What do non-consumption, organizational friction and market failure have in common? These days, everyone is “innovating” to find the next big thing. But where do you start? One way is to try and think of innovation as having mass, and therefore it cannot be created from truly nothing. Innovation must start somewhere, and it must start with something that already exists.
The focus of the The Innovation Formula is on the innovation process that makes sense for small businesses, where lean, simple, and fast are essential. You may also be interested in a view of the innovation process that’s suited to larger companies, so this chapter provides an overview of the Innovation Master Plan framework that we use when we’re working with larger organizations on innovation projects and initiatives.
There are four different types of innovation tools that we’ll describe here, including the design of the work place itself, practices that encourage and even enable effective collaboration, open innovation approach to connect inside innovation teams with outside partners and experts, and online tools that constitute the virtual work place. Separately and especially together, these can make a tremendous enhancement in the performance and the satisfaction of individuals, teams, and your entire organization.
Organizations of all shapes and sizes have begun the journey of remaking themselves so that they can thrive in the Digital Age. The Dirty Maple Flooring Company narrative runs through 2013.
Synthetic biology moves us from reading to writing DNA, allowing us to design biological systems from scratch for any number of applications. Its capabilities are becoming clearer, its first products and processes emerging. Synthetic biology’s reach already extends from reducing our dependence on oil to transforming how we develop medicines and food crops. It is being heralded as the next big thing; whether it fulfils that expectation remains to be seen. It will require collaboration and multi-disciplinary approaches to development, application and regulation. Interesting times ahead!
Never has the world witnessed a large market emerge so quickly as China has. As the economy grows it is also changing. China is fast climbing the value curve, transitioning from low-cost manufacturing to innovation-led growth. In telecommunications, supercomputing, life sciences, non-fuel energy sources and “green-tech” in general, there is already a vibrant innovation/research and development (R&D) scene.
Inspired by Susanna Bill’s post regarding the importance of vulnerability for innovation, I was reminded of an eye-opening story from the book Sway by the Brafman brothers. This story may explain why we retrospectively look at what we have done and ask ourselves “how could I be trapped like that?” It also applies to companies that have an ambidextrous innovation strategy that incorporates both the “play-to-win” approach and the far more common “play-not-to-lose” approach.
The internet of things has shipped out to sea. A number of remote sensing technologies have been employed to monitor various aspects of the ocean to improve weather forecasts, safer resource exploration, and climate change mitigation with benefits to companies, policymakers, and the planet.
Every innovation project starts from an idea or a problem and mostly, all innovation teams do jump immediately to the feasibility study and scenario analysis dedicating little or no time to the assessment of the risks of innovation projects. This series of article represents an extended dashboard of internal, external and hidden risks of such projects in aiding innovation teams throughout their risk management activities. The first article looks deeper into what drives a successful innovation eco-system.
Science has caused controversy for centuries. But scientific developments, such as addressing climate change, applications of biotechnology, and the use of stem cells or GM crops, and the resulting debates are becoming ever more central to our national economies and global wellbeing. Influencing those debates is, as a result, becoming more important to those on all sides of the arguments and those debates becoming ever more polarised; and protests increasingly violent. The greater part of the problem may not be public understanding of science, but rhetoric and values. Managing the emotional debate may be critical to future policy development and science based industries.
Social media has already fundamentally changed the way many of us live our lives or do business. In coming years its role in almost every aspect of public, private, political, commercial and community life is likely to grow; it could be seen as digital recombinant DNA, central to everything but changing and being changed, made up of millions of bits and bytes, with multiple roles, instructions and connections. This extended trend alert indicates some of the trends affecting the current development of social media, as a prelude to further discussions at a forthcoming foresight meeting in London; it does not claim to be comprehensive, but a jump off point.
New materials and processes are proving effective against a growing range of bacteria and have wide ranging applications. Similar approaches may also change the way we clean our clothes and how often we paint our houses. They could also prove disruptive to existing sectors’ income streams.
Today's University is a rich resource for companies seeking game-changing technological breakthroughs. In this in-depth article Melba Kurman looks at the benefits of open innovation partnerships between companies and American university researchers.
