A recent Report by John Hagel and others describes how the exponential improvement in technology is driving exponential innovation. The core technology building blocks (computing power, storage and bandwidth) continue unabated on a cost-performance improvement curve. These building blocks create a foundation for rapid advances in innovation, which in turn combine to create disruptive scenarios. A visual depiction of this phenomenon might look like this:
The next post in this continued look at disruptive scenarios focuses on the Logistics Internet. In his recent book titled The Zero Marginal Cost Society, Jeremy Rifkin describes an Economic Paradigm Shift driven by a Third Industrial Revolution (TIR) platform. The Logistics Internet is one of three components that make up this TIR platform (communications and energy are the other two). As the three components converge, they create a general purpose technology platform that drives a third revolution. Mr. Rifkin believes we are in the early stages of an automated transport and logistics Internet, and he describes his thinking in this short Video.
In his new book, Rifkin describes the process by which suppliers and buyers connect and conduct business (Logistics) as the driver of the whole economic system. Yet, he maintains that the means by which goods and services are stored and delivered is grossly inefficient and unproductive. Rifkin suggests that a rethinking of the way we store and ship materials and goods is in order. Several supporting facts are provided in the book:
In my continued look at disruptive scenarios, the focus shifts to Connected Health. In a recent White Paper, the term is used as an umbrella description that covers digital health, eHealth, mHealth, telecare, telehealth, and telemedicine. Analyst firm IDC defines it as “a broad spectrum of technologies that use telecommunications to facilitate the exchange of health information and delivery of care across a geographic distance as well as manage chronic conditions and promote health and wellness.”
There are several drivers that make this both a viable and desperately needed scenario. According to the IBM Institute for Business Value, inefficiency in the Healthcare ecosystem wastes over 2 trillion USD per year. According to the popular Internet Trends Study produced by Mary Meeker each year, healthcare costs have reached 17% of the U.S. GDP and 27% of health spending is wasted. The same study found that over 25% of family income is likely to go to health spending in 2015, and 50% of bankruptcies are driven by health costs.
In my continued look at disruptive scenarios, the focus shifts to 3D printing. Growth in this key innovation is expected to accelerate to $10.8 billion by 2021 according to Goldman Sachs. The economic implications are significant: Research by McKinsey Global Institute suggests a possible impact of $550 billion per year by 2025. Some believe that 3D printing will play a crucial role in launching a third industrial revolution at a personalized level.
This next post in the analysis of disruptive scenarios focuses on next generation automation enabled by combinatorial innovation. By way of reminder, the visual below depicts a convergence of innovations that have historically been viewed in isolation. As the building blocks of innovation multiply, their combination drives disruptive scenarios. By analyzing these scenarios, future implications and potential responses are determined.
The last two posts focused on disruptive scenarios driven by the future introduction of autonomous vehicles. However, the context for viewing disruptive potential must be broad – not just one possible scenario. With that in mind, let’s take a look at the Healthcare industry with a broader lens. The authors (Chunka Mui and Paul Carroll) of The New Killer Apps do a masterful job of doing just that. They make a rather bold statement in a chapter dedicated to the Healthcare industry – specifically:
“Without a course correction, hospitals will lose their central place in medicine and many will disappear.”
Strong maybe, but not hype. The risk is real and not limited to Healthcare. The visual below is a great representation of the law of disruption. The progression of technology is riding an exponential curve. With this acceleration comes a progression of disruption where incremental business change can no longer keep pace. Disruption and the need for transformative actions occur when this scenario takes hold, and the enterprise has not taken steps to respond. A failure to respond in this fast paced, change oriented world is likely catastrophic, but the opening for killer apps depicted in the visual presents both risk and tremendous market opportunity.
The Law of Disruption (source: Unleashing the Killer App)
This post continues the disruption scenario discussion initiated by my earlier Insurance Industry Case Study. I’ve been using the autonomous vehicle (AV) as an example of a disruptive scenario with potential societal, economical, and environmental impact. In this post, the focus shifts to the scenario’s possible effect on the automotive ecosystem.
Autonomous vehicle technology can be viewed using a five-part continuum suggested by the National Highway Traffic Safety Administration (NHTSA), with different benefits realized at different levels of automation:
Last month, an IHS Automotive study predicted the world will have nearly 54 million self-driving cars by 2035. The study also predicts that nearly all vehicles in use are likely to be self-driving cars or self-driving commercial vehicles sometime after 2050. Meanwhile, automakers and others are unveiling both their plans for – and introduction of – automated features: