Can permaculture, art and new technologies co-exist in a mutually benifical relationship? This question informs one of the central critical strands of art and performance practice we promote at Rizoma. And this is the research question often driving the artists working at the Rizoma field laboratories. Outlined below are some of the technological tools and concepts we are working with.
The Hacklab does not exist in a single physical location, but instead follows the field laboratory model, where everything is portable and modular. The equipment and experiments are not contained in a single purpose room or building but distributed and embedded across our woods, gardens and buildings.
Our approach to technology follows the open hardware / software approach whenever possible - if permaculture and technology can have any meeting place it is somewhere here.
Our past and future workshops offerings are listed here alongside some documentation of some of the internal knowledge exchange sessions we have held.
In the PermaNetLab we explore permatech approaches to network infrastructure, from local off-grid file sharing intranets to webservers and IoT sensor networks for agriculture and gardening applications.
We like this low energy approach and will host a LoraWan network gateway to the community network the things network https://www.thethingsnetwork.org Currently we are experimenting with the ESP32 based Pycom LoRa nodes and sensor shields for our land/garden sensor network. These are programmable with micropython and nice but a little expensive. Next step will be a more DIY approach.
Part of our autonomous internet architecture, we run an icecast streaming server here: http://rizom.si:8000 our medium term goal is to take all of these web-services out of the cloud onto our own solar power server. Currently our web services are hosted on a virtual GNU/Linux server (Ubuntu) on Digital Ocean. Our server instance is based in London as this claims to be a 100% carbon neutral instance, GREEN as in 100% powered by renewable resources rather than LIGHT GREEN (fossil fuels with offsets, certificates etc.). However the green web foundation doesn't know/agree (GREY). It is not clear and we would like to get off these cloud services. https://www.change.org/p/sustainable-servers-by-2024
Low-energy raspberry pi server powered by solar cell and battery pack - low tech magazine https://solar.lowtechmagazine.com did a good job of this and we will host our outward-facing web site (this one) on similar infrastructure. the process is documented here.
Helping ween you off those carbon guzzling, privacy infringing google cloud services, please feel free to use our etherpad for collaborative document editing: http://pad.rizom.si
We love what our friends at https://www.hackteria.org are doing with open hardware and DIY microscopes so this definitely has to be part of our rizoma lab equipment. More info here.
Another interesting piece of open hardware soil lab equipment. Developed during the RandeLab Soil Retreat as part of the HUMUS.Sapiens research. More info here.
Photo: 2019 Knowledge exchange workshop @selo with Dr Julian Chollet from Humus Sapiens.
We support social justice in the globalised supply chains of the electronics industry.
When we next buy solder we will buy this: https://www.conrad.com/p/stannol-hs10-fair-solder-reel-sn993cu07-100-g-05-mm-1414237
The sound lab's software is all good opensource permatech, ardour, supercollider, puredata etc. There is also hardware available including a set of Genelec speakers for up to 8-channel surround sound, multichannel audio interfaces, condenser microphones, modular synthesizers, DIY synthesizers, field recording equipment. The studio is well packed in flight-cases, ready for the next adventure in Selo.
stereo, binaural, using HRTF information , four speakers arranged as a square or rectangle, six speakers arranged as a regular or irregular hexagon