Urban farming and DIY — how making it yourself reclaims sovereignty over growing
From hydroponic windows to home-built farm tools — tracing how open-source and do-it-yourself culture have reshaped farming in the city
2026-07-17 · 34 min read
When people set out to grow vegetables in the city, the first wall many of them hit is the problem of tools. Planters, watering systems, stakes, compost bins — buying them costs a fair amount, and something that fits your own space and conditions exactly is hard to find. So people began to build planters from scrap wood, to rig self-watering systems from plastic bottles, and to share their drawings over the internet. This report reads that activity of 'DIY' — doing it yourself — not as a mere thrift technique but as a movement to take the tools and knowledge of farming back into one's own hands. Windowfarms, which began at a New York window; Farm Hack, which turns tool designs into a commons; FarmBot, which holds up the world's first open-source farming robot; and L'Atelier Paysan, where French farmers build their own machines — through these four cases we consider why 'making' can become a central theme of urban agriculture. Behind it lies a lineage of thought stretching back more than half a century: appropriate technology and technical sovereignty.
Overview
Farming that begins with making
Urban farming is often spoken of as the problem of 'how to grow in a place with no soil.' Rooftops, balconies, indoors, vacant lots — there is no neatly prepared soil as in a field, nor the tools a farming family has handed down over generations. Precisely for that reason, someone who sets out to grow in the city must begin by preparing the 'apparatus for growing' themselves. Some buy a ready-made home-garden kit, but within a limited budget and the peculiar conditions of a particular place, many end up 'making' something from materials close at hand. Plastic bottles and styrofoam boxes, scrap pallets, PVC pipe — the sites of urban farming are lined with a surprising number of self-built tools.
To dismiss this act of 'making it yourself' as simply 'because there is no money' is to miss an important side of urban farming. In the process of making, a person comes to understand the mechanism of the system they grow with. They learn in the body how water circulates, where nutrients come from, and why a plant withers. Further, they convey a successful contrivance to others in photographs and drawings, and take in others' improvements — and as such sharing accumulates, a single tool ceases to be one person's possession and becomes a 'commons of knowledge' that everyone cultivates. What this report follows is the story of how far this culture of self-building and sharing has pushed the farming of the city.
The question
Is DIY just about doing it cheaply?
The word DIY inevitably carries an echo of 'a cheap makeshift.' It is true that keeping costs down is a great advantage. But if we shrink the meaning of DIY in urban farming to 'thrift' alone, we cannot explain why engineers and even farmers around the world join this movement. What many of them speak of is the word 'sovereignty.' Like seed, soil and water, the tools of farming too — once held by a particular company or patent — leave the grower no choice but to obey those terms. Conversely, if the design of a tool is made open, so that anyone can build, repair and improve it, then the grower can control their own farming themselves.
This way of thinking has a long prehistory. In the 1970s the economist E. F. Schumacher, in his book 'Small Is Beautiful' (1973), argued for the importance not of huge, centralised technology but of 'appropriate technology' that people can handle themselves and that is rooted in a locality. The self-build culture that spread around the same time, and the later maker movement, carried this thought forward into the practice of making tools. The DIY of urban farming appeared as part of that larger current. In the chapters that follow, we trace — through four cases — what concrete tools and organisations this thinking actually produced.
Sources & further reading
- Wikipedia, 'FarmBot' — started 2011 by Rory Aronson at Cal Poly; world's first open-source CNC farming machine; Shuttleworth grant (2014); Genesis pre-orders (2016); OpenFarm
- Wikipedia, 'Windowfarm' — Britta Riley's open-source vertical hydroponic window farm and its crowdsourced ('R&D-I-Y') development
- FAO — 'Farm Hack: Farm-to-farmer innovation: open source and creative commons'
- Farm Hack — official site and open tool library (community-built, wiki-format documentation of farm tools)
- L'Atelier Paysan — English pages (self-build cooperative of open-source farm tools; 2009 origins, cooperative from 2014; training courses)
- Shuttleworth Foundation — 'Rory Aronson: Cultivating FarmBot' (full-time from 2014, open-source hardware ethos)
- TED — Britta Riley, 'A garden in my apartment' (Windowfarms and R&D-I-Y crowdsourced development)
- Wikipedia, 'Small Is Beautiful' (E. F. Schumacher, 1973) — the concept of appropriate technology
- Kratky method — Wikipedia (passive, non-circulating hydroponics; B. Kratky, University of Hawaii, 2009)
- Keyhole garden — Wikipedia (Lesotho origin; raised bed with central compost basket)
- A Feasibility and Preliminary Impact Assessment of a Sack Garden Intervention in Kibera, Nairobi — Current Developments in Nutrition (2022)
- Chromated Arsenicals (CCA) — U.S. Environmental Protection Agency
Everything above is free to read.
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