Intersections Promise to Drive Multiple Paradigm Shifts

Since the time I completed this post on Disruptive Power and Intersections, it continues to receive attention. It is by far the most effective component of any Future Thinking effort. Given the continued traffic to this two year old post, I am updating with current content. By way of reminder, the anchor emerging futures visual is available via this PDF. An expansion of the science and technology foundation is visualized via this PDF. The visual below connects the intersections of 8 combinatorial scenarios. This is not an exhaustive set of connections; it is strictly intended to describe the scenarios at a high level. This visual can be downloaded via this PDF.disruptive-power

Figure 1: Intersections amplify both power and impact

Each of the eight combinatorial scenarios is described below. If we build on top of the anchor visual, we begin to see the complexity at the intersections, the amplification of power, and the broad implications for the future.

Combinatorial Scenario 1

The convergence of multiple elements on our emerging futures visual creates the next major general purpose technology platform.combinatorial-scenario-one

Figure 2: Intersections create a new general purpose technology platform

The new general purpose technology platform (GPTP) will drive new forms of communication, new forms of energy, and new mechanisms for transport and logistics. The three components of this Third Revolution Platform  are the Internet (communication), renewable energy (Energy), autonomous vehicles and the Internet of Things (Logistics and Transport).

third-revolution-platformFigure 3: The next general purpose technology platform replaces our current second industrial revolution platform

Combinatorial Scenario 2

Many are focused on extending active and healthy lives. This healthy life extension scenario combines many innovations and future scenarios to ultimately accomplish that vision. Connected healthcare is the key future scenario that combines with additional scenarios like smart homes and connected cars to monitor our condition. Many of the foundational science and technology elements like robotics and the Internet of Things play critical roles.combinatorial-scenario-two

Figure 4: Intersections supporting healthy life extension

Combinatorial Scenario 3

Fatalities via car accidents are the biggest source of organ donations today. If autonomous vehicles eliminate 90% of those accidents as Google predicts, organ donations will plummet. This will likely drive an intersection with 3D Printing and synthetic biology, as exponential progression in these areas enable them to offset this loss. The importance of seeing as many outcomes as possible is highlighted by this scenario, as these intersections are not readily apparent.combinatorial-scenario-three

Figure 5: Intersections offset the loss of organ donations associated with a reduction of car-related fatalities

Combinatorial Scenario 4

Resource consumption could be a difficult societal challenge as the world sees 3 billion more consumers by 2025, and 5 billion in the middle class by 2030. This speaks to a potential scarcity scenario. But, as the convergence of sciences and technology drives us towards a world of abundance versus scarcity, the need for traditional resources could be eliminated altogether. So which is it? This combinatorial scenario is interesting, as 3D printing enables a maker economy that converges with the sharing and circular economy to alter the resource consumption mix. Autonomous vehicles and renewable energies contribute to this shift, as lighter cars designed for experience change the parts mix.combinatorial-scenario-four

Figure 6: Intersections mitigate the risk of resource scarcity while moving towards a world of abundance

Combinatorial Scenario 5

If we are to expand our use of renewable energy we need an ability to match supply and demand. The same sharing economy mechanisms that optimize the matching of driver and rider, or guest and room provider could enable renewable energy at scale by linking surplus energy with demand. If you also combine the nanotechnology innovation accelerator, you begin to see the same reduction in solar panel size (and therefore broader adoption) that we’ve seen in the electronics area. This highlights a key accelerant: the convergence across the sciences and technology puts everything on the same exponential curve that technology has enjoyed for years. This information enablement of just about anything is a fundamental driver of exponential progression.combinatorial-scenario-five

Figure 7: Intersections help expand the renewable energy footprint

Combinatorial Scenario 6

If renewable energy is to reduce or eliminate our reliance on fossil fuels, it requires a mechanism to store surplus energy and a bi-directional grid. If we combine renewable energy, sharing economy mechanisms, nanotechnology, new forms of energy storage, and the Internet of Things, you create an Energy Internet that does for energy what the Internet did for communications. The energy platform of the future could indeed be the product of combinatorial innovation, with the Internet of Things at its foundation.combinatorial-scenario-six

Figure 8: Intersections drive the sunsetting of the fossil fuel era

Combinatorial Scenario 7

Parking has long been an issue for cities, both in terms of traffic congestion and pollution. In addition, parking revenues are impacted by dumb meters that cannot account for the money contained inside; leading to theft and loss of revenue. As smart cities emerge, smart meters drive additional parking revenue and smart parking solutions help citizens find parking more efficiently – reducing both congestion and emissions.

But what starts as a net gain could evolve to a loss, as smart cities intersect with sharing economy mechanisms. Passengers increasingly find rides through Transportation Network Companies (TNC) that crowd source from a pool of drivers. These TNCs have the potential to disrupt current city transportation networks. Additionally, these sharing mechanisms combine with autonomous vehicles to eliminate the need for parking altogether. A driverless car can move from passenger to passenger in a highly optimized manner, eliminating the need for parking and freeing up city property for other uses. But revenues that went up via smart parking solutions now disappear. Further, this same convergence of shared economy and autonomous vehicles re-imagines the taxi and ride sharing industries and has the potential to disrupt mass transit revenue streams. Why would Uber need drivers when their fleet is fully driverless? So combinatorial innovation gives: enabling ride sharing and creating a platform for us all to become drivers – and it takes away: additional combinations ultimately eliminate the need for any of us to drive.combinatorial-scenario-seven

Figure 9: Intersections describe the short term and long term effects of a simple smart city scenario 

Combinatorial Scenario 8

Much like energy, Logistics & Transport is likely transformed in the future. A Logistics Internet could very well emerge that combines the Internet of Things, autonomous vehicles, and sharing economy mechanisms. In this scenario, the sharing economy kicks into overdrive to leverage the world’s warehouse infrastructure as a shared resource. Supply and demand matching would resemble a room provider being matched with a guest via Airbnb. This sharing would drive a previously unattainable level of productivity. Autonomous vehicles would alter the current transportation paradigm, while the Internet of Things serves as the enabling foundation.combinatorial-scenario-eight

Figure 10: Intersections move us towards a logistic Internet that transforms our current transport and distribution paradigm

These combinatorial examples make it clear that isolated analysis of any given future scenario is not sufficient. The true transformative power lies at the intersections. Understanding these combinations helps us exploit opportunity while mitigating the risk of unintended consequences.

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