*Originally published in the [Internet of Things Council](http://www.theinternetofthings.eu/content/entry-nr-9-what-opposite-panopticon-contest-augustin-pelaez), in response to the contest: [“Panopticon as a metaphor of the Internet of Things – why not? But if it were the opposite?”](http://www.theinternetofthings.eu/content/new-years-contest-panopticon-metaphor-internet-things-%E2%80%93-why-not-if-it-were-opposite)*
In the quest for a more optimistic analogy for the Internet of Things, I suggest we take a look at nature. Our living world has been around for millions of years, a good reason to trust its efficiency and sustainability mechanisms. What can we learn from it?
Natural ecosystems are in fact good examples of communities that share information among their members in order to work properly. This can be analyzed from two different but complementary perspectives: first (1) at the individual entity level, where every element of the system shares and captures information to perform a given process, and second (2), at the macro level, where the cyclical nature of those processes helps to keep the balance of the system.!(http://assets.tumblr.com/assets/scripts/vendor/tiny_mce_3_5_10/themes/advanced/img/trans.gif)
## **1. The Natural Information Network**
An ecosystem is a collection of living organisms (e.g. animals) that interact with “things” (e.g. plants, soil, trees) through a series of natural processes (e.g. photosynthesis or pollination) using scarce resources (e.g. water, oxygen, sunlight). Plants, for instance, use sunlight to turn CO2 into oxygen, which is crucial for animals to live. They are able to do so because of their ability to sense their environment, growing towards the sun, absorbing the right nutrients and even communicating with other plants in order to prevent over-crowding or pests. Similarly, the process of pollination, which enables plant reproduction, occurs when flowers expose themselves through colors and scents, allowing bees to use their ultraviolet and odor sensors to detect their pollen and carry it around. These mechanisms work so well that even the slightest obstacle in the information-sharing process can threaten the whole community; studies have shown that smog and pollution are hindering bees’ ability to “augment reality”, making it harder to find pollen and fulfill their role in nature.
Nature is wise and full of this kind of examples, but it wouldn’t be so without its built-in sensors. Ecosystems are sustainable because all of their components exchange information in forms of energy, which can be regarded as a *natural information network* that ensures an almost perfect orchestration between beings, processes, and things.
The same way, the Internet of Things is about better-orchestrating [people, processes and things](http://ubidots.com/about-ubidots.html "Check out our original concept video"). Our whole society could undergo a transformation if more information from our environment were used to better run everyday processes, so much in industrial as in everyday scenarios.
## **2. Going in circles to keep the balance**
The second viewpoint for this analogy is the fact that those natural processes are linked together in a cyclical way. This balance has kept our planet alive for millions of years and has only been threatened by modern civilization because of our consumption patterns . We buy, use and dispose things that will never be reused. Furthermore, most of those things are equipped with features that remain unused during the product life cycle, meaning that, although some value was created at a point of the production chain (e.g. an innovation in its design), it was destroyed by the end-user who didn’t perceive it. This is extremely inefficient.
The Internet of Things is supporting a fundamental change in how our economy works because it enables a something called *“Everything as a Service”*. Cloud technologies and the proliferation of tiny sensors will allow companies to have a detailed traceability of a product during its entire lifecycle, being able to offer it on a subscription basis, receiving real-time feedback about its usage, knowing exactly what customers like about it, and finally, taking responsible care of its disposal or recycling. This can help our planet make a better use of its scarce resources and find a better balance to keep it rolling for another million years.
![cyclical and sustainable production process](http://media.tumblr.com/280bb7de74edddbc2e62c7e1bca77c0c/tumblr_inline_mongiugU981qz4rgp.png "cyclical and sustainable production process")
This is my analogy to “Kranenburg’s City of Trust” where every entity fulfills a specific role within an ecosystem, “exploiting its talents and realizing its dreams”, being that ultimate dream the system’s sustainability. With the Internet of Things we are giving back our planet its natural ability to capture information from its “things” and use it to keep a balance, after all, we are also part of nature.
 See Circular Economy initiative byhttp://www.ellenmacarthurfoundation.org/ and their video at:http://www.youtube.com/watch?v=zCRKvDyyHmI
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