Recently, someone shared a very interesting inforgraphic on the future of cars. I get these requests to share content on a regular basis, and I assess them based on their insight and potential value to my readers. This is an example of a very well done Infographic with a great deal of insight. Below is an introduction and the infographic. Enjoy!
This Article provides a very good example of domains that are converging in ways that shape our future. In this example, innovations in science and technology converge with future scenarios involving the emerging Mobility Ecosystem and one that is often described as the emerging Energy Internet. Author Jeff McMahon indicates that there will be more than enough batteries in electric vehicles by 2050 to support a grid that runs on solar and wind—if the two are connected by smart chargers, according to experts at the International Renewable Energy Agency.
As described in an earlier post, these Intersections across multiple domains introduce new scenarios that amplify impact. In this example, the boundaries between mobility and energy blur, creating a synergistic linkage between the two ecosystems. This complex and unpredictable dynamic complicates our Future Thinking exercise – but it may be the most critical focus of any forward-looking effort. The above referenced article provides a good example of how the Convergence of science and technology leads to a convergence with multiple future scenarios. Visualization helps to understand the various dots that are connecting.
Uber and Hyundai have teamed up to deliver on the Jetsons flying car future. One of several flying car initiatives likely to be realized by the end of the decade. Air taxis represent a further evolution of the Mobility Ecosystem. People point to the flying car as an example of future predictions that did not pan out. Well, much like everything else in this era of exponential progression – get ready. Uber Air is one example of services emerging in this space.
This Recent Article is the result of a collaborative effort between TCS and the Clayton Christensen Institute. The article examines the strategic choices faced by various players in the emerging Mobility Ecosystem – viewed through the lens of the Theory of Disruptive Innovation. It outlines the best course of action for achieving long-term profitability in the ride-hailing market.
As with any future scenario, the variables that must be considered in determining the path of the scenario can be overwhelming – There is Peril in Predicting. However, inaction is not an option. Strategic choices must be explored.
I had the pleasure of hosting two sessions recently at the TCS Innovation Forums in London and in New York City. The sessions, which explored the need to prepare for the future, involved thought leaders, futurists, and various leaders across multiple domains. They were structured with several five-minute descriptions of forward-looking themes, and once context was set, a discussion with the broader leadership group was moderated. The sessions focused on education and awareness, rooted in a strong belief that leaders must prepare for and shape our emerging future. Leaders of the early 20th century were experiencing the fascination of a great period of invention, while at the same time the horror of crisis. That crisis, in the form of World War One, the Great Depression, and World War Two, served as a catalyst that mobilized human action. Without it, the democratization of innovation and the most prosperous period in our human history likely never happens – at least not to the extent that it did.
It is my belief that similarities exist between the era of great invention and today. Future historians may look back and deem this emerging era to be the greatest in human history. However, as described in my post on Mapping the Path of Innovation, human action must again be mobilized if we are to shape a future of human flourishing versus suffering. What are the catalysts that mobilize human Action this time? I shared the results of a Poll I Conducted to provide a point of view. This critical need was first positioned in a post that summarized What I Expect in 2019.
To open the sessions, I shared three key themes from my expectation post: Acceleration, Possibilities, and Convergence. If we truly are entering another period of great invention, what action is required by leaders to ensure a positive path forward? This post will summarize the key themes from the TCS London Session, positioning the importance of answering that question. I will follow this with a summary of the New York session.
Our future is very complex. The sheer number of building blocks complicates not just our ability to see the future, but any chance we have to navigate it. As these building blocks combine in ever increasing ways, the challenges multiply. Leaders of tomorrow will move towards systemic leadership, having an ability to connect dots. Innovation will move from a myopic view of offerings to systems innovation.
To accomplish this, systems thinking must be embraced by leaders. Systems thinking is a holistic approach to analysis that focuses on the way that a system’s constituent parts interrelate and how systems work over time and within the context of larger systems. As leaders, we struggle with this holistic approach, choosing instead to focus on short term versus long term, and delivering immediate results versus positioning for the future. This focus is in direct conflict with where our complex future is taking us.
Our structures and institutions are increasingly challenged by rapid innovation in science and technology. As Klaus Schwab stated in his book Shaping the Fourth Industrial Revolution, we face the task of understanding and governing 21st-century technologies with a 20th-century mindset and 19th-century institutions. One such institution is our vertically-oriented industry structure. We are in the early stages of An Ecosystem Evolution, where the boundaries between industries are completely blurred. The creation and capture of value is increasingly horizontal in nature, ultimately giving Rise to a Finite Set of Ecosystems.
As this shift occurs, our strategies are iterative in nature and guided by a constantly evolving view of emerging ecosystems. At the heart of this work lies Ecosystem Models. These models provide a range of possibilities inherent in emerging ecosystems, and identify three critical facets: