Welcome everyone to a guide on exploring new off-grid solutions for Cardano node deployment. The vision behind off-grid solutions like this is to encourage and allow for greater decentralization.
Focus on Decentralization: As with any Cardano node deployment there are many elements to manage. For this guide we are starting with an existing Node setup using Raspberry Pi's and focusing on the enclosure and hardware to support this with the primary focus on decentralization from electrical grid needs.
Naturally you should expect to manage tradeoffs with this approach, which we will make note of.
Welcome to the experiment!
This guide is a work in progress (WIP) starting March 4th, 2020 -- TBD as a funded project from Catalyst Fund 7. Please share and discuss improvements that can be made!
Who this guide is for:
Tinkerers who want to improve Cardano's decentralization.
Makers who are looking to understand the nuances for Cardano node power requirements
Students and Teachers looking for a hands on project to learn about Cardano
Remote towns or villages without access to cloud computing services
Hackers (the good kind) & developers who want to build bare metal and off grid
Fans of Solar power! 🌤️
This guide is not
Setting up a Cardano Node (although resources are linked)
Designed to meet your local supply chain availability (use it as core principles)
Roadmap to v1 of this Guide:
Onboarding and Catalyst Funds distribution
Finalize v1 Off Grid Node
Prototype Enclosure with Pi deployed
Updated Raspberry Pi materials list used - from Armada Alliance's guide.
Node Enclosure materials list
Design Overview Document
Pi Node Setup
Node & Enclosure Deployed
Edited & Uploaded to YouTube
Define Data to record
Automated export to csv and upload to Github
Project Final Report via Catalyst Town Hall & Blog Post Recap