creation
Source: own compilation.
 
Further characteristics of the three types of innovation distinguished on the basis of the degree of value creation:
 
Incremental innovation
This covers minor but significant improvements to a company's products, services and business processes. These are usually the "new and improved" innovations that consumers are bombarded with on a daily basis: new flavours, a switch to better or all-natural ingredients, improved packaging, faster/slower operation, just-in-time supply chain improvements, smaller/larger size, cost reduction and lighter weight. We constantly encounter these types of innovations, which help to extend the life cycle of products and services and improve their profitability by increasing production efficiency. They are easy and quick to communicate and have novel content that can attract consumers' attention and differentiate the company's products and services in an increasingly competitive market.
 
Breakthrough innovation
This is when a business brings something original and unique to the world, developing something that no one else has done before. It introduces the business to new markets or changes the interaction between customers and the market or industry. Changes in the external environment and trends are important precursors to breakthrough innovation, which offers consumers a demonstrable novelty, much more than incremental, or "new and improved" innovation. Disruptive innovation creates a significant competitive advantage for a period of time, although the time developers can maintain this advantage is getting shorter. One of the most cited examples is the first iPhone. By leveraging new technology, Apple was able to launch a fundamentally new product that created new demand. Another example is James Dyson's world-first bagless vacuum cleaner, which, although based on an existing business model, used new technology, known as cyclones, i.e. bladeless fans, to significantly expand the market offering with its elegant appearance and outstanding suction power.
 
Transformational innovation
Generally, it is the introduction of a technology that creates a new industry and transforms living and working conditions. This type of innovation often eliminates existing industries, or at least completely transforms them. For this reason, transformative innovations are usually supported by those who are not tied to existing infrastructure. Transformative innovation is extremely rare in terms of quantity. Just think about it: how many truly new ideas are born in a year? In the life cycle of a business? Not many! An important feature of transformative innovation is that it is driven by curiosity, resulting in revolutionary new developments that bring about profound changes in society and our way of life. Typical examples of transformational innovation include the internet, electric cars, Uber and Airbnb.
 
No business can survive in the long term without implementing some kind of development. On the one hand, this is because competitors will sooner or later come up with something new, and if the company does not want to wait for its customers to switch to the competition, it has to come up with something that can give them more value. The other pressure and incentive for innovation comes from the ideas and demands of employees, suppliers and customers, which must be used to further develop the portfolio or supplement it in line with their expectations. A common example is the difference between traditional and artisan bakeries. While ten to twenty years ago, customers were satisfied with a few types of bread and baked goods, the portfolio of trendy bakeries today consists of 35-40 types of baked goods. New wave bakers are even more experimental, developing new baked goods to meet customer demand and preparing them on a daily basis.
This latter example also shows that when it comes to innovation, it is not necessary to put all your eggs in one basket, but rather to develop a well-planned and systematically managed innovation portfolio step by step. But what types of innovations should this portfolio consist of? How should scarce resources be allocated among the different types of innovation?
Robert G. Cooper, who has decades of experience in research related to new product development and is the creator of the stage-gate model,2 examined how the new product development portfolios of US companies changed between the mid-1990s and 2010. He found that the proportion of innovations that were new globally or new to the industry within the portfolios had decreased significantly (from 20.4% to 11.5%). This means that companies are increasingly reluctant to bear the ever-increasing costs of risky developments, and the proportion of innovations that improve existing products and, to a lesser extent, further develop them has increased significantly (from 20.4% to 36.7%) (Cooper–Dreher, 2010).
In contrast to unique, ad hoc innovation initiatives, we would like to emphasise once again the importance of developing an innovation portfolio. Since the beginning of innovation processes is confusing, chaotic and full of uncertainty, managers of innovative companies, innovation consultants and researchers recommend that companies spend on all three types of innovation initiatives. There is relative agreement among researchers on the proportions.
In their analysis of companies operating in the industrial, technological and consumer goods sectors, Nagji-Tuff (2012) examined the relationship between the allocation of resources among different types of innovation initiatives and the performance reflected in the companies' share prices. Their research revealed that companies with a 70-20-10 portfolio ratio realised a 10-20 per cent share price premium compared to their peers. It is therefore not surprising that large technology companies such as Google follow a similar pattern to the companies in Nagji-Tuff's analysis: they spent approximately 70% of their innovation activities on developments related to their core business (existing products and services), 20% on initiatives that complemented their core business, and 10% on transformational innovation projects.
 
Figure 8. Different innovation ambitions, different levels of innovation spending
Source: based on Nagji–Tuff (2012).
 
Another finding of the study is also thought-provoking. The rate of return is roughly the inverse of the ideal distribution described above. Innovation efforts related to core activities generally account for 10% of the long-term cumulative return on innovation investments. Initiatives that complement core activities contribute 20% to the return on innovation expenditure, while radical, transformational efforts contribute 70% (see Figure 8). This is not to say that a 70-20-10 split in innovation investment is ideal for all companies, but it can be considered a rule of thumb that provides guidance for companies operating in different sectors and at different stages of their life cycle. For example, for companies producing market-leading consumer goods, it is sufficient to allocate 2% of innovation expenditure to transformation initiatives, 18% to innovation efforts that complement core activities, and 80% to the further development of the core activity itself. For growing startups, the ratio is different again (45–40–15), as these companies are interested in finding products and services that will generate really high growth (Nagji–Tuff, 2012).
 
1 The FORTH method, developed by innovation management expert Gijs van Wulfen, is actually an acronym that refers to the different stages of the innovation process, or "journey": Full steam ahead; Observe and learn; Raise ideas; Test ideas; and Home coming. A detailed description of the method can be found in Gijs van Wulfen's book, The Innovation Expedition. A Visual Toolkit to Start Innovation. (2013), BIS Publishers. In addition, the information available on the author's website may also be of interest: https://www.forth-innovation.com (Date of access: 3 July 2025).
2 According to the model, the individual stages of the innovation process may only be continued after certain milestones or gates have been reached.

Innovation and excellence

Tartalomjegyzék


Kiadó: Akadémiai Kiadó

Online megjelenés éve: 2026

ISBN: 978 963 664 182 5

The aim of the book "Innovation and Excellence" is to inspire and encourage company leaders, managers, and experts to initiate and implement innovation transformations with the help of professional literature and corporate case studies. Another important goal is to help develop the innovation capabilities of small and medium-sized enterprises in particular by sharing simple, proven management methods that can be tested in practice.

The first part of the volume reviews the factors of corporate excellence and success, then highlights the possible sources of innovation, with a focus on the role of users and employees. The empirical section presents a detailed description of the supportive role of the workplace environment and creative working conditions based on corporate case studies (AUDI, BOSCH, MELECS). The volume concludes with a description of selected tested practical methods and management techniques that readers can try out in their own businesses.

Hivatkozás: https://mersz.hu/dory-innovation-and-excellence//

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