Luna Swarm - Modelling the 1Hive Ecosystem in cadCAD
The Luna Swarm is a collaboration of individuals and organizations that seek to rigorously model the 1Hive ecosystem in cadCAD, providing tools for operational decision support with future design and governance decisions.
This post lays out a [work-in-progress] roadmap of features to build on & improve the initial cadCAD Conviction Voting model, and modeling other features, mechanisms and subsystems specific to 1Hive and the Gardens Swarm smart contract template.
Expected duration or delivery date (if applicable):
This will be an ongoing initiative, with model iterations prioritized by the 1Hive community. This initial proposal aims to fund 1-3 months of work, and subsequent proposals may request more funding to continue modeling work.
How does this help Token Engineers and benefit the Token Engineering community?
Using complex systems engineering and rigorous data science methodology, the 1Hive ecosystem can be iteratively modeled to provide Computer-Aided Governance to empower the 1Hive organization using cadCAD.
cadCAD is a complex systems design methodology, and a Python package that assists in the processes of designing, testing and validating complex systems through simulation, with support for Monte Carlo methods, A/B testing and parameter sweeps.
Team Information (For Funding Proposals)
Skills and previous experience in related or similar work:
Past work modelling related systems include:
Grassroots Economics CICs: https://gitlab.com/grassrootseconomics/cic-modeling
Conviction Voting: https://github.com/1Hive/conviction-voting-cadcad
Risk-Adjusted Bonding Curves: https://github.com/BlockScience/Risk-Adjusted-Bonding-Curves
Funding Information (For Funding Proposals)
Amount of tokens requested:
Ethereum address where funds shall be transferred:
More detailed description of how funds will be handled and used:
Funds will be held in the Luna Aragon DAO and allocated per hours spent by contributors.