DAO-ENGVOT is a terminal-based constitutional voting engine designed to simulate structured DAO governance mechanisms.

This project demonstrates a clean CLI governance workflow including proposal creation, vote execution, finalization logic, and proposal state tracking.

Built as a modular fork within the Intercom ecosystem.

• 🗳 Proposal Creation System
• ✅ Yes / No Voting Mechanism
• 📊 Real-time Vote Percentage Calculation
• 🔒 Proposal Finalization Logic (Approved / Rejected)
• 📜 Status Tracking (Active / Approved / Rejected)
• 🧭 Vertical Command Governance Layout
• 🧱 Clean Constitutional CLI Structure

1. propose → Create new governance proposal
2. vote → Cast YES / NO vote
3. finalize → Close voting & determine outcome
4. list → Display proposal dashboard
5. exit → Shutdown governance engine

Preview of DAO-ENGVOT running in CLI:

This preview demonstrates:

• Constitutional engine header layout
• Governance command structure
• Vertical command arrangement
• Proposal lifecycle system
• Clean DAO shutdown behavior

• Node.js ES Module Environment
• Readline-based CLI Interaction
• Crypto-based Proposal ID Generator
• In-memory Proposal State Management
• Vote Calculation Engine
• Dynamic Status Resolution Logic

Each proposal contains:

• Unique ID
• Title
• YES votes counter
• NO votes counter
• Status flag (ACTIVE / APPROVED / REJECTED)

Vote percentages are calculated dynamically during rendering.

Clone repository:

git clone https://github.com/anerto/dao-engvot.git
cd dao-engvot

Install dependencies:

npm install

Run engine:

node index.js

dao-engvot/
│
├── index.js
├── package.json
├── README.md
├── SKILL.md
└── proof/
    └── dashboard-voting.jpg

This repository is a customized fork implementation inspired by the Intercom stack framework.

It extends the reference logic into a structured DAO governance simulation engine.

DAO-ENGVOT follows a simplified constitutional voting logic:

• Equal vote weight per participant
• Binary decision model (YES / NO)
• Majority-based approval
• Immutable finalization state

Designed for simulation and educational governance modeling.

• DAO Governance Simulation
• CLI Governance Demo
• Proposal Lifecycle Modeling
• Voting System Architecture Example
• Intercom Ecosystem Contribution

This project is released under an open governance simulation license.

You are free to use, modify, and extend this engine for educational or experimental DAO infrastructure purposes.

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Constitutional Structure • Transparent Voting • Modular Governance Engine