CLAY PCB

We challenge conventional PCB economies through feminist hacking lenses, prioritising sentient, low-impact, non-toxic, fair-traded, and recycled production methods.

It is an open secret that the hardware in our smart devices contains not only plastics but also conflict minerals like tin, silver and gold. We investigated alternative hardware from locally sourced materials, so-called ethical hardware, to develop and speculate upon renewable practices for the benefit of both nature and humans. To decolonise technology we had to go beyond demystifying the black box, and dive deeper into understanding the basic elements these circuits and chips are made of. This journey took us virtually to many places, from gold mines in Indonesia to upcycle workshops in Cuba and e-waste landfills in Ghana.

We aimed to challenge the common PCB economies in an artistic, creative, positive and responsible way applying feminist hacking as an artistic methodology and critical framework.

We came up with rules or standards for Feminist Hardware that worked as a starting point to explore practices of resistance against current forms of exploitation and extraction for hardware production:

Feminist hardware is developed:

Without mining in harmful ways

Environmentally friendly

Under fair working conditions

Manufactured from widespread available materials

Without generating e-waste

With love and care

Our Clay PCB is not made of plastic but instead clay collected from the forest in Austria that was carefully prepared and modeled in a shape of a tile with an imprinted circuit, and later fired with wood in the nature. Our conductive tracks use urban-mined silver and all components are re-used from old electronic devices. The microcontroller is a tool for artistic and creative practice that can compute different inputs and outputs and is totally open source. Our PCB is built in a slow, local, decentralised and transparent way encouraging peaceful coexistence instead of capitalist exploitation.

Further instructions for Programming and soldering the components, 3D printing files, code are free access in our GitHub