Can Open Source Hardware Feed the World?
jfruhlinger writes "When it comes to food scarcity in the developing world, one of the major problems is production capacity: land that could be arable using modern techniques goes underutilized because locals don't have the ability to build or buy equipment. A group calling itself Open Source Ecology is trying to solve that problem. They've developed a set of open source hardware specs for 50 different industrial machines, which they're calling the Global Village Construction Set."
I sure hope the first machine is the one that makes the rest of the machines in the set!
Worry about stabilizing the regional governments first and then worry about upgrading them to first world farming techniques.
Keeping those who know how to farm alive and on the land they know how to farm will be necessary to make new equipment have any lasting effect.
No.
Worth note, Sid Meyer's CIV Reality was announced this week...
What the summary doesn't state is that the tools are 'geared to work together to sustain a village of people anywhere in the world, using locally attainable resources and tools.' This does beg the question of who's going to manufacture the first set of these tools, but the fact that the tools are going to be sustainable is more important than the fact that they're open-source.
"God does not play Minecraft with the world." - Albert Einstein
"Garden of Eden Creation Kit" has such a nice ring to it.
I really like Grid-Beam for this sort of building. Square metal tubing is not expensive if you buy it undrilled. It's incredibly pricey with the holes in it. I've been thinking about how to build an automated rig to drill the tubing. It would use up drills and cutting fluid, but maybe it would be possible to drive the price down.
Bruce Perens.
...because we can use it for games!
I'd say, ask Norman Bourlag how it could be done, but he's dead unfortunately. But he had a good plan, and several other good plans. I'm sure crazy greenies and environmentalists will come out whining now, but 'green farming' will never produce enough food. And unless you're going to shovel off 2/3's of the population to die. His ideas will be the future of farming.
Om, nomnomnom...
Might I suggest it be renamed the GECK? It's just in time for Fallout 5:Fukushima. This trailer shows off great graphics, a easily-monitored PIPboy, friendly canine companions, and the Brahmin are so mutated that they only have one head!
http://openfarmtech.org/wiki/Main_Page
"Lame" - Galaxar
... Indicative of a completely worthless waste of page space or bandwidth?
Yes.
This isn't Open Source but Open Specification. Open Source Hardware would be giving the actually hardware to them and making sure that the hardware is easily accessible so it could be reversed engineered Open Specification is more powerful as it give them the instructions to make such an item, however it fails to actually give them a working original.
Closed Source is giving a Fish to a man.
Open Source is giving a Fish and a Pole, with the hope that he will know how to use it.
Open Specification is showing how to make a pole and how to use it to collect fish.
If something is so important that you feel the need to post it on the internet... It probably isn't that important.
Square metal tubing is not expensive if you buy it undrilled. It's incredibly pricey with the holes in it. I've been thinking about how to build an automated rig to drill the tubing
Why drill holes you don't need? If you use steel tubing, you don't need any holes, welding it is quicker and cheaper.
Aluminum is much more expensive than steel, and welding it is more expensive as well, because you need inert gas, so unless you need a very lightweight assembly you should go for welded steel tubing.
From their wiki: "The State promotes well-paid incompetence, largely through specialization, such that subjects produce sufficient surplus to pay for their own oppression. "
the tools are 'geared to work together to sustain a village of people anywhere in the world, using locally attainable resources and tools.'
Since several of those tools are computer-controlled, I'd like to know where are the plans for a locally attainable chip fabrication facility.
Here we see snooty slashdotter savaging a newer poster while gorging itself on open source pudding and koolaide. Incredible. You almost believe watching this drama of nature that he really is better than everyone and his ubuntu cd will end world hunger. Such fanciful creatures.
All those CNC machines and such are fine but there still isn't a good 3D FOSS cad system yet. Nothing that can Rival Solidworks, ProE, or AutoCad. Blender sure doesn't cut it. The closest is BRL CAD is still ins't in the same class as Solidworks. I would be happy with one that was as good as TurboCAD 3D.
Getting the design tools into peoples hands would be a big help IMHO and it is software for goodness sakes.
BTW I have used Solidworks and it is very very good and I have tried Blender and BRL.
See my blog http://ilovecookes.blogspot.com/ for light hearted technical information.
No stable government...no stable food production. While this does not apply to all developing nations it is a huge issue in many African countries dealing with unrest.
A device that "extracts aluminum from clay" ... "electrolyzing the resulting compound to form pure aluminum" ... that takes a huge amount of electricity to do. Where is the 'leccy coming from? That wimpy wind turbine?
Look at the others ... where is the fuel to run the trucks and steam turbines and backhoes going to come from?
You can do far more good with lower tech at less cost - fuel efficient stoves, growing legumes, contour plowing.
"In a visit to Ethiopia in 2009, I talked to more than one citizen there who said that the arability of the land wasn't so much the problem as not having the machines to farm the land productively. "
This is completely ignorant. Read here:
"In the late 1970s Ethiopia's communist regime nationalised all land, and private ownership remains outlawed. The millions of small-scale farmers work under licence from the state, and most plots are one hectare or less, which has hampered efforts to improve food security."
Now the Ethiopian government is leasing out large scale plots of land to foreign farm companies, which will certainly produce some work for Ethiopians, but your typical Ethiopian still has no ownership of the land and thus no ability to use that capital to get loans for farm equipment, fertilizer, and seed.
As Hernando DeSoto pointed out in "The Mystery of Capital", every developed nation in the world at one time went through the transformation from predominantly informal, extralegal land ownership to a formal, unified legal property system that allowed people to leverage property into wealth. This has not been done in countries such as Ethiopia (Egypt is another country with little rural private land ownership).
Lack of private property rights and over-regulation and government ownership of business causes poverty. Enhancing private property rights and freedom to participate in commerce cause wealth. Even the Chinese have realized this (belatedly, after starving tens of millions of people to death with collective farming during the Great Leap Forward).
Poor people around the world are not too stupid, too lazy, or too ignorant to be entrepreneurs and productive farmers. They are simply kept from becoming rich by government. They can solve their own problems if they are allowed to.
Open specification is giving the requirements, but not necessarily a detailed plan, for a pole. (And then probably charging licensing fees when someone makes a pole using the spec; "open" is not "free".)
"Open Source" is giving someone the plans for a pole in detail, and allowing them to do whatever they want with the plans, including modification or redistribution (perhaps we could better label this "Free Hardware").
Remember, just because you get can get binaries and happen to have a compiler doesn't mean that "open source" software is anything but "detailed plans" that have to be built in order to actually do anything.
Don't think of it as a flame---it's more like an argument that does 3d6 fire damage
I have plenty of old propriety hardware they can eat.
This sort of idea actually could be applied to space colonization. Make simply constructed machines that bootstrap the construction of more complex machines that can be built using stuff on the planet you are targeting.
That brings me to an interesting point, / . is just "the ramblings of socially-inept, technology-literate news-mongers".
the other is breading and keeping people alive.
thank God the internet isn't a human right.
Your links are typical "green/leftist" propaganda.
For instance, one of the dogmas there says that "70 million Brazilians cannot afford enough to eat".
Propagating that bullshit was one of the reasons Lula was elected president in 2002. One of his campaign promises was his "Zero Hunger" program, to eradicate hunger. Much to his embarrassment after he was elected, the studies he ordered from a federal agency on how to conduct this program was that the poorest in Brazil did NOT suffer from hunger. What they found was that 30% of the Brazilian poorest actually suffered from OBESITY...
Most specifications for agricultural equipment are already known to the public. Developing nations don't have strong patent or copyright protections, so if someone wants to copy a machine, they can copy it.
The real challenge is providing the capital and education needed to implement and maintain modern agricultural methods.
So, let me get this straight.
The people at the top of the income ladder are making an ever-increasing exponent more than the people at the bottom, and the people at the bottom are now trying to do the most basic of self-subsistence activities on land that can't be plowed by two laborers yoked to a ploughshare, and we rely on people who work for free to come to the rescue of humanity?
When a politician fronting for those at the top of the income tells you that you have the individual power to make yourself successful, strap them into the yoke.
What are these machines going to run on?
Proverbs 21:19
I was considering getting myself a LifeTrac, so I looked at the design + videos in more detail. I love the modularity and the fact I can understand every single piece of the tractor and replace it myself (except the engine and the hydraulic parts). At the same time, the design seems to be very beta - the frame seems way heavier than it could be, and the way the screws are used seems wrong - it does not look very strong / durable. The fact that too much weight is on the front part, so hind wheels are raising up in the air, unless you weight them down with used car batteries - that would waste a lot of fuel. I would say that getting an old beat up tractor + maybe another one for spare parts, and learning how to fix it yourself might be the best way. The second best would be if companies stopped cramming AC and GPS navigation and god knows what into skidloaders, and instead optimized their designs for manual serviceability and ensured the equipment lasts a long time. Unfortunately, the manufacturers seem to be interested in exactly the opposite designs.
What could one do to create a small, secure, mass-produced core for a family to live in and w/ which to sustain themselves?
Imagine a portable block filled w/
- water filtration system
- sleeping areas for 4 people
- photovoltaic roof to provide energy to power everything
- system to capture rainwater from the roof and to store water (of course it arrives fully filled)
- composting toilet
- one or more glass walls which function as a greenhouse (and connections to allow such to be expanded)
- integrated tank for raising freshwater shrimp
How small could such a block be? What would be the lowest price at which it could be delivered on-site? (probably the best technique would be for it to be a metal frame which is then covered w/ locally available materials)
William
Sphinx of black quartz, judge my vow.
Right now most countries refuse American Corn and wheat unless it has been ground up int a meal or flour. Why? because Monsanto has polluted our food stream with it's copyrighted and trademarked products so completely that other countries do not want to allow the lawsuit ridden crops to ever be planted in their countries. Monsanto has sued most USA farmers out of existence that dared to plant a non Monsanto crop by claiming IP infringement when a neighbor crop cross pollinates theirs. and IF you dare to own a seed cleaner and keep part of your crop as seed, they will go after you and bankrupt you. Most other countries, including the ones that have a lot of starving people do not want this problem there. Monsanto owns the USA, they do not want them to own them as well so they refuse crops and seed from the USA.
Want to feed the world? fight for the invalidation of all patents on food crops.
Do not look at laser with remaining good eye.
I founded the Open Graphics Project. Our objective was to develop an open source graphics card. At the time, no GPU maker was releasing specs that would allow FOSS developers to write good drivers. This started in 2004, with a lot of attention and excitement. Being the sort to DO, rather than just complain, and also being a graphics chip designer, I decided that the open approach might be the solution. There were multiple slashdot articles, interviews, and a good deal of hardware design and software was developed.
It's now 2011, and you most likely have never heard of the Open Graphics Project. Also, it's 2011, and most other open hardware projects have come and gone or are just limping along.
Why is this? Because nobody wants to provide the one thing that makes or breaks an open hardware project: Money.
Building hardware costs money. Designing it is hard enough, but we got that accomplished. It took until 2009 before the OGP managed to actually build our prototype hardware in quantities that we could lend and sell, and this was because we got donations from the Linux Fund.
Why does no one put up money? Because it's (rightfully so) too much of a risk. If you could predict that one project or another would succeed, you might invest, especially if you knew that you'd get some kind of return on your investment (besides "sponsor"). But you can't make that prediction, and it's foolish for you to throw money at every fly-by-night project that comes along. And thus, open hardware projects die, except those that are backed by someone who already has money. The problem is that most of THOSE people aren't willing to "give away" their designs. Conundrum.
Some friends and I have some solutions we're working on. Watch this space for late Summer 2011. :)
I'm totally on board with the idea of kick starting an open source project to build military robots to prevent warlords from using hunger as a weapon. Hunger isn't (in most cases) an agricultural problem, it's a social & political problem.
the preceding comment is my own and in no way reflects the opinion of the Joint Chiefs of Staff
This GVCS is exactly what a colony ship would want to take along on a one-way trip to a new home away from home (be it Mars or some idyllic exoplanet). There's another partnership opportunity for them....
There is an entertaining video on this from a presentation at TED (Technology Entertainment and Design) that is only 4 minutes long. And no I've never been.
http://www.ted.com/talks/marcin_jakubowski.html
is for the village of Aroyo to send the chosen one on a quest to find the GECK ..I mean the GVCS
I would think giving people the help to be self-sustaining would be the first step in stabilizing the government
That's correct, but the resource most sorely needed by the poor all over the world is education. The only way to make a democratic regime work is by giving the people enough education to see through demagoguery. Otherwise, votes are too cheap, a new t-shirt or baseball cap is enough to buy a vote in many poor regions.
Um, I think we are forgetting something here. Throwing hardware at a problem - without understanding the problem - will not be as effective as hoped. Consider the context first - what is the environment, how much bio-diversity, is there a way to arrange things to increase fertility? Consider Haiti, a small country, where the dictator "Doc Duvalier" cut down all the trees. He didn't have to be worried about snipers in the tree tops; the unintended consequence was the arable land was washed into the ocean, beginning a cycle of poverty that continues to this day. Breaking the cycle of poverty takes insight, and small changes - composting, small bushes and shrubs to act as soil anchors, understanding how to make real wealth, and not something that is a photo op - only to rust unused.
This is progress?
Would be nice to have a standard design for Aeroponics or similar setup that scales. 6 to 7 times better output then standard gardening.. Maybe something like this design http://viewer.zoho.com/api/urlview.do?url=http://www.synergyii.com/aeroponic/VAP.pdf Vertical farming also.. This design uses the red & blue led lights but for some reason didn't use aeroponics or hydroponics... just that mud stuff ;)
http://www.youtube.com/watch?v=Ct3dK2_ksvk
Does anyone really believe that people are going hungry because of IP restrictions on 3D printers? I have nothing against open source or building cool stuff, but the idea that this stuff is practical for solving problems is just a fig leaf of respectability for people who like to play with very big toys.
Here is a group that is providing IP-free technology that is at the right scale (sub-industrial) and uses the right power source (animals, human muscle) to increase farming productivity where it is needed: http://www.tillersinternational.org/farming/tools.html
I think this is an awesome idea.
Yes, I agree with everything that people are saying. The main causes of poverty are sociological, not technological. Corruption, archaic legal systems, etc. do far more to keep people in poverty then lack of access to tractors. And yet...
Think about the possibilities of this. Create open source designs for a ton of useful industrial devices. Build up a community of people making steady improvements to them. Sure, the initial users won't be impoverished farmers in central Africa. But think of all the people in the developed world with the interest and resources to make use of this. And it can grow from there. Want to start a company to manufacture industrial equipment? Here are the detailed plans, all ready to go. This is where open source software was in the mid-80s: only useful to a handful of people, nearly all of whom lived in wealthy countries. So no, this project isn't likely to cure poverty on its own, but it can still grow into something incredibly valuable.
"I'm too busy to research this and form an educated opinion, but I do have time to tell everyone my uninformed opinion."
And where are poor nations going to get the fuel to run these machines? With borrowed funds paid to OPEC nations? Even if they can get those funds and fuels, how long will that fuel last? There are already analysts (respected from all political viewpoints) saying global peak oil is either imminent or already passed. And growing fuel is really not viable, as the Energy Returned on Energy Invested is negative.
I'm sure this effort is well intentioned, but it misses the boat. Not to mention, all the emerging research about the adverse health effects of mono-culture diets, and the devastating effects that monoculture agriculture has on the landscape. There's a reason the "Fertile Crescent" was once named that, but now bears no resemblance to its name. The good news is that there are viable techniques to feed far more people, increase health, decrease energy usage and sequester much more carbon. Just google "permaculture".
Do-gooder: Let's develop a cheap laptop so people in developing countries can educate themselves.
Critic: Those people are starving. Worry about feeding them first before you waste money on toys.
Do-gooder: Let's develop cheap agricultural technology so people in developing countries can feed themselves.
Critic: Those people are trapped in despotic regimes. Worry about freeing them first before you waste money on agriculture.
Do-gooder: Let's send peace-keeping forces in to stabilize those developing countries.
Critic: Those people are uneducated, they wouldn't know what to do with political freedom. Worry about educating them first before we waste money on regime change.
Stop worrying about what to do first and just do something. Anything.
Support Right To Repair Legislation.
http://www.youtube.com/watch?v=I25UeVXrEHQ
because locals don't have the ability to build or buy equipment.
These people don't need open source hooraw: they need good government so can own their land, keep the fruits of their labor, and not kill be slaughtered when the generals are feeling impetuous.
Display some adaptability.
For some reason I just imagined rows upon rows of "slave camps" (drone camps?) made of your blocks. No individuality, everyone packed into blocks like sardines...
Every time I start to have faith in humanity, I ruin it by driving to work between 7 and 8 am.
http://www.google.com/search?sourceid=chrome&ie=UTF-8&q=storage+container+houses
While this list is interesting, it requires an excessive amount of two commodoties: precision cut metal engines and "green friendly" fuel /energy sources and doesn't address three issues: lack of ground source water, lack of non-mosquito generating water purification, and what we could simply call the 'community cost of ownership". Because if there's not enough groundwater available, all the wells drilled by the machine simply compound a problem. If you have sufficient ground water but it is not pure, or mosquito free, you generate another set of problems. Finally, every member of the community needs to have the economic ability to participate in both the work requirement AND the benefit of large scale farming, which, to my knowledge has never been accomplished in the history of the world, including in the so called "first world".
Open source machine designs are cool. Making something work for 3,4,5,6 or ten family units on a reasonable amount of land with good clean water will do a lot more because after that it's mostly fertilizer, seed, and sun.
...Open Source isn't the only answer -- but it's almost always a better value than the alternatives...
Lubrication is necessary or this will gobble drill bits. A manual pump or squirt can and a drip tray for recycling would be good additions.
Waste oil is acceptable drilling lube, been there/done that, but it pollutes. Castor oil was used in racing long ago (the name "Castrol" is famous!) and it or similar oils could work in a pinch. They gum up though.
"This post is an artistic work of fiction and falsehood. Only a fool would take anything posted here as fact."
My thought was that such blocks would be used as the central core of a home and expanded upon outward (and surrounded by a yard w/ room for a garden, some trees strategically placed so as to maximize shade for cooling in the summer &c.
Sphinx of black quartz, judge my vow.
Depends on what you have on hand. If you have wood, you can build a gassifier. If you have oraganic waste you can make methane or biodesiel.
I want to write a book: "How to rebuild civilization" and all of these tools would go in there. I am very excited about this project and who knows, maybe these tools could become the defacto standard if the right heads are brought together! I love slashdot!
The truth is farming takes energy, distributing food takes transportation and nothing is better at storing energy than hydrocarbons. We can't just throw up our hands and say the world needs to go back to scratching in the dirt with a stick and harvesting with a sickle without effectively mandating the deaths of billions.
One of the 50 machines that the project is building is a 50kW wind turbine. Modular high-temperature solar troughs are proposed, too, along with steam generators. Another machine is a proven super-long life nickel-iron storage battery. When the research is in and the process really works, they might add equipment for converting solar-thermal to fuels, or cellulosic ethanol production, but in the meantime IC engines running petroleum are the only practical alternative to starvation. Also, the equipment being made is often far more energy efficient - take a look at the micro tractor, for instance.
On monoculture and soil health:
Their proposed 3-foot swath combine harvester will encourage small fields with a variety of different plants, narrow terracing for erosion prevention (further enabled by the earth-moving equipment) and local grain production. While they have built a rototiller that isn't good for the soil, a spading machine that has low-impact on the soil is in the works. Their seeder is designed to handle all sizes of seeds from clover to potatoes, further enabling multiculture and crop rotation.
"Is life so dear, or peace so sweet, as to be purchased at the price of chains and slavery?" - Patrick Henry
Stabilizing governments doesn't matter in the least, and open source hardware is too little too late. We are literally eating oil (fertilizer and pesticides, and to a lesser degree irrigation, the machines and transportation). We can't make enough food to feed the growing world population without oil. When we begin to run out people will starve. Followed by global chaos and wars. The first thing we need to do is cut back on burning oil so that we can eat a little longer. We are fast running out of time on this...
If you can't afford the equipment, how in the hell are you going to afford the resources to build said equipment?
Did these people bother thinking about logistics or a supply chain?
Still waiting on Serviscope_minor to wake up to fucking reality and realize that Jessica Price isn't going to fuck him.
Professional farmers in the US and other developed nations plant hybrid crop varieties which produce sterile seeds. The ones that don't (aka registered seed growers) grow crops FOR the seed companies and/or agricultural colleges. It has been this way for several decades before RoundUp Ready varieties were even grown on test plots. Since the grain is sterile, anyone attempting to plant it would be wasting their time and resources. Also, a very large percentage (if not all) of the grain leaving a grain terminal in a port is certainly NOT ground up. Doing so would reduce the ease of which it could be transported, shortening the useful lifespan as well as limiting the uses of the product. There are also several other companies involved in this market segment in addition to Monsanto. They include Syngenta Dow AgroSciences, Bayer CropScience, DuPont, as well as other smaller, regional companies.
It is clear that you (and the moderators who flagged this as Insightful) have spend more time reading/watching propaganda than gaining any actual knowledge of the topic at hand - agriculture.
Don't bite off more than you can chew.
Sometimes, solving the smaller problems makes the bigger problem themselves smaller.
I've spent the last four years developing open hardware, almost full time. This year I could even make it into my (paid) job by founding Ultimaker, an open hardware company. I'm a real believer of open source hardware. Open sourcing technologies can have a democratizing effect. Also, while it makes economic sense too, the real driver is an even more pervasive one. There's a major demand for these tools that drive a fundamental human need, autonomy. People want to create objects without being dependent on manufacturers. People want to be able to change the things they could so far only consume. When technology is open, you can hack it in all sorts of ways. When open source manufacturing tools develop, many more people can start interacting with the designs of things that they own. The physical objects that we currently use can get a major upgrade by all the new innovators that challenge the assumptions of small design teams that traditionally design items before they are produced.
Also, economically it makes sense. I'm really starting to make a living off of selling open source hardware (by selling the Ultimaker 3D printer), there are already several derivatives (search for Ultimaker on Thingiverse) of the 3D printer that we developed showing both that our design this is promising (otherwise people would not base their work on ours) and that we can access talent by seeing what people do with it and recruiting great developers from the community. A small group tends to get locked into a certain way of doing things, involving many more people is a great way to prevent this from happening.
I also did research on the economic viability of open source hardware. Within the RepRap project alone, people have been investing over half a million dollars (collectively) on innovations alone (http://thesis.erikdebruijn.nl/master/MScThesis-ErikDeBruijn-2010.pdf - PDF warning!)). The community is steadily doubling every 6 months,