Sometimes, we need to go back to our original roots of thinking to remind ourselves and sometimes refresh the areas of focus we need to emphasise. Today, I focus increasingly on how innovation and ecosystem thinking and design need to combine in the Energy Transition.
I believe Ecosystems in design and thinking must form the future path to travel for innovation, collaborations, invention and growing cooperation. We need to think through more demanding challenges today that are highly complex and to do this with a higher degree of success in valuable outcomes. We need to open our thinking and minds and share knowledge to learn from each other.
A fundamental question to ask: “What do I need to consider for entering into an innovation ecosystem design?”
I wrote a post in June 2012 on thinking about the dark side of the innovation moon. As India quite rightly celebrates its first landing in lunar exploration, near the south pole of the moon, the dark side, it prompted me to look back at this post and decide to republish this again here.
Have you ever wondered what is on the other side of the moon when you look up towards it? Do we need to look beyond our horizons in our daily lives? Should we question beyond our existing horizons in how we innovate, explore, and push ourselves into the unknown?
What about the other side, the darker, unknown side of the moon? Are you ever curious about what lies behind what we can see? I certainly am.
Innovation is perhaps like the moon. We only see a part of it wherever we stand; we appreciate that part and value what we see and work within. It is even better if we can repeat it again and again. It can even offer something reassuring and comfortable; we grow comfortable within our known borders of innovation activity.
Innovation has the power to unlock the Energy Transition. Innovation thinking and design are needed everywhere within the energy system. Technological and systemic innovation is incredibly important to the end-user sectors of transport, industry, and buildings, as well as replacing and upgrading much of the overall system design and operation of delivering energy to power our economies.
Innovation needs to be everywhere in transforming our existing energy systems. Each day, there seems to be some level of innovation development or fresh concepts breaking through, challenging the accepted or pushing the thinking in imaginative new ways.
Innovation has a central role to play in the energy system.
We need to keep pushing for discoveries, experimentation, and demonstrating. We must nurture innovation and continuously look for ways to facilitate its pathway. Innovation comprises many enabling technologies; it needs to be built in a highly systematic way. The need is to continually look for re-imagining new market designs and business models to stimulate the changes and solutions for our future energy transformation.
Energy is a vital part of any country’s ability to be competitive, and we need to recognize that to innovate is the critical enabler to a clean energy future. Today half the world’s capital is invested in energy and its related infrastructure, which is the backbone of any industrial and urbanization strategy.
We need to keep pushing for discoveries, experimentation, and demonstrating. We must nurture innovation and continuously look for ways to facilitate its pathway in the Energy Transition we are presently travelling.
Our economic prosperity will be determined by transforming the energy sector, and it is through innovation we will achieve this. To avoid the predicted consequences of climate change, the global energy system must rapidly reduce its emissions.
Most global CO2 emissions come from the energy production sector, our buildings or transportation systems, and the making of “things” still from fossil fuels. They all need a purposeful design of a new, cleaner energy system.
Innovation needs to be at the top of its game, to be accelerated and scaled.
Within the Composable Innovation Enterprise Framework lies the core, the different innovation stacks, and the learning components. Here, I want to briefly talk about the importance of the learning components that support the innovation design and especially the different innovation stacks.
The elements of the innovation stack are designed to support innovation’s core tasks, including learning, absorbing, assessing knowledge management, creativity, design, experimentation, and testing. By modularizing these tasks and their interfaces, organizations can assess their innovation progress by having a complete innovation system available to them, designed on specific stack elements to address knowledge operation requirements in the stage of development to commercialization.
The Innovation Stacks are ready to support different steps in the innovation engagement process
Additionally, with the upgrade in technology and platform approach, we can support the rapidly emerging human-AI collaboration needed for each building block and component and provide a step-by-step validation.
Yet it is the sequence of how we learn that becomes vital to “feed” and build the innovation stacks.
Much of business today is caught up in managing short-term change that is growing in complexity and challenges.
So the challenges in the past year have been highly focused on supply chain disruptions, plugging gaps in technology solutions that can provide a higher flexible, agile, and advanced planning and production environment and continue to keep moving towards securing a more sustainable future that reflects the need to become carbon neutral, net zero.
Yet disruption is increasing; weare in a volatile world of constant change.
Today’s systems are highly stretched and have been designed and built for a steady, repeating business, the era of yesterday. Flexibility, agility, and adaptability have yet to be addressed sufficiently in design or mind shifts for our present and future operations to provide a different, more agile operating environment. Consistently has been the norm, whereas today it reacts to constant change coming from multiple, often unpredictable situations.
During May and June 2023, I worked through and concluded my thinking on why we needed to change our Innovation approach from far to often a linear one, and consider a new, more up-to-date, and dynamic solution for managing innovation, one that recognises the non-linear nature of so much of our undertakings today in innovation, from discovery to commercialisation.
I have called this the Composable Innovation Enterprise Framework– here is why and what went into this proposal that I feel should be adopted for managing innovation in the future.
As the investigation, validation, and viewpoints were built up over several posts, I felt summarising the series here gives you the appetite to delve into the posts themselves.
We need to shift our innovative thinking from static to dynamic.
We have been in very static, traditional approaches to innovation, very segmented and often insular, and as so often happens in innovation, it has complexities that seemingly grow and multiple changes, partly from what we discover in the development of new solutions but partly from far more rapid changes in the business landscape and our current innovation process often breaks down and limits the ability to manage this across the whole development to delivery lifecycle.
We need systems and processes that are flexible, adaptable, and can enable continuous improvements but are fully connected, transparent, and integrated across the entire business. We need to approach innovation differently through connected agility, have speed and automation more central, and provide roles for a great diverse set of participants.
A system that encourages forming strategic alliances, partnerships, and knowledge sharing to drive innovation and create shared value in open, thoughtful, and collaborative ways. This is where technology enables these connections and triggers different thinking in the quest for moving toward more extraordinary valuable solutions—the “connected” value of behaviours thinking ecosystems and operating on collaborative platforms.
