Many people may mistakenly believe that the future is something that others, like big companies or governments usher in and that they themselves play either a minor active role, or one that is entirely passive. In reality, there are already groups of regular people just like you or me around the world literally building the future of their communities themselves with their own two hands and in collaboration with their friends, family, neighbors, and through the power of the Internet, with like-minded individuals around the world.
Above image: Instead of some planned community built by government or developers, we can add a layer of opensource technology over our existing communities, on our rooftops, in our offices, and at existing public spaces or markets. In addition to this added layer of physical technology, a little change in our mindset will go a long way in transforming our communities.
Because of the exponential progress of technology, the impact of small, organized projects is increasing as well. Think about 3D printing and how for many years it remained firmly in the realm of large businesses for use in prototyping. It was only when small groups of enthusiastic hobbyists around the world began working on cheaper and more accessible versions of these machines that they ended up on the desktops of regular people around the world, changing the way we look at manufacturing.
Similar advances in energy production, biotechnology, agriculture, IT, and manufacturing technology are likewise empowering people on a very distributed and local level.
What we see emerging is a collection of local “institutions” giving people direct access to the means to change their communities for the better, bypassing more abstract and less efficient means of effecting change like voting or protesting.
Political processes, however, will become more relevant and practical when people actually have resources and direct hands-on experience in the matters of running their communities. Demanding more of those that represent you will have more meaning when those demands are coupled with practical solutions and enumerated plans of action.
3D printing has come a long way since the first RepRap desktop printers and their derivatives which includes MakerBot’s first designs. 3D printing has gone from an obscure obsession among hobbyists to a mainstream phenomenon that is transforming the way we look at manufacturing.
Let’s explore these “institutions” and see what is possible, what is already being done, and how you can get involved today in physically shaping your community’s future starting today.
A makerspace is exactly what it sounds like: a space where you make things. However, it is often associated with computer controlled personal manufacturing technology like 3D printers, CNC mills, and laser and/or waterjet cutters. There is also a significant amount of electronic prototyping equipment on hand including opensource development boards like the Arduino, which allows virtually anyone to control physical objects in the real world.
Makerspaces also generally include a small core team with skills ranging from design and engineering to software development. These teams usually are eager to bring in new people and introduce them to the tools, techniques, and technology they are so passionate about.
Makerspaces already exist around the world and it is very likely that no matter where you live, you have one relatively nearby. Makerspaces hold workshops for both absolute beginners and experienced tech enthusiasts.
Makerspaces hold frequent workshops to share their knowledge and enthusiasm with others, often absolute beginners. There is a good chance your local makerspace has workshops available. Some are even free.
You can prototype virtually anything in a makerspace, making it the perfect place to go when you have a problem and want to develop a practical, tangible solution to solve it. Everything from an opensource solar charger to a new kind of 3D printer could be (and has been) made at a makerspace, making it the perfect nexus for our local community and the variety of other local institutions that may crop up there.
A combination of rediscovered traditional practices combined with modern technology makes local food production both practical and profitable. Community gardens are not uncommon, and there is a growing interest around the world, particularly in urban areas to utilize the sun-soaked rooftops to grow food with which to consume or distribute to local restaurants and markets.
US-based Growing Power proves what communities can accomplish by working together. They have proven that community urban agriculture can be both practical and profitable, with their project becoming not just a local business, but a resource for the community as well.
The Comcrop project in Singapore provides a particularly impressive example, having been in operation for several years now, serving not only as a source of locally produced food for restaurants and grocery stores, but also as a community resources teaching all who are interested how to raise crops in a dense urban environment like that found in Singapore.
Singapore’s Comcrop project has proven that even in the densest of urban environments, agriculture can be carried out by communities for profit, fun, and education. Collaboration with local makerspaces could further enhance their operation’s efficiency.
Another impressive example of local agriculture is US-based Growing Power where greenhouses, vermiculture, and aquaponics are all combined to generate an immense amount of food feeding into a local distribution network the project has diligently developed over the years.
Local food production and distribution is steadily expanding around the world as the concept of farmers’ markets spread and entire communities of both producers and consumers connect in a much more relevant, transparent, and beneficial manner than possible under the existing mass consumerist paradigm of big-ag and big-box stores.
Applying the resources found at a makerspace to local agriculture gives us the ability to take organic agriculture and increase its efficiency through automation. That’s the idea behind ProgressTH’s own automated agriculture project, and others like it. There is no reason why local communities cannot have locally produced organic food, and utilize technology to bring efficiency on par with that claimed by large-scale operations.
Modern civilization does not function without electrical power, something we are reminded of every time the power goes out during a storm. Currently, most of the world’s power still comes from centralized national grids and large power plants.
However, the march forward of technology is finally making the means of producing power locally more accessible to more people around the world. An extreme example of a localized, distributed power grid can be found in the remote hills of Thailand’s Phetchaburi province where the national power grid never quite made it. A local team created a tech-center of sorts where villagers were trained in the designing and installation of solar power systems, bringing the village light and power for irrigation house-by-house. The villagers have created a sort of collaborative network where everyone helps out when expanding the network’s capabilities.
The Pedang Project in Phetchaburi, Thailand has literally brought power to a tiny remote village isolated from the national power grid. Now it is taking its experience and sharing it with others around the country to replicate their success.
This network also trains people from all over the country to replicate their success elsewhere, even in areas where the national grid does reach, but where independence in power production is still sought.