Researchers in Singapore design new ‘more efficient’ DAO scheme
A team of researchers at the Singapore University of Social Sciences recently conducted an appraisal of existing decentralized autonomous organization (DAO) voting schemes to determine which was most efficient.
The researchers ultimately concluded that existing popular voting schemes each had their drawbacks and advantages and that a new paradigm combining what they considered to be the best features of each would be “more efficient” than the status quo.
Dubbed “Voting Schemes in DAO Governance,” the team’s paper analyzes eight current techniques for DAO governance and assesses their perceived strengths and weaknesses.
The techniques reviewed include: token-based quorum voting, quadratic voting, weighted and reputation-based voting, knowledge-extractable voting, multisig voting, holographic consensus, conviction voting, and rage quitting voting.
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Each voting scheme was rated according to five vectors comprising efficiency (proposal selection and approval speed), fairness (with respect to voter equality), scalability (ability to adjust storage/computation/communications according to the number of voters), robustness (resilience against attacks and collusion), and incentive schemes (whether the design motivates voter behavior).
The “holographic consensus” scheme received the highest aggregate ratings with “high” marks in all but the “robustness” category.
Once the analysis was complete, the researchers set out to create “a hypothetical voting mechanism for a purely decentralized and permissionless DAO governance.” To accomplish this, they designed the scheme to accelerate conviction voting with a “holographic mechanism.” Per the study:
This method would
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