How to Start a SubDAO?

1. Configure subDAO Characteristics

Initial Set-up:

• Name / ID

  • Assign a name (e.g. “SightingDAO”) and generate a unique identifier (e.g., “UAP001”) for easy recognition and management within the platform.

• Bio (description)

  • Clarify the goals of subDAO. Examples could be filming a documentary on the history of UFO sighting, or building an interactive UFO sighting timeline website.

• Set up Milestones.

  • Raised funds can only be unlocked once achieving certain milestones. The milestones proposal would be sent to E.T. DAO for approval.

Details Set-up:

• Define DAO rules

  • Token-Based Governance: Voting power directly proportional to the number of tokens a member holds.

  • Snapshot Voting

    • Off-Chain Voting for Efficiency:

      Snapshot voting is an off-chain voting mechanism that allows for low-cost, efficient voting, where each member's voting power is determined by the number of tokens they hold at a specific snapshot in time. The results of snapshot votes are non-binding, serving as a guideline for future on-chain actions.

    • Example: In a subDAO, a proposal to allocate resources for a new project might be voted on via Snapshot, allowing members to cast their votes without incurring on-chain transaction fees. Once the proposal gains enough support, it could then be moved on-chain for execution. This model assigns specific voting rights and responsibilities based on roles within the DAO. Each role, such as "Governance Moderator," "Researcher," or "Treasurer," would have predefined voting power and responsibilities in the governance structure.

• DAO Agents & DAO-Specific Role

  • Role-Based Governance with Defined Voting Rights: Assigns specific voting rights and responsibilities based on roles within the DAO. Each role, such as "Governance Moderator," "Researcher," or "Treasurer," would have predefined voting power and responsibilities in the governance structure.

  • Example: A subDAO might assign voting rights in such a way that only "Governance Moderators" can vote on structural amendments, while "Treasurers" have decision-making power over financial matters like fund distribution or budget approval.

• Automated Governance with E.T. OS

  • Self-Executing Governance: Governance decisions can be made entirely by E.T. OS Agents. Once the conditions of the contract are met (e.g., quorum reached, voting results validated), the contract executes the decision automatically without human intervention.

  • Example: If a proposal passes to allocate funds for a research subject, the agents will automatically release the specified funds to the designated project wallet.

Data Sources (optional):

• UAP Sighting Reports Database

  • Integrates various global UAP sighting platforms, such as MUFON (Mutual UFO Network), to gather real-time UAP sightings, including relevant details like time, location, witness descriptions, and accompanying evidence.

• Astronomical Observation Data Platforms

  • Connects with professional astronomical institutions’ databases to obtain information on celestial phenomena that may be related to UAP sightings, such as unusual movements of astronomical objects or unexplained light sources.

• Scientific Literature Databases

  • Provides access to academic journal repositories, compiling the latest research findings and theoretical contributions in the UAP field, thereby offering members a solid base of professional knowledge and research references.

• Social Media Platforms

  • Monitors discussions, posts, and shared content related to UAPs on platforms like Twitter, Facebook, and Reddit. This helps gauge public interest and sentiment toward UAP phenomena and identify potential leads or new cases for further exploration.

• E.T. OS Vector Database

Agent Configuration

• Vector Database Agent

  1. Automatically collects public UAP/Aliens-related data from various sources, performs initial screening and sorting, and eliminates duplicates and invalid information.

  2. Provides a data upload interface for members to manually upload UAP materials they have collected, such as photos, videos, and text records.

  3. Stores collected data in categorized formats based on time, location, type (e.g., sighting, images, radar signals), facilitating future queries and analysis.

• UAP Data Analysis Agent

  1. Utilizes data analysis tools to statistically analyze UAP data, such as spatiotemporal distribution and characteristic frequencies of UAP sightings.

  2. Performs data mining to uncover potential patterns and correlations, such as the relationship between UAP appearances and specific geographic or astronomical phenomena.

  3. Generates visual data analysis reports, such as charts and maps, to present the characteristics and trends of UAP data clearly for members and researchers.

• Community Engagement Agent

  1. Can be prompted to autonomously organize online and off-line UAP-themed events, such as online lectures, offline observation events, and UAP-themed meetups, with functions for event registration and feedback.

  2. Establishes a member points system and leaderboard, rewarding active members (based on post quantity, participation in events, providing valuable data, etc.) to encourage community engagement.

  3. Agents can also autonomously interact with the community and answer user questions.

• Project Management Agent

  1. Provides project templates and process management, including planning, task allocation, progress tracking to ensure the smooth operation and transparency of projects.

  2. Manages project funds, records project budgets, expenses, and income, integrates with financial systems to ensure transparent and responsible fund allocation.

  3. Ensures that funds are unlocked only when pre-designated milestones are achieved.

Accounts

• Creates wallet for the subDAO

• Ensures that funds are unlocked only when pre-designated milestones are achieved.

• Establishes account management, with the admin having full operational authority (if the subDAO voted to delegate power) and define access for different contributors/holders.

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2. Create subDAO and Deploy Agents

Submission

• Request to E.T. DAO. The platform then performs comprehensive checks, verifying factors such as the uniqueness of the chosen name, compliance of the description, validity of data source links, and completeness of agent configurations.

• Smart Contract Deployment.

• Account and Wallet Initialization

Agent Creation and Configuration

• E.T. DAO create a dedicated DAO Agent for subDAO, recognizing its particular characteristics and needs.

• Permissions and Functionalities The DAO Agent is configured with the authority and functionality to manage every aspect of UAPDAO’s activities, including proposal initiation & review, member management, fund monitoring and agent coordination.

• Smart Contract Integration The agent is tightly integrated with subDAO’s smart contract, guaranteeing that all actions taken by the DAO Agent align with subDAO’s rules and serve the interests of its members.

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3. Initiates E.T. OS

Functional Module Selection

• Enhanced UAP Data Analysis Module

• UAP Event Prediction Module

• External Expert Resource Integration Module

Data Interface Configuration

• E.T. OS Internal Data Integration

• External UAP Research Databases

• Real-time data-collection interfaces(social media)

Permissions and Security Settings

• Access Control

• Operation Logging

• Real-time data-collection interfaces(social media)

Launching E.T. OS and Integration

• Coordinator Agent sends configuration details to the E.T. OS, which initializes corresponding agent instances and launches services accordingly.

• Ongoing Services.