Learning Outcomes
- Understand the benefits and perils of managing data on the decentralized web.
- Historical and practical hands-on understanding of the implications of the decentralized web on data sovereignty.
- Collaborative design for a protocol to express value and exchange of our data.
Materials Needed
A computer or device with Zoom installed, with camera and microphone.
Prerequisites
Session Description:
The rise of Web 2.0 platforms in the 2010s created a massive economy around our data. Culture at large is now coming into an awareness of the hegemonies that have benefited from extracting our personal data: reducing our most precious resource –our relationships –into likes and followers, as we experienced the rise of surveillance capitalism. In the shift to decentralized web, we are realigning our understanding of the value of our data and taking back ownership and sovereignty over how our data is stored, accessed and parsed.
This session will start with a brief history of the infrastructure of the world wide web, specifically with the lens of a user’s relationship to their own data. In the workshop following, we’ll cooperatively map the data we value most asking: How can we re-imagine the value of our data? What can be our data used for? How can we share it with confidence? Distribute it? Take back ownership of where is it stored and how it is monetized? How can we ensure its longevity?
During this workshop session, participants will develop answers to these questions that make sense for their creative context, as we work collaboratively to map out the data we are generating and how that data can be leveraged as IP. Our objective will be to co-design an understanding of standardized protocols for privacy, sharing, and metadata concepts that can be used to parse data across our sovereignly owned data to demonstrate our individual and collective value beyond attendance, page likes, and ROI-driven engagement rates.
Additional Resources, Citations & References:
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The History of mIRCby Jarkko Oikarinen
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BBS: The Documentary About the subculture of the Bulletin Board SystemBy Jason Scott
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One Terabyte of Kilobyte Age Preservation and restoration of websites from GeoCitiesby Olia Lialina and Dragan Espenschied on Rhizome.org
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What is mIRC? Internet Relay Chat client
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The History of Artificial Intelligenceby Rockwell Anyoha via Harvard University
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America Online (AOL)by Charles Edge The History of Computing Podcast
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Bitcoin: A Peer-to-Peer Electronic Cash Systemby Satoshi Nakamoto on Bitcoin.org
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Whatever Happened to the Semantic Web?by Sinclair Target Two-Bit History
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Mapping the Decentralized Storage Ecosystemby Marios Isaakidis, Natalie Cadranel & Chrystalleni Loizidou Prerequisite
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The Thing Historical BBS CommunityCreated by Wolfgang Staehle Published on Rhizome.org
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The First Websiteby Tim Berners-Lee
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Usenet (User's Network) Historical distributed discussion systemon Wikipedia
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A Declaration of the Independence of Cyberspaceby John Perry Barlow published on Electronic Frontier Foundation
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Sept. 24, 1979: First Online Service for Consumers Debutsby Dylan Tweney WIRED
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The birth of the Webvia CERN
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What Exactly is Web3? at Web3 Summit 2018by Juan Benet Prerequisite
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Ajax: A New Approach to Web ApplicationsJesse James Garrett
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The World Wide Web Project Web3 Reference Sheet
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The evolution of online communities and the social web The evolution of online communities and the social web
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Meshtastic Community driven and open source project for using inexpensive LoRa radios
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Getting Started With Meshtastic
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Python Meshtastic Library Sending/receiving messages on mosquitto server using python
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Python: Subscribing to MQTT topic
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Publishing with MQTT CLI
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Meshtastic MQTT Client
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Decimal to Hex Conversion
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MQTT Test Client
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Meshtastic Crash CourseMeshtastic Australia
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WisMesh Setup Guide