Research Use Case: Community Research (STS)
Primary Focus: How do communities around emerging technologies behave?
Proximal Disciplines: Sociology, Anthrolopology, Cultural Theory, Psychology, Science and Technology Studies
Example Research Questions:
- How do cryptocurrency users conceptualize the notion of ‘trust’?
- What are the major ideological divides between Bitcoiners and Ethereans?
- What attitude do Bitcoin early adopters express about the increasing acceptance of cryptocurrency by centralized banks?
Major Concepts in Play: Trustlessness, Decentralists, Cypherpunks, ‘Toxic Maximalism’
Risks to Consider:
- Highest risk of personal harm to research subjects (individualized focus)
- Difficult to gain trust/’insider status’ in these communities
- Quickly changing culture is hard for academic research cycles to keep up with
Example Project: Artemij Voskobojnikov’s UBC-based research in this space, on the conceptualizations and self-perceptions of different “generations” of cryptocurrency market entrants
Research Use Case: Law and Public Policy
Primary Focus: How do we adjust law and policy to best fit these new technologies?
Proximal Disciplines: Law, Public Policy, Accounting, Economics, History, Sociology
Example Research Questions:
- Do blockchain developers hold fiduciary responsibility?
- Should cryptocurrency be regulated as a currency, an asset, a security, or something elsea?
Major Concepts in Play: Sovereignty, Governance, Permissionlessness, Smart Contracts
Risks to Consider:
- Can be challenging to map slow-moving law and policy sectors to the “move fast and break things” speed of disruptive technology
- Participants in this ecosystem are often inherently suspicious of law and policy collaborators
Example Project: This recent Open Access paper analyzes and lays out the potential requirements for Non-Fungible Tokens utilized in relation to a genomic data platform to meet the privacy standards of the GDPR and California’s Consumer Privacy Act.
Research Use Case: Advocacy and Ethics
Primary Focus: How can we prevent the potential exploitation of these technologies to control, track, or otherwise harm populations?
Proximal Disciplines: Public Policy, Social Work, Philosophy, Non-Profit Management, Humanities
Example Research Questions:
- What are the mechanisms for transparency and accountability amongst the major public blockchains?
- What grounding principles should smart contract developers keep in mind when writing self-executing code?
- See this project
Major Concepts in Play: Game Theory, Governance, Trustlessness
Risks to Consider:
- Difficult to identify what is “the path of least harm,” especially when you are new to these complex intersecting domains
- As someone deeply engaged in this facet of research myself: it runs the highest risk of ending up in vain :/
Example Project: Jaya Klara Brekke’s Satoshi’s Oath for Developers