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GOOD UP TO THIS POINT - now need 2 minutes more.4 minutes...
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LifeTrac in Turkey, in Turkey,
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LifeTrac in LA with Daniel and Hayden...and another in the USA where 2 high school students, Daniel and Hayden, built a tractor for the South Central LA urban gardening project.
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Night light shot of LifeTrac 4Last year we have built LifeTrac 4,
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LifeTrac 5 and arugula lettuceThis year we build LifeTrac 5 which is now being used in a pilot project - in an urban gardening project in New Orleans.
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Glamor shot of LifeTrac 6We just completed LifeTrac 6 - such that with the LifeTrac 6,
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Glamor shot of Soil Pulverizer and Brick pressand the world's first open source soil pulverizer, and the world's first open source automated Compressed Earth Brick Press - we curled ou 2513 bricks to build the OSE Microhouse -
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30 second sizzle reel of microhouse - heavy on the pulverizer grinding, dumping, bricks curling out, walls going up. Timelapses.
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Open Source Hardware logoWow! I thought this was great. The open source industrial revolution is upon us! We're going to change the world.
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clip from "When you really think about it" up to "...and from local resources. How would that be?"When you really think about it, all of the wealth that we enjoy today for a modern standard of living relies on rocks, soil, sunlight, plants, water...those are all abundant... What if we can survive and thrive, up to a modern standard of living...
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(stay on last image)Open Source Ecology's mission is to create the open source economy - an economy that optimizes both production - and distribution.
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80/20 slideIt is up to all of us here - to grow the open hardware movement - as a cornerstone of the open source economy. Whiel apps and software like Prezi are cool - 80% of the world economy is still and probably always will be based on material production..
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The question remains - how do we scale an open development process to tap a large number of contributions without turning into chaos?
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Dozuki platform slide from Dozuki page on wiki - http://opensourceecology.org/wiki/DozukiTo do this, we’re following the wikipedia model - a small core team managing a large number of worldwide contributions. We have just established our new platform on Dozuki slide - which uses an open source documentation format standard - and seeded all our 50 machines there. The key is to break the project down into bite-size chunks that allow developers to contribute without being overwhelmed by the huge scope of our project - of ‘creating civilization from scratch.’ Thus we are using module-based design - where we break each of the 50 machines into about 10 modules. Then we develop each machine at the module level.
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Number of contributions graph for WikipediaFurther - each module goes through about a 100 specific steps (slide), which we track in a spreadsheet. Then each machine goes through about 3 prototypes. That’s a total of about 150,000 steps for the entire project. If we achieved the rate of development of Wikipedia - we would be done in 1/3 of a year.
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Video of machines in workshop at workThe challenge with scaling open hardware - compared to open source software - is the compiler problem. The compiler is that which converts instructions into product - in software - it is that which converts source code into working software - and in hardware - that which converts design blueprints - into physical objects. For hardware - the compiler is the tools of production. Yet most of the work of hardware development is creative content - ie, the blueprints - so there is hope that hardware development can scale.
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Using such techniques - last year on December 18 - we have achieved the above model of development - long design period and quick build - as we built our open source, automated CEB press in a single day - slide.
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For the next 2 years - we are going into the Last Mile for the GVCS. Getting up to 1000 hours of development per week - to fill the necessary steps on developing all 50 machines.
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Design Sprint imageJoin us. Sign up to our Design Sprints - weekly remote development events on google hangouts.
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DPV - image of Hablab - sJoin us on site - for Dedicated Project Visits. We're currently planning to reach the 100 top engineering universities for summer students and independent study projects - to move the GVCS forward. We have space for 12 people, and intend to build it up to 24 by end of 2014.
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Or support us financially. Subscribe as a True Fan, get your company to give us matching donations - we just received our tax exempt status.
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We are true to our crowd funding roots.
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Idea whose time has come slide.So anyway, let's buld a new world together.
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Contact info slide: marcin@opensourceecology.org for technical development, and website link, and dozuki link, and trovebox link
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