Session 4.3 - DAOhaus & Colony

Apply DAO platforms for governance

Module 4 45 minutes

Learning Objectives

Understand DAOhaus platform architecture and features
Explore Colony's reputation-based governance model
Compare different DAO platform approaches
Apply DAO platforms for practical governance scenarios
Evaluate platform selection criteria for different use cases

DAOhaus Platform

Moloch Framework

DAOhaus is built on the Moloch framework, designed for simple, secure, and effective DAO governance with a focus on funding and resource allocation.

Core Features

Rage Quit: Members can exit with proportional assets
Proposal System: Funding and membership proposals
Guild Kick: Remove inactive or malicious members
Shares & Loot: Voting power and economic rights
Sponsorship: Proposal validation mechanism

Security Model

Minimal Attack Surface: Simple, audited contracts
Economic Security: Skin in the game
Gradual Consensus: Time-delayed execution
Exit Rights: Protection against governance attacks
Proposal Bonds: Spam prevention

DAOhaus Use Cases

Investment DAOs

Pool capital for collective investment decisions with clear exit mechanisms.

Grant DAOs

Distribute funding to projects and initiatives through community governance.

Service DAOs

Coordinate service provision with reputation-based membership.

Colony Platform

Reputation-Based Governance

Colony uses a reputation system where influence is earned through contributions rather than purchased with tokens.

Reputation System

Earned Influence: Reputation through contributions
Domain-Specific: Expertise in different areas
Decay Mechanism: Reputation decreases over time
Non-Transferable: Cannot be bought or sold
Objective Metrics: Based on completed work

Organizational Structure

Domains: Specialized organizational units
Skills: Tagged expertise areas
Teams: Working groups within domains
Permissions: Role-based access control
Hierarchy: Nested organizational structure

Platform Comparison

Aspect	DAOhaus (Moloch)	Colony
Governance Model	Token-weighted voting	Reputation-based influence
Primary Use Case	Funding and investment decisions	Work coordination and management
Member Exit	Rage quit with assets	Reputation decay over time
Decision Speed	Slower (security focused)	Faster (efficiency focused)
Complexity	Simple, minimal features	Complex, feature-rich
Best For	Investment clubs, grant programs	Development teams, service organizations

Implementation Examples

DAOhaus Setup Process

1. DAO Summoning

Define DAO parameters (voting period, grace period)
Set initial membership and shares
Configure proposal deposit requirements
Deploy DAO contracts

2. Governance Operations

Submit funding proposals
Sponsor and vote on proposals
Execute approved proposals
Manage member onboarding/offboarding

Colony Workflow

1. Colony Creation

Deploy colony contracts
Set up domains and skills
Define initial permissions
Configure reputation parameters

2. Work Coordination

Create tasks with budgets
Assign work to contributors
Review and approve deliverables
Distribute payments and reputation

Success Stories

DAOhaus Examples

MetaCartel: Ecosystem funding DAO
Raid Guild: Development services collective
Venture DAO: Investment syndicate
HausDAO: Platform governance DAO

Colony Examples

1Hive: Community currency project
dxDAO: Decentralized trading protocol
Colony Network: Self-governance
Various Dev Teams: Software development

Summary

Key Takeaways

DAOhaus provides simple, secure governance focused on funding decisions
Colony offers sophisticated work coordination with reputation-based governance
Platform choice depends on use case: funding vs. work coordination
Both platforms address different aspects of decentralized organization
Success depends on proper setup and community engagement

What's Next?

Next, we'll explore Hyperledger Fabric Architecture for enterprise blockchain solutions.

Next: Hyperledger Fabric Previous: DAO Concepts Back to Course Home