Before we discuss Innovation DNA let’s explain what is DNA. The foundation of life recognizes DNA. We told that human DNA is about 3 billion bases long—a string of nucleotides; adenine, cytosine, guanine, and thymine arranged along each side in pairs. Humans have 22 chromosome pairs plus two sex chromosomes for a total of 46 per person. Using a range of techniques from microscopy to DNA sequencing, researchers have understood the function of genes and how they work.
What Is Innovation DNA?
Innovation DNA integrates the human aspect of innovation with the technical task of innovation. Two components can define it:
1. First, Innovation DNA comprises the innovation habits and practices that get passed on from one generation to the next—analogous to biological DNA. These then become associated with better outcomes from innovation efforts.
2. Second, Innovation DNA comprises the choices and actions of an organization and its culture relative to perpetuating and encouraging these practices, be they among scientists in the lab, the time and effort spent on innovation, or the managerial support of innovation. Thus, an organization continually “selects” and “transmits” specific innovation DNA for continuity and passage to the next generation while de-emphasizing other innovation DNA.
The innovation DNA model is based on the idea of innovation “habits” and “practices.” Each innovation habit can be viewed as a behavior of an innovation practitioner, specifically, how innovation has been done. Innovation habits are innovation behaviors that have been passed on to other practitioners over time within the same organization or closely related organizations. These innovation habits are analogous to human DNA in that they become associated with better innovation outcomes when passed on.
Innovation DNA model
The innovation DNA model depicts the innovation-related behaviors of people within an organization over time across four innovation generations. Innovations can be thought of as a flow of new successful products and processes through the innovation generations.
The innovation DNA model involves four innovation generations and five innovation habits. Each innovation generation is defined by a distinct culture for innovation and a level of clarity in innovation strategy. The innovation generation represents the dominant innovation practices passed along within an organization over time; it shows how we innovate, not necessarily what we do. An innovation generation is made up of the innovation-related behaviors that are perpetuated within an organization. For example, in Generation 1, there is a focus on innovation technology and commercialization. In Generation 2, innovation behavior shifts to fulfilling organizational needs through innovation.
Read more: Six Innovation Models Every Company Should Know
What is the significance of Innovation DNA?
In its most basic form, innovation occurs when creative people attempt to turn fresh ideas into reality while also solving challenges that arise along the route. The innovation DNA model provides a new perspective on innovation by depicting innovation as a “cultural” phenomenon passed along from one innovation generation to the next. The innovation culture of each successive generation becomes associated with improved innovation outcomes such as increased productivity and decreased time-to-market. These patterns can be identified, understood, and leveraged for competitive advantage.
- Innovation is a cultural trait
- The innovation is passed on by selected innovation-related behaviors and practices
- It can be improved through deliberate innovation practices.
Innovation is a cultural trait. Innovation-related behaviors and practices in one innovation generation become “additive” to innovation behavior in the next innovation generation. The change from one innovation generation to another involves changes in what we do and changes in our culture and why we innovate.
Innovation has passed on by “selecting” innovation-related behaviors and practices. Organizations learn to innovate well through innovation experience, i.e., by doing innovation over time. However, it is not just innovation experience that drives improved innovation outcomes; Innovation DNA also plays a role in innovation success.
innovation is not inevitable, and innovation can improve through deliberate innovation practices. Organizations are imperfect in their innovation efforts, and that’s okay. A gap between our innovation potentials and what we do signals that opportunities still exist for innovation improvement.
Innovation is not inevitable and can improve innovation through deliberate innovation practices. Organizations are imperfect in their innovation efforts, and that’s okay—a gap between our innovation potentials and what we do signals that opportunities still exist for innovation improvement.
Innovation Generation 1: Innovation Technology
The innovation generation has made of innovation-related behaviors that are perpetuated within an organization. For example, in Generation 1, there is a focus on innovation in technology and commercialization. Although some organizations continue to use this same innovation behavior in subsequent innovation generations, innovation behavior shifts to fulfilling organizational needs through innovation.
Innovation Generation 1 represented a revolution in innovation by pursuing innovation for its own sake and linking it with technological advances. A time of both industrial revolutions and upheavals. During this innovation generation, innovation has first been widely linked to creativity and specific innovation roles such as research scientist and engineer.
Innovation Generation 2: innovation for competitive advantage
Innovation Generation 2 represents innovation-related behaviors that start to focus on organizational needs through innovation. In this generation, innovation has been directed toward meeting organizational goals and has extended both inside and outside the organization. Innovation is not just something we do, and innovation is something we use to achieve organizational goals.
The Innovation Generation 2 represents a revolution in innovation by extending innovation beyond technology and making it relevant and valuable for creating a competitive advantage in organizations. Innovation in this generation becomes defined as a process of strategic choices that lead to increased innovation effectiveness.
Innovation Generation 3: innovation as a way of life
The Innovation Generation 3 represents innovation-related behaviors that focus on innovation as a way of life. In this generation, innovation has integrated into everything we do and everyone we hire. So that organizational innovation culture defines who we are and what we do. Innovation has hard-wired into innovation DNA. Innovation permeates everything we do.
The Innovation Generation 3 represents a revolution in innovation by changing innovation from a set of specific practices into our lifeblood. Innovation generation realizes that innovation is the way of life and not just a series of individual behaviors.
Innovation DNA
The Innovation DNA has made up of innovation-related behaviors and innovation roles. Innovation-related behaviors have innovation practices supported by innovation roles. For example, innovation-related behavior such as using innovation tools has matched with innovation roles such as researcher and Although organizations may vary in the specific innovation roles and behaviors so innovation DNA is a foundation that underpins the innovation approach and helps innovation effectiveness.
What is the definition of organizational DNA?
The fundamental components that constitute an organization’s “personality” and help explain its performance has referred to as organizational DNA. Because the culture of an organization is equivalent to its personality. So organizational culture reflects the values and beliefs of an organization, including its innovation DNA. But an organization’s innovation DNA is a combination of innovation behaviors and innovation roles found in the organization.
Organizational innovation culture has reflected in innovation DNA that becomes part of how we work within an organization. Innovation-related behavior such as using innovation tools or collaboration with partners has matched with innovation roles such as researcher or engineer.
What Is Strategic Innovation?
strategic innovation has the process of an organization’s corporate strategy being reinvented or redesigned to drive business growth Because generating value for the firm and its customers and gaining a competitive edge. This form of innovation is required for businesses to adapt to the rapid pace of technological change.
To be successful, companies that use strategic innovation do not need to change the items and services they sell to their customers, nor the technology that enables these products. Strategic innovation has a term used to describe undertakings that take place at the executive level. Decisions that have at this level have a profound effect on innovation within an organization.
Engineers create innovation DNA through innovative design. Because engineers focus on innovation, which has innovation-related behaviors and innovation roles. The elements of innovation DNA are innovation processes, innovation tools, idea generation techniques, implementation practices, personal characteristics needed for successful innovation performance, innovation metrics, innovation roles, innovation-related behavior, and innovation culture.
Learn more: Innovation Tools: The Power of Good Ideas
Innovation Design
Innovation design is a process used to develop innovation DNA in an organization. Because innovation design starts with innovation strategy and ends in implementing innovative practices, tools, and processes. But in this process, innovation inputs have assembled into various components that help innovation effectiveness.
Innovation culture is innovation DNA that becomes part of who we are as individuals, teams, or organizations. Because it is the innovation-related behaviors and innovation roles found in an organization.
A DNA examination of innovation
A relatively new notion, it is critical to explain the methodology’s logic and develop a framework, semantics, and vocabulary that will allow various businesses to think about it, assess themselves, and generate practical and actionable findings. Used variety of data and information to generate this analysis comparing Gillette versus P&G innovation. These included;
- A retrospective review of the source at the beginning of each company
- An analysis of actual work experience generating ideas and products in comparable areas inside each company
- meetings with scientists and executives from both firms This data and information has to answer the following questions, resulting in a portrait of the companies’ Innovation DNA.
- How are innovation processes different in Gillette’s innovation DNA?
- Have innovation tools use differently at the two companies?
- What idea-generating techniques do P&G’s scientists use that are very different from those of their counterparts in Gillette?
- Do people work collaboratively with partners to come up with ideas at P&G but not at Gillette?
- Have innovation roles differently in the two innovation DNA profiles?
- How is innovation culture different in P&G innovation DNA? How is it similar?
Gillette’s innovative DNA
Gillette’s innovation DNA is more product-focused than that of P&G. At the same time, while their scientists are very collaborative, their innovation roles are more distinct. In innovation culture, P&G is a group-oriented place where scientists work in one large research area and have significant latitude. In innovation DNA, Gillette has a market focus and devotes much less time to internal concept development.
Compared to innovation DNA at P&G, innovation DNA at Gillette is more market-focused, and innovation roles are more distinct. P&G innovation DNA has a group-oriented innovation culture where scientists work on one large research area with significant latitude. In contrast, the innovation culture at Gillette is more team-oriented and with innovation roles being less distinct.
To create an environment conducive to innovation, organizations must understand innovation DNA and how it has formed. Only by achieving a deep understanding of innovation design capabilities can leaders create innovation-supporting business models, innovation processes, and innovation tools.
To assess innovation culture and assessing innovation roles to determine whether the innovation culture values but the role of innovator over other roles such as implementer or buyer. Assess innovation culture in terms of innovation-related behaviors, inputs, innovation process design for different types of innovation, etc. to assess innovation processes related to idea generation and product development.
Conclusion
The idea and practical application have meant to assist real people better because understanding each other’s approaches and focusing collaboratively on the most beneficial actions. Instead, innovation DNA and its analysis are essential not only for mergers but also for joint development between product companies and their suppliers, between different departments within a single company, between a company or entity and its employees, and, most importantly, between individuals who must collaborate on problems, ideas, or projects.