Earthlings Coin: Complete Documentation

On the Nature of Earthlings Coin: Earthlings Coin represents a utility token of the Earthlings People ecosystem — a foundational element of an economic and financial system that enables Earthlings to fully realize their potential and provide for themselves materially. EC functions as a digital coordination instrument that connects participation, contribution, and service access into a unified economic architecture. Unlike traditional currencies tied to sovereign states or speculative cryptocurrencies focused on market capitalization, EC is created for a specific purpose: to ensure transparent tracking of Earthlings' contributions to common infrastructure development, provide utility access to ecosystem services, and create a sustainable foundation for decentralized resource management. This is a real economic system built on principles of fair distribution and correspondence between contribution and reward.

Evolutionary Development Path: In the early stage, Earthlings Coin functions exclusively within the Earthlings ecosystem — as a means of participation in cells, DAO, and digital services, as a mechanism for coordinating initiatives, and as an instrument for internal fund distribution. As the Earthlings population grows, utility functions expand, and the ecosystem's economic layer strengthens, EC may gain market liquidity through listing on decentralized and centralized exchanges, subject to compliance with applicable legislation. However, market value is not a goal in itself — it is viewed as a natural consequence of ecosystem maturity and utility, not as a starting point of design.

Design Philosophy: The architecture of Earthlings Coin is based on a fundamental separation of economic and political influence. The token does not grant additional votes in the DAO — governance remains with the principle of "one Earthling = one vote" regardless of EC holdings. This means that token accumulation does not convert into control over other participants. EC emission and distribution are tied to real contribution — implementation of initiatives within cells, creation of products and services, infrastructure development, production of educational content and other values for the ecosystem. External capital alone provides no advantages in token acquisition: participation is more valuable than initial capital. All emission parameters, distribution mechanisms, and governance rules are published openly and subject to blockchain verification, creating a transparent system free from hidden privileges.

Document Structure: The document consists of three parts. Part I reveals the conceptual foundation — the token's role in the ecosystem, design principles, emission and distribution model, utility use cases, integration with DAO and cells, market evolution prospects, privacy and regulatory compliance issues. Part II contains technical specifications — whitepaper of target utility architecture, detailed token parameters, tokenomics with vesting schedules, treasury management policy, risk matrix, security requirements, and listing readiness criteria. Part III presents appendices and additional specifications — indicative economic model, legal architecture, utility service pricing mechanisms, liquidity strategy, and smart contract technical specification.

SECTION 01

Introduction: Why Earthlings Coin

Earthlings Coin (hereinafter — EC) is a component of economic coordination within the Earthlings People ecosystem. Its role is not to replace trust and social connections, but to complement them with a sustainable instrument for accounting and measuring contribution, work, rewards, and collective decisions.

The Problem EC Solves

Traditional currencies are tied to sovereign states, digital payment systems are controlled by corporations, and cryptocurrencies often turn into speculative assets. Earthlings need their own internal unit of exchange that will remain under ecosystem control and will not be exploited by external participants.

What EC Provides to Participants

measurable economic footprint (work, contribution, participation);
access to ecosystem utility services;
participation in funds and collective resource allocation decisions;
transparent reward mechanism without intermediaries.

"EC is an instrument for creating abundance through coordination and participation in the Earthlings ecosystem."

SECTION 02

Core Design Principles

The Earthlings Coin architecture is based on several key principles that distinguish it from typical cryptocurrency projects.

1. Utility Over Price

EC success is measured not by market capitalization or dollar price, but by how well the token helps coordinate real work, initiatives, and services of Earthlings. If utility works stably, this matters more than any market fluctuations.

2. Separation of Functions

DAO governance decisions, SBT identity of participants, and the economic layer (EC) are three separate axes that should not merge. EC does not determine who has voting rights; SBT does not depend on economic contribution.

3. Transparency and Verifiability

All key EC parameters — emission, distribution, usage rules, multisig composition, vesting — are published openly and verifiable through blockchain. Hidden mechanisms or opaque pools contradict the Earthlings spirit.

4. Concentration Restraint

Vesting mechanisms, grant caps, deliberation in cells before resource allocation — all of this reduces the risk of EC monopolization by individual groups or participants.

5. Compliance-Ready Approach

EC is designed to adapt to regulatory requirements of various jurisdictions. This does not mean abandoning decentralization, but it does mean readiness to integrate KYC/AML where necessary for legal operation.

6. Security and Resilience

Technical solutions undergo independent audits. Critical operations are protected by multisigs and timelocks. The ecosystem prepares for incidents and has response plans.

Key Principle: Earthlings Coin is created to serve the Earthlings ecosystem, not to create an ecosystem around the token. The token is a tool, not a goal.

SECTION 03

Emission and Distribution

The EC emission and distribution model is designed to avoid early dumping, ensure fair distribution, and maintain long-term ecosystem sustainability.

Basic Structure

General Approach

fixed or managed-limited total supply (to be specified before launch);
phased token unlocking through vesting contracts;
public on-chain visibility of all major allocations;
prohibition of hidden premines or secret reserves.

Conditional Distribution Categories

ecosystem development fund (infrastructure, security, key services);
cell and initiative funds (pilots, prototypes, research);
participant rewards (for contribution, code, expertise, training, content);
reserves for partnerships and programs (universities, NGOs, research centers);
liquidity (if and when created) — according to a separate public policy.

Vesting Principle

Shares associated with founders, team, and early partners are unlocked gradually (e.g., 4-year vesting with 1-year cliff). Specific terms and rules are published before distribution launches and are fixed in immutable contracts or tables.

Detailed percentages, exact vesting terms, and contract addresses will be published in a separate "Token Spec" document after parameter finalization. This describes the general logic, not specific figures.

SECTION 04

Utility Use Cases

EC does not exist in a vacuum. Its application is determined by the specific needs of the Earthlings ecosystem.

1. Access to Services

computational resources (servers, GPU time for data processing, machine learning);
data storage (distributed storage, initiative archives);
access to expert consultations, AI assistants, analytical tools;
participation in Earthlings idea platforms, expertise, and mentoring programs.

2. Project Work and Rewards

cell participants receive EC for completing work, developing modules, creating content;
reward size is determined through DAO procedures and expert evaluation;
tokens are tied to results (deliverable), not time spent;
everything is public: who, for what, and how much received — recorded on-chain.

3. Funds and Collective Decisions

formation of targeted funds (environmental, educational, social, technological);
collective selection of initiatives receiving support from these funds;
transparent reporting: who, how much, and for what received, with linkage to results.

4. Experimental Models

research on links between incentives and collective behavior;
pilot initiatives on alternative economic models (time, contribution, impact);
experiments with hybrid models where EC integrates with other Web3 systems in a research format.

Internal EC use is not a "preparatory" stage before exchange listing, but an independent layer of participation economy. Even without an external price, the token makes sense if the Earthlings ecosystem creates real services, initiatives, and tools.

SECTION 05

Earthlings Coin, DAO, Cells, and SBT Identity

EC is integrated into the Earthlings DAO architecture, the cell system, and the biometrically verified identity model (SBT tokens), but does not dominate them. It complements these layers by providing the economic layer.

DAO and Voting

DAO voting is based on the "one Earthling — one vote" principle, tied to SBT identity;
EC does not grant additional votes and is not used as vote "weight";
the token may be used as an engagement signal (e.g., staking for participation in certain procedures), but without becoming a source of governance influence;
decisions about token parameters are made by the DAO, but within regulatory constraints.

Cells and Projects

initiative cells can receive EC from ecosystem funds for initiative implementation;
professional cells can receive rewards for expertise, support, and initiative audits;
participant contributions are recorded in combination: SBT (identity) + EC (economic footprint);
after initiative completion, tokens allow viewing the real picture of participation and contribution across the entire system.

EC strengthens DAO and cells but does not replace them. Identity, voice, and economic footprint are three different axes of the Earthlings system that should not merge into a single point of control.

SECTION 06

Earthlings Coin Market Entry Perspective

The prospect of EC appearing on decentralized (DEX) and centralized (CEX) exchanges is an important part of the Earthlings vision, but not its starting point. First — ecosystem and utility value, then — market evolution, if justified.

Stage 1. Internal Economy

At this stage, the token is used exclusively within the Earthlings ecosystem: for initiatives, cells, services, funds. Basic mechanisms of emission, distribution, security, and user experience are tested. Technical and methodological audits are conducted.

Stage 2. Limited Liquidity

Limited exchange mechanisms may be launched within strictly regulated scenarios: pilot integrations with Web3 protocols, internal service markets, experimental models. Each scenario undergoes legal review and DAO approval.

Stage 3. Exchange Listing

Upon ecosystem maturity and exchange interest, EC may be submitted for listing on DEX and CEX, complying with AML/KYC requirements and regulations of relevant jurisdictions. Listing is considered an opportunity, not a promise.

The key wording is: EC may gain exchange liquidity in the future subject to compliance with all requirements and real ecosystem value, but this is not a guaranteed or promised outcome. Listing decisions are made by independent exchanges and the market, not solely by the Earthlings People.

SECTION 07

Privacy, KYC, and Regulatory Compliance

EC is integrated into the overall Earthlings privacy and identity policy. This is especially important for potential interaction with external financial and exchange structures.

On-chain and Off-chain Layers

on-chain EC transactions are stored in a distributed ledger in pseudonymous form;
off-chain KYC/AML procedures (when necessary) are performed by licensed providers;
Earthlings People does not store raw biometric data and document scans: the Earthlings verification system processes only mathematical templates in real time without storing original images;
analytics systems use aggregated and anonymized data, minimizing participant privacy risks.

Participant Rights and Limitations

participants may request access, correction, or deletion of personal data for which the Earthlings People is the controller;
biometric data is processed by the Earthlings proprietary verification system and is not retained after verification is complete;
blockchain records are by definition immutable, but their use in interfaces and analytics is subject to privacy and data minimization principles;
EC infrastructure should not be used for covert tracking of Earthlings behavior outside the Earthlings ecosystem context.

The entire EC architecture is designed with preservation of human dignity and the right to privacy in mind. The economic layer should not become an instrument of covert surveillance.

SECTION 08

What Earthlings Coin Is NOT

Documentary clarity is essential for protection against false expectations and legal risks. EC deliberately excludes a number of promises and roles:

Not an Investment Product

Earthlings Coin makes no promises regarding future value, dividends, or guaranteed liquidity. Any attempts to interpret EC as a "security" contradict its nature.

Not a Means of Payment for Labor (Yet)

EC does not replace salaries and official forms of employment compensation at the current stage of development. After market liquidity emerges, EC may be used as a payment method where local legislation permits. However, this does not negate the need to comply with labor laws in commercial activities.

Not a Governance Right Through Tokens

EC does not buy votes in the DAO. Holding more EC does not increase a participant's weight in governance. DAO voting is based on the principle of "one Earthling — one vote" and is tied to SBT identity, not token balance.

Not a Speculative Asset

The system is not optimized for maximizing EC price. If market liquidity emerges, it will be a side effect of ecosystem development, not a design goal. Speculative trading is not encouraged and is not the primary use case.

SECTION 09

Model Limitations and Disclaimer

At the time of this document's preparation, EC is in the concept stage. The Earthlings People ecosystem is actively developing but has not yet completed the full path of technical, economic, and legal validation.

What Is Important to Understand

the described architecture does not guarantee success or sustainable token price — it only sets a logically consistent framework;
any forecasts about possible future EC value are scenarios and hypotheses, not promises;
participation in Earthlings initiatives and receiving EC does not replace labor legislation, social security systems, or government guarantees;
in case of conflict between internal decisions (DAO, token rules) and national law, the laws of the relevant country take precedence.

Legal Notice

this text is informational and conceptual in nature and does not constitute legal, financial, or investment advice;
EC is not offered here as an investment object and is not accompanied by any promise of income;
specific token implementation in individual jurisdictions will be adapted to local regulations and may differ from the base model;
details will be additionally set forth in legally vetted documents: terms of use, privacy policies, provider agreements, etc.

SECTION 10

Whitepaper: Target Utility Architecture

EC is a utility token for the internal participation economy of the Earthlings People ecosystem. Its purpose is to make participation measurable, services accessible, and internal resources coordinable.

Specific Utility Scenarios with Price Examples

Access to Services

AI assistant: 10 EC per 1 hour of work
GPU computing: 50 EC per 10 hours
Cloud storage: 5 EC per 100 GB/month
Analytical tools: 20 EC/month subscription

Cell Rewards

Educational course (development): 5,000 EC
Technical module (code): 8,000 EC
Research report: 3,000 EC
Expert consultation: 500 EC/hour

Project Funding

Environmental initiative: up to 50,000 EC
Social initiative: up to 30,000 EC
Research: up to 75,000 EC
Proof of concept: up to 15,000 EC

Anti-spam Mechanisms

Proposal submission: 100 EC stake (returned upon acceptance)
Cell registration: 500 EC deposit
Dispute resolution: 200 EC collateral

Integration with SBT Passports

Two-Level Architecture

Level 1 – Governance (SBT): SBT passport confirms identity through biometrics. One person = one SBT = one vote in DAO governance decisions. SBT is non-transferable (soulbound).

Level 2 – Economic (EC): EC measures economic contribution and is used for utility. EC quantity does NOT affect governance weight. EC is transferable.

Protection: SBT prevents Sybil attacks (impossible to create fake accounts). The cell system and deliberation prevent plutocracy (wealth ≠ power).

Resource Distribution Mechanism

Voting Through SBT Identity

For distributing funds between projects, voting through SBT identity is used: one person = one vote.

Additional protection mechanisms:

Grant size caps: maximum 10,000 EC per project under standard voting; large-scale funding exceeding 100,000 EC is governed by a qualified majority (67%) as per the Charter
Milestone-based unlock: funds are unlocked gradually as milestones are completed
Deliberation in cells: discussion and expert evaluation before voting
Public reporting: all decisions and their justifications are published

Application: Only for economic decisions (fund distribution). NOT applied to DAO governance decisions (where the same "one person = one vote" system applies).

Key Boundary: Economic footprint (token) and governance right (SBT identity, "one Earthling — one vote" principle) are different levels. Token quantity does not convert into political influence.

SECTION 11

Token Spec: Technical Parameters

Token technical specification (proposed values, subject to DAO approval):

Core Token Parameters

Name

Earthlings Coin

Symbol

Type

ERC-20

Network

Polygon

Decimals

Initial Supply

To be determined

Administrative Control

Parameter management: changes to emissions and critical settings are allowed only through DAO procedures and publicly recorded decisions.
Time delay: timelock is applied for critical operations after public notification, giving the community time to react.
Emergency protection: temporary pause capability is provided for system protection with mandatory public reporting and subsequent DAO ratification.
Updates: contract and infrastructure changes are executed according to regulations, after independent review and a public discussion period; exact parameters are determined during implementation.

Multisig Composition (Public and Transparent)

DAO Multisig (Distributed Signature)

3 technical specialists
3 community representatives
2 compliance/legal experts
1 financial auditor

Signer Requirements

Public addresses and identity disclosure
1/3 composition rotation every 6 months
Conflict of interest disclosure
Hardware wallets mandatory
Geographic diversity (minimum 5 countries)

Publication Requirement: After deployment, addresses of key contracts and public links to code verification (Polygon explorer) and/or repository (if open) must be disclosed.

SECTION 12

Tokenomics: Distribution and Emission Principles

Earthlings Coin tokenomics describes the principles of utility token distribution and circulation within the ecosystem. Specific parameters (issue volume, rates, shares, restriction periods) are determined during implementation and approved through governance procedures, with mandatory public recording and on-chain transparency.

Target Distribution Buckets

Ecosystem functions: provision of platform services, cell operations, and application mechanisms.
Liquidity: launch and maintenance of market accessibility while observing risk constraints and transparency.
Participation incentives: rewards for useful actions, development, contribution to initiatives and infrastructure.
Fund/treasury: reserve for sustainability, development, and unforeseen expenses according to approved rules.
Partnerships: limited packages for strategic integrations and external services (if applicable).

Vesting and Anti-Speculative Restriction Principles

Gradual unlock: tokens associated with contributions are unlocked according to rules tied to time and/or results.
Transparency: key wallets, allocations, and restrictions are published and observable on-chain.
Risk containment: mechanisms for preventing sharp supply spikes and conflicts of interest are fixed in policies and DAO decisions.

This section does not establish "financial promises." All numerical parameters will be published only after pilot launches, audits, and approval of governance procedures.

SECTION 13

Treasury: Ecosystem Resource Management

The treasury is intended for financing sustainable ecosystem development: infrastructure, security, initiative support, and operational activities. Resource management rules are built on principles of transparency, distributed responsibility, and minimization of centralized control.

Replenishment Sources

Voluntary donations and grants (including targeted ones).
Revenue from services and paid ecosystem features (as they emerge).
Partnership programs and joint initiatives (if applicable).

Expenditure Principles

Expense categories: infrastructure and security, platform development, cell and initiative support, operational expenses.
Multi-level approval: the higher the risk and irreversibility of a decision, the stricter the approval and transparency procedure.
Emergency measures: allowed only for system protection and continuity, with mandatory subsequent reporting and approval.

Transparency and Control

Public recording of key decisions and fund allocations.
On-chain data available for verification (wallets, transactions, allocations).
Independent reviews of critical processes as implementation progresses.

SECTION 14

Risk Disclosure: Risk Matrix

Comprehensive risk assessment with specific examples and mitigation strategies:

Category	Level	Description	Mitigation
Smart Contract Bugs	HIGH	Code vulnerabilities may lead to loss of funds (examples: DAO Hack 2016, Poly Network 2021)	independent audits, vulnerability disclosure program, timelock, emergency pause, formal verification
Regulatory Changes	HIGH	Legal status of crypto changes (example: China ban 2021, SEC vs Ripple)	Compliance-first design, utility focus, legal monitoring, adaptability
Price Volatility	HIGH	When liquidity emerges, ±50%+ volatility is possible in the first months	Utility > speculation, team vesting, no price promises, gradual rollout
Multisig Compromise	MEDIUM	Compromise of 5/9 signers could give control over the treasury	Public signers, rotation, timelock, diversity, hardware wallets
Low Liquidity	MEDIUM	Low liquidity makes EC to fiat/stablecoins conversion difficult	Internal utility creates base demand, phased liquidity
Infrastructure Failures	MEDIUM	Polygon, frontends, wallets failures temporarily block access	Multi-chain backup (planned), decentralized frontends, recovery docs
User Error	MEDIUM	Lost keys, wrong address — irreversible (>70% of loss cases)	Educational materials, UX warnings, recovery mechanisms where possible
Adoption Risk	MEDIUM	If ecosystem doesn't reach critical mass, utility is limited	MVP before token, real utility first, community building, phased rollout
Sybil Attacks	LOW	Fake accounts to abuse distribution	SBT passports with biometrics, one person = one vote
Plutocracy	LOW	Wealthy participants dominate distribution	SBT voting (1 person = 1 vote), deliberation in cells, EC/SBT separation, grant caps

Additional Risks

Tax implications: Receiving EC may be taxed as income. Consultation with a tax advisor is recommended.
Technological obsolescence: Blockchain tech evolves rapidly, current solutions may become outdated.
Key person risk: Dependence on a small number of key developers/leaders.
Competition: Other transnational projects may offer better UX or stronger community.

SECTION 15

Security Posture

Security is considered a prerequisite for Earthlings Coin admission to the real ecosystem economy. Specific parameters (threshold values, team composition, timelines, and budgets) are determined during implementation and are fixed by separate DAO decisions and independent review results.

Target Security Standard

Independent review: audit of smart contracts and key components before public launch; publication of reports and remediation plan.
Responsible disclosure: public channel for researchers and reward program commensurate with vulnerability criticality.
Operational monitoring: observation of critical contracts and infrastructure, logging, alerts, regular reviews.
Control perimeters: multi-level authorization, timelock for critical actions, minimization and transparency of administrative rights.
Emergency response: temporary pause capability strictly for system protection, with mandatory public reporting and subsequent DAO ratification.

Incident Response Procedure

Detection and initial assessment → risk classification.
Containment and protective measures (including temporary pause if necessary) → public community notification.
Fixes and re-verification → resumption of operations according to approved procedure.
Post-mortem: transparent report, conclusions, improvements, and policy updates.

SECTION 16

Listing Readiness: Market Liquidity Preparation

This section describes the readiness package for potential Earthlings Coin liquidity emergence on DEX and CEX. It is intended for transparency and systematic preparation, not for promises.

Principle: listing is considered an opportunity, not a goal and not a guarantee. Decisions are made by independent exchanges and the market. The project's focus is on utility value and legal compliance.

Public Listing Dossier (Public Version on Website)

Brief description of the token and its role in the ecosystem (utility).
Use cases and connections with the platform, cells, funds, and services.
Technical specification: network, contract addresses, verification links, key constraints.
Policies: risk disclosures, privacy/identity, AML/KYC approach, sanctions restrictions (at the principles level).
Security posture: audit, disclosure, and response principles.
Contacts for partners and exchanges (official communication channel).

Internal Data Room (Internal Package for Partners)

Legal folder: token classification position and jurisdiction risk overview (as available).
Compliance procedures: KYB/AML processes, sanctions policy, listing/delisting policy.
Security artifacts: audit reports, release checklists, incident runbook.
On-chain analytics: distribution, activity, evidence of utility usage.
Communications and brand: logos, guidelines, media kit, official statements.
Operational plan: user support, incident handling, updates.

DEX Readiness

Token contract deployed and verified; key rights are restricted and publicly described.
Liquidity is launched gradually and transparently; sources and risks are documented.
Observable utility in the ecosystem (not just transfers), understandable to users.

CEX Readiness

Proven utility economy: token is necessary for services/processes, not for speculative upside.
Transparent legal and compliance position (AML/KYC, sanctions, risks, disclosures).
Security + ops: independent reviews, monitoring, response plan, minimization of centralized control.
Documentation and communications: up-to-date policies, public updates, official contacts.

Exchanges may request additional data and metrics. We deliberately do not set threshold values (market cap, volume, holders, etc.), because exchange requirements are individual and change. The Earthlings strategy is to build real value, transparency, and compliance — and only then discuss liquidity.

SECTION 17

Economic Model: Indicative Economic Parameters

All figures in this section are indicative guidelines for internal planning and do not represent commitments, forecasts, or promises. Actual parameters will be determined based on pilot launches, audits, and DAO decisions. This data may change significantly and should not be used for investment decisions.

Indicative Total Supply

Considered range of total token supply:

Working Range

Lower bound: 100,000,000 EC (100M)
Upper bound: 1,000,000,000 EC (1B)
Working hypothesis: 500,000,000 EC (500M)

The specific value choice depends on: ecosystem scale at launch, economic modeling results, auditor recommendations.

Range Rationale

Sufficient granularity for microtransactions (with 18 decimals)
Psychologically comfortable service prices (single to thousands of EC)
Reserve for long-term ecosystem growth
Alignment with practices of comparable utility projects

Indicative Distribution (Target Allocation Ranges)

Approximate token distribution ranges by category:

Category	Range	Purpose	Vesting (indicative)
Ecosystem Development	35–45%	Infrastructure, services, platform development, cell grants	Phased, 5–7 years
Community & Participation	20–30%	Participant rewards, airdrops to verified Earthlings, incentives	Based on activity
Treasury Reserve	10–15%	Reserve for unforeseen expenses, stabilization, strategic initiatives	Under DAO management
Liquidity Provision	5–10%	Initial DEX liquidity, market-making (if applicable)	At liquidity launch
Core Team & Contributors	10–15%	Founders, key developers, early contributors	4 years, 1-year cliff
Advisors & Partners	3–5%	Strategic advisors, partnership integrations	2–3 years vesting

Note: Range sums intentionally exceed 100%, as specific allocations will be selected within the indicated ranges. Final distribution will be published before launch and fixed in smart contracts.

Economic Equilibrium: Token Flow Model

Token Sinks (absorption)

Payment for ecosystem services (compute, storage, AI)
Staking for participation in governance procedures
Deposits for cell registration and proposal submission
Anti-spam mechanisms
Possible buyback to treasury (by DAO decision)

Token Sources (emission/unlock)

Rewards for initiative work
Grants from ecosystem fund
Vesting schedule unlocks
Incentive programs for ecosystem growth
Partnership programs

Target State: Balance between sinks and sources should ensure stable or moderately deflationary circulating supply dynamics. Specific mechanisms (burn, buyback, emission caps) will be determined based on pilot operation results.

Velocity and Turnover

For a utility token, circulation velocity is critical. Target guidelines:

Average velocity: 4–8 turnovers per year (comparable to utility-oriented ecosystems)
Velocity restraint mechanisms: staking incentives, long-term programs, lock-up bonuses
Monitoring: on-chain analytics for tracking real velocity and parameter adjustment

SECTION 18

Legal Structure: Legal Architecture

Status: Legal structure is under development. Final decisions will be made after consultations with lawyers in target jurisdictions and published before token launch.

Models Under Consideration

Option A: Foundation Model

Jurisdiction: Switzerland (Zug) or Liechtenstein
Structure: Non-profit Foundation
Advantages: Recognized crypto jurisdiction, clear regulatory framework, neutrality
Role: IP holder, treasury management, development coordination

Option B: DAO LLC Model

Jurisdiction: Wyoming (USA) or Marshall Islands
Structure: DAO LLC with limited liability
Advantages: Legal recognition for DAO, liability protection for participants
Role: Legal wrapper for DAO operations

Option C: Hybrid Model

Structure: Foundation (Switzerland) + Operating Entity (UAE/Singapore)
Advantages: Separation of governance and operations, tax efficiency
Foundation: Strategy, grants, IP
OpCo: Development, services, day-to-day operations

Selection Criteria

Regulatory clarity for utility tokens
Protection of DAO participants from personal liability
Banking service availability
Tax efficiency
Jurisdiction reputation

Token Regulatory Status

Project Position

Earthlings Coin is designed and positioned as a utility token, not as a security, payment token, or stablecoin. Key characteristics:

Token provides access to ecosystem services and functions
No promises of profit or income from ownership
No dividends or profit-sharing mechanisms
Decentralized governance without single point of control
Utility-first: token is created for functionality, not for investment

Jurisdictional Restrictions

Depending on final structure and regulatory landscape, restrictions may be introduced for residents of certain jurisdictions:

USA: Possible restrictions until regulatory clarity is obtained (depends on SEC guidance)
Sanctioned jurisdictions: Full prohibition (OFAC, EU sanctions lists)
Countries with crypto bans: Compliance with local laws

Planned Legal Documents

Terms of Service: Platform and token usage terms
Token Terms: Specific conditions related to EC
Privacy Policy: Personal data processing policy (GDPR-compliant)
DAO Constitution: Governance and decision-making rules
Contributor Agreements: Agreements with contributors and grant recipients

Commitment: All legal documents will be published before token launch and available for review. We will engage qualified lawyers in key jurisdictions (EU, Switzerland, Singapore, UAE) for legal opinion.

SECTION 19

Utility Pricing: Service Pricing Mechanism

One of the key problems with utility tokens is price volatility with fixed service prices. If the token appreciates 10x, services become unaffordable; if it depreciates, providers incur losses.

Dynamic Pricing Model

Basic Principle

Service prices are pegged to a stable external reference (e.g., USD or currency basket) and automatically recalculated in EC at the current rate.

Example: AI assistant costs $1/hour. At 1 EC = $0.10 rate, price = 10 EC. At 1 EC = $1.00 rate, price = 1 EC.

Oracle Mechanism

Primary oracle: Chainlink or similar decentralized oracle
Fallback: Price aggregation from multiple DEX (Uniswap, Quickswap)
Update frequency: Every 15 minutes or at >5% deviation
Circuit breaker: Pause at extreme volatility (>30% per hour)

Pricing Scenarios

Scenario	Action	Protection
EC appreciates	Prices in EC automatically decrease	Services remain accessible
EC depreciates	Prices in EC automatically increase	Providers receive fair compensation
Extreme volatility	Circuit breaker: temporary price freeze	Protection from manipulation and flash crashes
Oracle failure	Fallback to last known price + buffer	Service continuity

Alternative Model: EC-native Pricing

In early stages, before EC market price emerges, internal pricing without fiat pegging may be used:

Prices set directly in EC based on ecosystem economics
Periodic DAO review considering supply/demand balance
Transition to oracle-based model when liquidity emerges

MEV and Front-running Protection

Commit-reveal scheme for large transactions
Batching: Grouping small transactions
Private mempools (Flashbots Protect or analogues) — if necessary
Slippage tolerance: Automatic limits for user protection

SECTION 20

Liquidity Strategy

Conditionality: This section describes a possible approach to liquidity if and when a decision is made to launch it. This is not an action plan and not a commitment.

Liquidity Development Phases

Phase 0: Closed Economy (current)

EC used only within the ecosystem
No external trading or liquidity
Focus on utility and adoption
Service prices in EC set by DAO

Phase 1: Limited DEX Liquidity

Platform: Uniswap v3 or Quickswap on Polygon
Pair: EC/USDC (stablecoin for volatility reduction)
Initial liquidity: From treasury allocation (5-10% of supply)
Concentrated liquidity: Narrow range for capital efficiency
Monitoring: Tracking impermanent loss, volumes, slippage

Phase 2: Expanded DEX + Potential CEX

Adding EC/ETH, EC/MATIC pairs
Possible expansion to other DEX (Balancer, Curve)
CEX negotiations upon reaching criteria (utility, volume, community)
Market-making partnerships (if necessary)

Initial Liquidity Sources

Protocol-Owned Liquidity (POL)

Part of treasury allocated to liquidity provision
Advantage: Control, no dependence on external LP
Disadvantage: Opportunity cost for treasury

Liquidity Mining (cautiously)

Incentives for external LP (from community allocation)
Advantage: Rapid liquidity attraction
Risk: Mercenary capital, sell pressure after program ends
Solution: Use moderately, with lock-up requirements

Protective Mechanisms

Gradual rollout: Starting with minimal liquidity, gradual increase
Trading limits: Possible caps on transaction size in first weeks
Monitoring: Real-time unusual activity monitoring
Emergency procedures: Pause capability upon exploit detection

Principle: Liquidity is a tool for utility, not a goal. We will not force liquidity for metrics. Launch will occur only when there is real demand from the ecosystem.

SECTION 21

Technical Appendix: Smart Contract Specification

Technical specification of Earthlings Coin smart contracts. Final implementation will be published after audit and before deployment.

Contract Architecture

Core Contracts

Token Contract

ERC-20

Standard

OpenZeppelin 5.x

Network

Polygon PoS

Upgradeability

UUPS Proxy

Access Control

Role-Based

Compiler

Solidity 0.8.20+

Token Capabilities

Capability	Status	Description	Control
Mintable	Limited	New tokens can only be created within vesting schedules	Multisig + Timelock
Burnable	Yes	Owners can burn their tokens	Token owner
Pausable	Yes (emergency)	Temporary transfer pause during incidents	Emergency Multisig
Permit	Yes	EIP-2612 gasless approvals	Owner signature
Snapshots	Yes	For governance voting at specific block	Governance contract

Access Control Roles

DEFAULT_ADMIN_ROLE

Management of other roles
Control: 9-of-9 Multisig (critical operations)
Timelock: 7 days

MINTER_ROLE

Issuance of new tokens (within vesting)
Control: Vesting contract (automatic)
Limits: Hardcoded in contract

PAUSER_ROLE

Emergency pause
Control: 4-of-6 Emergency Multisig
Timelock: None (for fast response)
Obligation: Public report within 24h

UPGRADER_ROLE

Proxy implementation upgrade
Control: 7-of-9 Multisig
Timelock: 14 days
Requirement: Public audit of new code

Vesting Contract

Key Parameters

Type: Linear vesting with cliff
Standard: Custom contract based on OpenZeppelin VestingWallet
Cliff period: Configurable per beneficiary (typically 12 months)
Vesting duration: Configurable (typically 36-48 months after cliff)
Release: Continuous (claimable anytime after cliff)
Revocable: No (once created, vesting is irrevocable)

Security Measures

Reentrancy protection: OpenZeppelin ReentrancyGuard on all state-changing functions
Integer overflow: Solidity 0.8+ built-in protection
Access control: Role-based with separation of duties
Timelock: TimelockController for critical operations
Multi-signature: Gnosis Safe for all admin functions
Audit requirement: Minimum 2 independent audits before mainnet deployment

Planned Audits

Auditors (planned)

Trail of Bits or OpenZeppelin (primary)
Consensys Diligence or Spearbit (secondary)
Public bug bounty via Immunefi

Audit Scope

Token contract + proxy
Vesting contracts
Governance contracts
Integration points

Contract Addresses

To be published: Addresses of all contracts, links to verification on Polygonscan, and links to public repository will be published after deployment and before any token activity begins.

Open Source Commitment: All smart contract code will be published under an open license (MIT or Apache 2.0) and verified on block explorer. We believe in security through transparency.