Computer Aided Governance

Explore BlockScience’s Q1 2024 newsletter: legitimacy in governance, DAO challenges, knowledge networks, MycoFi design patterns, and ecosystem research in decentralized systems.

The CAG MAP is a data-driven political process. The goal is to help stakeholders understand, improve, and maintain the systems they care about.

MBID provides a powerful machine-readable framework to design & analyze institutions, & ensure adaptabillity & alignment with intended purpose.

The Governance Module Library is an open tool kit for governance, providing specifications, simulations, tuning & implementation guidelines, and use cases

Read our article: 'Introducing Neural Quorum Governance' to explore insights from BlockScience experts on this topic.

Four-Part Video Series of Academic Analyses on Generalized Dynamical Systems (GDS) a mathematical framework with applications to enforceable contracts.

Read our article: 'Evaluating the Anti-Fraud Results for Gitcoin Round 10' to explore insights from BlockScience experts on this topic.

Using complex, adaptive, dynamic, Computer-Aided Design (cadCAD) tools to simulate, test & validate design decisions introduces a critical engineering iteration loop.

Case Studies (4) of Data-Driven Decision-Making in Cybernetic Organizations w/ Computer-Aided Governance (CAG) & CAG Map model.

This blog forms Part 2 of 2, analyzing the concepts of “User Defined Organization” and “Proof-of-Usage” as proposed by Wildland.

Read our article: 'An Introduction to: “Governance as Conflict: Constitution of Shared Values Defining Future Margins of Disagreement”' to explore insig...