Can subscription economy help us build a sustainable world?

The Industrial Age is dead. We are witnessing the biggest paradigm shift happening from the wasteful, hierarchy-driven, industrial model towards a new paradigm, driven by digital technologies and empowered by networks.   These are challenging times.  We are waking up to the biggest challenge of our times: How do we re-boot the operating system of our civilization ? We have already crossed nine planetary boundaries that humanity needs to respect and maintain in order to avoid catastrophic environmental changes. 

What is subscription economy?

Subscriptions are everywhere. Be it the online services we consume, or the computing power enterprises are embracing fervently, we are witnessing a disruptive shift in the way businesses operate.

In the words of its evangelist, Tien Tzuo, CEO,,
“The business model of the 21st century is a fundamentally different business model. The business model of the 20th century was built around manufacturing...But Over the last 30 years, we’ve been moving away from a manufacturing economy to a services economy. Away from an economy based on tangible goods, to an economy based on intangible ideas and experiences."
Why is this happening now??

As Marc Andressen, puts it eloquently in his recent article,

"Six decades into the computer revolution, four decades since the invention of the microprocessor, and two decades into the rise of the modern Internet, all of the technology required to transform industries through software finally works and can be widely delivered at global scale. "

Let me come to the most exciting part of this whole phenomenon.

Technologists/Digital Entrepreneurs/Evangelists aren't the the only ones who are talking about services economy. Ecologists have also been talking on similar lines for several decades.

Services-and-flow economy
During my first ever visit to an organic farm, one of the profoundly simple lessons I learned was: Waste equals food. Nothing is thrown away as a waste. Natural systems operate by this principle across the web of life. Linear Industrial systems, with its planned obsolescence, stand antithetical to cyclical, natural systems. How do we redesign our everyday products so that it abides by nature's principles?

Dr. Michael Braungart and Justus Engelfried proposed "Intelligent Product System[pdf]" in 1992, which eliminates waste altogether across the product's entire life-cycle. Products-of-service, one among the three categories of products the authors explain in their paper, are goods which are provided as services.

As Paul Hawken explains further in his inspiring book, "The Ecology of Commerce",
"What we want from these products is not ownership per se, but the service the product provides: transportation from our car, cold beer from the refrigerator, news or entertainment from our television. Under Intelligent Products system, These product would not be sold, but would be licensed to the purchaser, with the ownership retained to the manufacturer"
What would the manufacturer do after the product is taken back once it reaches the limits of its utility? The old products, broken down into its essential components, would be utilized  in the manufacture of new products, thus eliminating the waste entirely from the system.

Let us pause for a while to see how we can connect these seemingly divergent dots together. 

When we are talking about subscription economy, we are talking about utility services that are delivered through the network. As Simon Wardley puts it, they are all about volume operations, standardised good enough components and commodity provision.

With the advent of subscription billing model, it is now financially viable to offer any product as a service through recurring subscription revenues.  It is also quite possible to extend this further by embedding Intelligent Product system design into the products which are offered as a service.

For example, lead [found in circuit boards] and copper which are used in cellphones can be salvaged and used to reassemble another instrument. These options for physical handsets can also clubbed along with subscription options for the ecologically sensitive customer.

While this possibility definitely sounds exciting, it exists on the structural assumption that Cloud is green. Is Cloud really green? As ,  Google, wrote in Gmail's blog recently

A recent report by the Carbon Disclosure Project (CDP) and Verdantix estimates that cloud computing has the potential to reduce global carbon emissions by millions of metric tons. And Jonathan Koomey, a consulting professor at Stanford who has led several studies on data center energy use, has written that for many enterprises, the cloud “is significantly more energy efficient than using in-house data centers.”
If you think about it, it seems intuitive as Utility Computing allows large scale providers to provide resources f0r several applications, balancing the supply and demand more efficiently than if it were to provide resources on an individual basis. However, there is a caveat. Enter Jevon's Paradox.

In his 1865 book “The Coal Question: An Inquiry Concerning the Progress of the Nation, and the Probable Exhaustion of our Coal-Mines,” English economist William Stanley Jevons made the observation “Of the Economy of Fuel” that when improvements in technology make it possible to use a fuel more efficiently, the consumption of the fuel tends to go up, not down. 

What he said for fuel holds equally true for Computational power as well. Although consumption rate per unit may reduce, there is a strong possibility that the units of consumption would increase quite significantly.

These are inchoate thoughts. I would be exploring this further. I am quite excited to see how technology is interacting with ecology, both intellectually ( be it the study of technology ecosystem or the evolutionary approach to technology) and also in actuality( through green IT, for instance). It would be interesting to see how this confluence would shape up once they begin to feed off each others' energies.  What are your thoughts? Would love to hear them. Please do point out any other work which is done around these.