Theoretical-Mathematical Framework

1.1. A people beyond territory and state

Classical political and legal tradition views a people, nation, or ethnicity as a community based on a combination of territory, language, history, culture, and political organization. The state acts as the bearer of sovereignty, and the people as the totality of its citizens.

In the context of a globalized and digital world, such understanding proves insufficient. A significant portion of human interactions:

• is not tied to a specific territory;
• occurs through distributed digital networks;
• extends beyond a single jurisdiction;
• forms stable communities without a single state.

There emerges a need for a model of a people that:

• does not coincide with citizenship;
• does not rely on national borders;
• does not have a monopolistic state apparatus;
• yet possesses internal structure, norms, and procedures.

The Earthlings people is considered such a transnational community.

1.2. Theoretical foundations: network societies

Modern network society theory (Castells, 1996, 2000; Barabási, 2002) asserts that the key configuration of social connections becomes the network: a distributed structure in which:

• multiple nodes (actors) are connected by a variable number of links;
• there is no mandatory center;
• high resilience to failures is possible;
• emergent order arises without centralized planning.

Network societies are characterized by:

• horizontal coordination;
• ability to rapidly adapt to changes;
• possibility of growth without rigid hierarchy;
• multiple channels of information transmission.

The Earthlings people naturally fits into the network society paradigm: it forms as a multitude of interconnected subjects and Cells (local groups), coordinated not through a power pyramid, but through DAO procedures and digital infrastructure.

1.3. Theories of complex systems and self-organization

Complex systems theories (Kauffman, 1993; Holland, 1995; Mitchell, 2009) demonstrate that stable structures can form "bottom-up" — through local interactions of multiple elements governed by relatively simple rules. Self-organizing systems:

• do not require an external control center;
• exhibit emergent properties;
• possess high adaptability;
• can maintain stability under external perturbations.

The Earthlings people is understood as a complex adaptive system in which:

• subjects (individual Earthlings) make choices and interact according to common rules;
• Cells serve as local coordination centers;
• DAO formalizes collective decision-making procedures;
• the internal economy (Earthlings Coin) supports motivation and coordination.

1.4. Transnational identity

Contemporary research shows that a person's belonging to a community is increasingly determined not by place of birth or residence, but by inclusion in certain networks of meanings, values, and practices. Transnational identity emerges where people share:

• common beliefs and norms;
• a common vision of the future;
• participation in common institutional structures;
• a sense of "we" not reducible to the state.

The Earthlings people relies precisely on such transnational identity. It forms a superstructure over existing citizenships: a person remains a citizen of their state but voluntarily acquires the additional status of Earthling, which does not conflict with national obligations.

1.5. Digital infrastructure as a new form of institutionality

Digital protocols, cryptographic tools, distributed ledgers, and biometric technologies create the possibility of forming institutions that:

• are independent of the state;
• do not require a central registrar;
• ensure provable subject uniqueness;
• enable building collective decision-making procedures in a distributed environment.

For the Earthlings people, digital infrastructure is not an auxiliary tool but a necessary condition of existence: without it, neither proving subject uniqueness, nor ensuring equal participation, nor building a sustainable decentralized governance system is possible.

1.6. The problem of provable identity

Any institutional system claiming the status of a sustainable subject must address the question of identity: who is a participant, how to prove their reality and uniqueness, how to guarantee that each person is represented in the system exactly once.

In traditional models, this function is performed by:

• state citizen registries;
• passports and other documents;
• centralized databases.

For a people existing outside the state, a different mechanism is required. It must ensure:

• biometric uniqueness;
• verifiability and absence of duplicates;
• minimization of personal data storage;
• compliance with international privacy protection norms.

1.7. The problem of governance without a center

In the classical model, the people are embedded in a state that:

• forms governmental bodies;
• adopts laws;
• possesses a monopoly on the use of coercion.

The Earthlings people does not presuppose the creation of a state and does not possess instruments of coercion. Consequently, governance must be carried out:

• without a center;
• without permanent governmental bodies;
• without a monopoly on violence;
• through procedures, not through positions.

Such a form is the decentralized autonomous organization (DAO), but not in a narrowly technical sense, but in an institutional one.

1.8. The problem of internal economy

Any long-existing community requires mechanisms for:

• recognizing contributions;
• coordinating activities;
• maintaining motivation.

In states, this role is fulfilled by fiat money, labor relations, and tax systems. In the Earthlings model, it is necessary to introduce an internal participation economy not based on coercion and accumulation of power through capital. This leads to the introduction of Earthlings Coin as an institutional unit of contribution accounting and coordination.

1.9. The task of mathematical and institutional framework

Finally, it is required to connect the elements:

• biometric identity;
• DAO;
• Earthlings Coin;
• Cells and project network;
• registry and KYC;
• legal conditions of age and anonymity

into a single logically consistent and verifiable model. This task is solved in the present document.

AXIOMATIC FOUNDATION OF THE EARTHLINGS MODEL

2.1. Why axiomatics is needed

Since the Earthlings people is in the formation stage and has no accumulated empirical history, it is impossible to derive its properties from statistics or traditional practice. Instead, a minimal set of statements — axioms — is introduced, which:

• set the boundaries of possible solutions;
• fix fundamental system properties;
• serve as the basis for further definitions and models.

2.2. Model axioms

Axiom 1. Biometric uniqueness of the subject

Each Earthling is a verifiably biometrically unique subject. For each physical person in the system, only one Earthling status record is possible. The system is built to exclude duplication and pseudo-identities.

Axiom 2. Voluntary expression of will

Belonging to the Earthlings people is based exclusively on a person's free expression of will. Joining the people cannot be the result of coercion, dependency, or administrative pressure.

Axiom 3. Transterritoriality

The Earthlings people is not associated with a specific territory, does not have its own territory, and does not claim one. Participants live in different countries, retaining citizenship of their states.

Axiom 4. Decentralization of governance

In the Earthlings system, there is no single power center, bodies of coercive governance, or monopoly on decision-making. Governance is carried out through distributed procedures.

Axiom 5. Irreversibility of status

Earthling status, once obtained, is irreversible in the sense of historical fact: belonging cannot be annulled retroactively. The possibility of voluntary "cessation of participation" as a practice of participation does not cancel the fact that the person was an Earthling.

Axiom 6. Open entry with age criterion

Any person who has reached the age of 18 (adulthood) can become an Earthling subject to passing verification and agreeing to foundational documents. The age criterion corresponds to the international standard of full legal capacity.

Axiom 7. Symmetry of rights and procedures

All Earthlings are in a symmetrical position: rules and procedures do not create privileged classes, and access to governance is determined by subject status, not by hierarchy.

Axiom 8. Transparency of institutional architecture

All key rules, procedures, and mechanisms (biometrics, DAO, internal economy, registry) are formulated as open and verifiable.

2.3. Coherence of axioms

The axioms do not contradict each other and collectively:

• set the conditions for the existence of a biometrically unique, decentralized, and transterritorial people;
• create the foundation for formal definitions of subjects, Cells, DAO, economic mechanisms, and network structure;
• allow for subsequent verification of the model for internal consistency and empirical realism.

FORMAL DEFINITIONS AND CONCEPTUAL FRAMEWORK

Introduction

Formal definitions are necessary to ensure that the Earthlings people model is:

• logically consistent,
• mathematically interpretable,
• institutionally self-coherent,
• perceived by the scientific community as a rigorous system,
• suitable for empirical validation.

Each definition below is a minimal and sufficient formalization of key model elements.

3.1. Definition of "Earthlings People"

The Earthlings people is a transnational, voluntary, decentralized community of people united by common values, institutional architecture, and mutual recognition of biometrically confirmed status, independent of territory, state systems, and jurisdictions.

BIOMETRIC IDENTITY AS A FUNDAMENTAL AXIOM OF TRUST

4.1. Introduction

In distributed systems where centralized authority and direct coercion instruments are absent, subject uniqueness becomes a condition for the system's very existence. For the Earthlings people, the question of uniqueness is an institutional foundation:

• without a unique subject, fair voting is impossible;
• without a unique subject, a sustainable internal economy is impossible;
• without a unique subject, forming a reliable registry is impossible.

4.2. Biometric identity as a form of institutional sovereignty

Biometric identity in the Earthlings context is not reduced to the technical procedure of facial verification against a document. It performs the function of non-authoritarian, distributed institutional sovereignty: identity confirmation is not monopolized by the state.

In the traditional identity system, sovereignty over identity belongs to the state: it issues passports, maintains citizen registries, and controls status. In the Earthlings model, the goal is to transfer the foundation of identity from the monopolistic state circuit to a distributed architecture, whereby:

• identity uniqueness is confirmed by biometrics and a KYC provider;
• the Earthlings people do not store or control documents;
• status is fixed in the form of an SBT;
• sovereignty over identity becomes distributed.

Key properties:

• uniqueness;
• independence from citizenship;
• reliance on international KYC standards;
• minimization of data storage.

4.3. The necessity of biometrics in distributed trust systems

An open, global, decentralized system without biometrics is vulnerable to risks of:

• multiple accounts;
• anonymous influence on decisions;
• capture of procedures through pseudo-identities.

The only way to eliminate these risks is to ensure provable correspondence of "one person — one subject" through biometrics and KYC with subsequent cryptographic fixation of the result.

4.4. Structure of the identity layer

The Identity layer includes three key components:

Biometric confirmation (KYC provider).

Uniqueness verification and absence of duplicates.

Generation and establishment of an SBT token as an irreversible status record.

4.5. Formal model of uniqueness

Let X be the set of all people having biometric characteristics.

Let B be the set of biometric templates.

Condition:

Practical injectivity is achieved through:

• sufficient volume and quality of biometric data;
• use of liveness checks;
• multi-stage matching algorithms;
• use of multiple biometric parameters (face, document, liveness, and if necessary — fingerprints, iris).

4.6. SBT as a mechanism of irreversible fixation

Let T be the set of SBT tokens. Define the mapping:

such that:

• g(x) exists for each subject who has completed the attestation procedure;
• for each x ∈ X there exists at most one g(x);
• g(x) cannot be transferred to another subject;
• g(x) cannot be revoked retroactively.

This ensures formal irreversibility of status and excludes secondary appearances of the same identity in the system.

4.7. Connection between biometrics and DAO

A DAO can claim correctness only if:

• each vote comes from a unique subject;
• creation of additional votes is impossible;
• voting materials are independent of economic resources.

Biometric identity is a prerequisite for the correctness of all DAO procedures.

4.8. Ethical and legal aspects

The Earthlings model is built with consideration of:

• the principle of data minimization (only what is necessary is stored);
• role separation (biometrics are stored and processed by the KYC provider, not by the people);
• impossibility of combining the Earthlings registry with state databases;
• legal prohibition on unjustified biometric storage;
• compliance with GDPR and other international data protection norms.

4.9. Potential risks and mitigation methods

Risks:

• algorithm errors;
• technical failures;
• attacks on KYC provider infrastructure.

Mitigation:

• use of mature providers complying with international standards;
• independent technical audits;
• distributed architecture for storing verification results (hashes, tokens).

DAO ARCHITECTURE IN THE EARTHLINGS MODEL

5.1. Introduction

The DAO in the Earthlings model is a systemic architecture ensuring collective decision-making without centralized authority and without hierarchical bodies. It is the Governance institutional layer that connects subjects, Cells, and projects into a unified governance system.

5.2. DAO as an architectural principle

In most crypto projects, DAO is interpreted as a set of smart contracts with voting capability. In the Earthlings model, DAO is understood more broadly:

• as a totality of norms and procedures;
• as a structure defining decision flows;
• as a mechanism enabling equal and decentralized coordination;
• as an institutional form ensuring collective decision-making, subject equality, absence of power centers, and procedural transparency.

5.3. Formal definition of DAO Earthlings and DAO Assembly

DAO Earthlings is a distributed institutional system in which:

The subject of governance is each Earthling possessing biometrically confirmed status.

Decisions are made through procedures defined openly and equally for all.

Concentration of authoritative influence in one node is impossible.

All rule changes go through transparent and reproducible mechanisms.

DAO Assembly is the sole governing body of the Earthlings people, comprising all verified Earthlings. DAO Assembly makes all strategic, financial, and organizational decisions through direct voting. This embodies the principle of flat structure, where power belongs exclusively to individual participants.

Key principle: Power is concentrated ONLY at one level — in the DAO Assembly. All other structures serve for support, consultation, and technical provision, but have no right to make decisions on behalf of the people.

5.4. Governance Layer

The Governance Layer includes:

• mechanisms for initiating proposals;
• rules for discussion and preliminary coordination in Cells;
• mechanisms for elevating issues to the general level;
• voting procedures;
• decision fixation procedures;
• feedback and review mechanisms.

5.5. The principle of "one person — one vote"

Thanks to biometric uniqueness, each subject has one vote. Voting is not tied to the volume of resource ownership. This eliminates:

• capitalization of political influence;
• the possibility of manipulating decisions through economic concentration;
• structural corruption.

5.6. The role of Cells in DAO architecture: principles of level interaction

Each Cell is an autonomous organizational unit of the Earthlings people and serves as a local coordination center for practical activities. At the same time, Cells can use the DAO as common institutional infrastructure for elevating issues to a higher level of coordination that require system-wide decisions.

Interaction between Cells and the DAO is carried out according to the following scheme:

Submission of projects and initiatives

Cells submit initiatives and projects for DAO consideration when required to:

• obtain support from the entire community;
• distribute internal resources (Earthlings Coin);
• coordinate activities with other Cells;
• make decisions affecting the entire Earthlings system.

Voting process

Earthlings vote on key issues concerning the entire system or specific directions:

• adoption of institutional policies;
• launch of system-wide programs;
• distribution of common resources;
• changes to basic procedures.

Feedback and implementation

The results of DAO decisions return to Cells, where they are implemented in practice. The resulting experience and new data can become the basis for repeated discussion and refinement of rules through DAO procedures.

Fundamental principle

Cell autonomy and common DAO architecture are in a relationship of complementarity, not subordination. Cells maintain independence in choosing the content of their activities, organizing internal work, and defining priorities. The DAO ensures consistency of decisions affecting the entire system, without restricting the operational freedom of Cells.

Formally, Cells act as:

• local points of initiative formation;
• filters and aggregators of proposals;
• units of practical implementation of system-wide decisions;
• sources of feedback for iterative improvement of procedures.

This reduces the load on the global decision-making level and allows the system to scale while maintaining high quality of local coordination.

5.7. Decision-making mechanism

The process can be schematically represented as:

An individual subject formulates an initiative.

The initiative is discussed and tested in one or more Cells.

Upon reaching a certain level of support, the initiative is submitted to the DAO.

All subjects have the opportunity to vote.

The result is fixed as an institutional decision.

Formal decision structure:

Let S1, S2, …, Sn be the decisions of n Cells on a specific issue.

Then the global decision V can be represented as:

V = F(S1, S2, …, Sn),

where F is the aggregation procedure defined by the DAO (for example, through voting by all subjects, Cell quorum, weighting by participation, etc., while preserving the principle "one subject — one vote").

5.8. DAO resilience

Resilience is ensured by:

• absence of a single body controlling procedures;
• transparency of algorithms;
• impossibility of directly falsifying voting results;
• built-in review and appeal mechanisms;
• impossibility of creating additional identities;
• absence of token-weighted voting (capital does not give more votes);
• openness and reproducibility of procedures.

5.9. Technical support structures: Core Nodes and Emergency Multisig

To ensure the technical operability of the decentralized system, auxiliary technical structures are introduced that DO NOT possess authoritative powers and can be recalled by the DAO Assembly at any time.

Core Nodes (Technical coordinators)

Core Nodes is a group of up to 6 technical specialists elected by the DAO Assembly to ensure platform and infrastructure operation. Their functions are strictly limited to technical tasks:

• Support of DAO platform and technical infrastructure;
• Cybersecurity and attack protection;
• Technical support for voting;
• Smart contract auditing;
• System operation monitoring.

Critically important: Core Nodes DO NOT make decisions on behalf of the people, DO NOT manage finances, DO NOT have special weight in voting, and CANNOT block DAO decisions.

Formation: through DAO Assembly voting by simple majority. Rotation every 6 months based on on-chain reputation. Mandatory monthly public reporting.

Emergency Multisig (Rapid response)

Emergency Multisig is a multi-signature wallet of up to 6 trusted Earthlings for urgent technical operations. Acts ONLY in critical situations requiring immediate response. All actions are public and can be canceled by the DAO.

Powers are strictly limited:

• Suspension of smart contracts upon discovery of critical vulnerabilities;
• Emergency measures during cyberattacks;
• Urgent technical fixes;
• Emergency funding up to 5,000 EC in force majeure situations.

Control mechanisms: all transactions are visible on-chain, actions require a 24-hour timelock (except critical attacks), mandatory reporting within 48 hours, right to cancel any action by qualified majority of the DAO.

Formal property:

5.10. Voting types and decision-making mechanisms

The DAO Assembly uses different types of voting depending on the nature of the decision. This ensures a balance between efficiency and protection against hasty changes.

Simple majority (51%, quorum 15%)

Applied for current operational decisions:

• Project funding up to 10,000 EC;
• Approval of Core Nodes;
• Formation of Emergency Multisig;
• Operational organizational issues.

Qualified majority (67%, quorum 25%)

Applied for strategic decisions:

• Changes to the Charter and key DAO rules;
• Large financial decisions over 100,000 EC;
• Strategic partnerships;
• Changes to basic governance procedures.

Quadratic voting

A special mechanism for fair distribution of resources among competing projects. Prevents dominance by large groups and allows accounting for preference intensity.

Formal model of quadratic voting:

Applied for:

• Distribution of Fund resources among projects;
• Grants and research initiatives;
• Prioritization of development directions.

5.11. Delegated voting

Earthlings can delegate their vote to another Earthling with recognized expertise in a specific area. Delegation is voluntary and can be revoked at any time.

Expert delegates possess public on-chain decision history in their specialization (ecology, technology, economics, law, education). All delegate votes are visible and transparent.

Critically important: one delegated vote = one vote. Delegation DOES NOT create additional power.

Formally:

5.12. Reputation system

The Earthlings system introduces on-chain reputation, but it DOES NOT affect vote weight. The principle "one person = one vote" is absolute. Reputation only affects visibility and proposal prioritization.

Reputation factors (on-chain):

• Participation in voting;
• Successful project implementation;
• Contribution to community development;
• Proposal quality;
• Peer-to-peer assessments.

Reputation application:

• High-reputation proposals are shown first in the interface;
• Recommendations for delegation;
• Access to expert delegate role;
• DOES NOT affect vote weight.

Formally:

5.13. Institutional boundaries of the DAO

The Earthlings DAO acts as a collective decision-making mechanism within the Earthlings people ecosystem, but does not replace existing state and international institutions. The fundamental principle is complementarity, not substitution.

Principle of institutional complementarity

The Earthlings DAO:

• **IS NOT** a state body or quasi-state structure;
• **DOES NOT possess** jurisdiction over territories or state citizens;
• **DOES NOT act** as an employer in the legal sense (does not conclude labor contracts, does not make tax deductions);
• **IS NOT** a bank, financial intermediary, or payment system in the regulated sense;
• **DOES NOT provide** legal arbitration or judicial functions outside the ecosystem;
• **DOES NOT replace** national labor, tax, banking, or other law.

Functional domain of the DAO

The DAO ensures:

• internal coordination of Earthlings people participants;
• decision-making on distribution of internal resources (Earthlings Coin);
• coordination of common principles and ecosystem procedures;
• coordination of project activities within Cells;
• formation of institutional memory and community identity.

All these functions are carried out **in addition to** existing legal systems, not instead of them.

5.14. Spheres of practical DAO application

The Earthlings DAO infrastructure can be used in various areas of practical activity. It is critically important to emphasize: this refers not to ready-made services, but to **potential scenarios** for pilot projects with mandatory consideration of national and international law.

Possible application directions:

In healthcare:

DAO infrastructure can be used as a technological basis for pilot models of direct interaction between patients, medical specialists, and support funds, subject to strict compliance with medical and insurance legislation of participating countries.

In education:

The DAO can support decentralized learning programs, collective course development, and skill confirmation through project participation, without replacing state accreditation and certification systems.

In labor coordination:

The DAO can be applied for transparent distribution of tasks, roles, and rewards within project Cells of the Earthlings ecosystem. The system does not act as an employer and does not replace national labor law.

In environmental initiatives:

The DAO can be used for collective selection, financing, and monitoring of environmental initiatives, increasing transparency of resource use and project accountability to the community.

In internal economics:

The DAO and Earthlings Coin can serve as tools for managing internal Cell funds and distributing resources within the Earthlings ecosystem. The DAO is not a bank, payment system, or investment intermediary.

General principle:

All practical applications are carried out within the applicable legislation of those jurisdictions in which participants are located, and do not claim to create parallel legal systems.

5.15. Rights and obligations of participants in DAO procedures

Participation in the Earthlings DAO is based on voluntariness and mutual respect. The institutional architecture presupposes certain expectations from participants that ensure system sustainability and legitimacy.

Basic participation principles:

• **Good faith voting:** Participants vote based on the values and principles of the Earthlings people, not from narrow personal interests contradicting common goals.

• **Observance of the "one person — one vote" principle:** Participants commit not to circumvent biometric verification mechanisms and not to use technical means to create artificial influence.

• **Respect for Cell autonomy:** Participants recognize the right of Cells to independently determine internal procedures and priorities within the general principles of the DAO.

• **Compliance with applicable legislation:** Participants are responsible for complying with legal norms of those countries in which they are located when implementing decisions made in the DAO.

• **Responsible disclosure of vulnerabilities:** Upon discovering technical vulnerabilities or procedural errors, participants commit to reporting them through designated channels, rather than using them for personal purposes.

Dispute procedures:

In case of conflicts or disputes about the correctness of DAO decisions, internal review procedures, re-voting, or independent analysis may be used. The DAO **does not replace** courts and state legal mechanisms and **does not provide** legal arbitration outside its ecosystem.

Technical failures:

In case of technical failures, interface errors, or infrastructure unavailability, the priority is to restore the correct system state. Participants are responsible for the security of their accounts, devices, and access keys.

5.16. Management of changes in DAO architecture

The Earthlings DAO is viewed as an evolving institutional system capable of adapting to new challenges and accumulated experience. However, procedural changes must be made through the same transparent mechanisms as any other decisions.

Principle of reflexivity:

Any substantial changes to DAO procedures — including voting thresholds, participation formats, proposal initiation procedures — must themselves go through the discussion and voting procedure. This prevents arbitrary rule changes by a narrow circle of participants.

Procedure for introducing changes:

1. Initiation of a proposal to change procedures;

2. Discussion in Cells with consequences analysis;

3. Submission for voting by all participants;

4. Decision adoption with elevated consent threshold (e.g., qualified majority);

5. Adaptation period before changes take effect;

6. Monitoring and possibility of review upon identifying unforeseen effects.

Safeguards against abuse:

• Changes cannot abolish fundamental principles (biometric uniqueness, "one person — one vote" principle, transparency);
• Changes cannot be introduced retroactively;
• Changes cannot create privileged participant groups;
• All changes are recorded in the public registry of DAO decisions.

EARTHLINGS COIN AS AN ELEMENT OF INSTITUTIONAL ECONOMICS

6.1. Introduction

A participation economy is necessary for:

• maintaining motivation;
• coordinating the distribution of attention and effort;
• recording contributions;
• forming long-term engagement.

Earthlings Coin is an internal participation unit performing precisely these functions. It is critically important to emphasize: Earthlings Coin is designed as a utility token of the internal ecosystem, not as an investment or speculative asset.

6.2. Philosophical nature of Earthlings Coin

Earthlings Coin:

• is not conceived as a means of wealth accumulation;
• is not an instrument for purchasing political influence;
• does not serve as an investment object with promise of income;
• serves as an instrument for recording and recognizing contributions;
• is not intended for concentrated control;
• should not become a source of political influence;
• should not be used to replace the "one person — one vote" principle;
• represents an economic layer complementing identity (SBT) and governance (DAO), but not replacing them.

Fundamental principle: the utilitarian value of the token is formed within the Earthlings ecosystem through real projects, services, and participation mechanisms, not through external market price.

6.3. Functions

Contribution assessment function: reflects a subject's participation in projects and initiatives.

Coordination function: allows determining which activity directions are more strongly supported by the community. Distribution of Earthlings Coin across projects and initiatives signals the significance of these directions to the community.

Institutional memory function: participation history is recorded over time.

Institutional connectivity function: the presence of a common economic layer links Cells and projects into a unified system.

6.4. Token issuance models

Earthlings Coin is issued within three complementary models, each reflecting different aspects of ecosystem participation:

Model 1: Base issuance for participation

Each verified Earthlings people participant receives periodic Earthlings Coin payments simply for membership. This model ensures:

• basic equality of access to the ecosystem's economic layer;
• protection from plutocracy (token accumulation by some does not deprive others of the base level);
• formation of long-term attachment to the ecosystem.

Formally: let A be the set of subjects, B(a,t) be the base issuance for subject a at time t, then:

B(a,t) = b₀, if a is verified and active at time t,

B(a,t) = 0 otherwise,

where b₀ is the base rate determined by the DAO in accordance with the overall ecosystem state.

Model 2: Project grants

Cells and project groups receive tokens for implementation of approved projects. Distribution is carried out through DAO mechanisms based on:

• assessment of potential project impact;
• technical development;
• alignment with Earthlings people values;
• transparency of plans and reporting.

Formally: let P be the set of projects, G(p,t) be the grant for project p at time t:

G(p,t) = f(σ(p), ecosystem context, DAO decision),

where σ(p) is the project significance assessment, f is the distribution function defined by institutional rules.

Model 3: Reward for ecosystem activity

Participants receive tokens for specific actions and contributions:

• participation in voting;
• contribution to Cells (expertise, moderation, education);
• creation of educational materials;
• technical infrastructure support;
• conducting research and development.

Distribution function R determines the amount of Earthlings Coin associated with event e:

R(e) = f(σ(e), project parameters, system state),

where f is defined by institutional rules and can be adaptive.

6.5. Principles of token quantity regulation

The quantity of issued Earthlings Coin is not arbitrary and follows the following principles:

• Transparency: all issuance rules are public and approved through the DAO;
• Adaptability: issuance parameters can be adjusted based on the real ecosystem state;
• Inflation protection: token burning mechanisms for certain operations;
• Concentration limitation: technical and institutional mechanisms prevent excessive token accumulation by individual subjects;
• Correspondence to real activity: issuance is tied to actual participation and ecosystem development.

6.6. Internal token use

Priority use of Earthlings Coin is within the Earthlings ecosystem. Possible directions:

• Access to ecosystem services;
• Staking for participation in certain procedures (without affecting vote weight);
• Project financing through targeted funds;
• Rewards for providing services within the ecosystem;
• Experimental models of exchange and cooperation.

Critically important: internal use is not a "preparatory" stage before exchange listing, but represents an independent participation economy layer. Even without external price, the token has value if the Earthlings ecosystem creates real services, projects, and tools.

6.7. Interaction with DAO, Cells, and SBT identity

Earthlings Coin is embedded in the Earthlings DAO architecture, the Cell system, and the biometrically verified identity model (SBT tokens), but does not dominate over them:

• DAO voting is built on the "one Earthling — one vote" principle, tied to SBT identity;
• Earthlings Coin DOES NOT give additional votes and IS NOT used as vote "weight";
• The token can be used as a signal of engagement (e.g., staking for participation in some procedures), but without transformation into a source of political power;
• Decisions about token parameters are made by the DAO, but within regulatory constraints;
• Project Cells can receive Earthlings Coin from ecosystem funds for project implementation;
• Professional Cells can receive rewards for expertise, support, and project auditing;
• Participant contributions are recorded in a bundle: SBT (identity) + Earthlings Coin (economic trace).

Earthlings Coin strengthens the DAO and Cells, but does not replace them. Identity, voice, and economic trace are three different axes of the Earthlings system that should not merge into one point of power.

6.8. Market listing perspective

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

Possible sequence:

Stage 1. Internal economy: the token is used exclusively within the Earthlings ecosystem. Basic mechanisms of issuance, distribution, security, and user experience are tested.

Stage 2. Limited liquidity: possible launch of limited exchange mechanisms within strictly regulated scenarios. Each scenario undergoes legal review and DAO approval.

Stage 3. Exchange listing: upon achieving ecosystem maturity and exchange interest, Earthlings Coin may be submitted for listing on DEX and CEX, complying with AML/KYC requirements and regulation of respective jurisdictions.

Critically important formulation: Earthlings Coin MAY obtain exchange liquidity in the future subject to compliance with all requirements and presence of real ecosystem value, but this is NOT a guaranteed or promised result. Listing decisions are made by independent exchanges and the market, not only by the Earthlings people.

6.9. Privacy, KYC, and regulatory compliance

Earthlings Coin is embedded in the overall Earthlings privacy and identity policy:

• On-chain Earthlings Coin transactions are stored in the distributed ledger in pseudonymous form;
• Off-chain KYC/AML procedures (when necessary) are carried out by licensed providers;
• The Earthlings people do 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;
• Participants can request access, correction, or deletion of personal data in accordance with applicable legislation;
• The entire Earthlings Coin architecture is designed with preservation of human dignity and right to privacy in mind.

6.10. Model limitations and disclaimer

As of the compilation of this document, Earthlings Coin 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.

It is critically important to understand:

• The described architecture does not guarantee success or stable token price — it only sets a logically coherent framework;
• Any forecasts about possible future Earthlings Coin value are scenarios and hypotheses, not promises;
• Participation in Earthlings projects and receiving Earthlings Coin does not replace labor legislation, social security systems, or state guarantees;
• In case of conflict between internal decisions (DAO, token rules) and national law, the laws of the respective country have priority;
• This text is informational and conceptual in nature and does not constitute legal, financial, or investment advice;
• Earthlings Coin is not offered here as an investment object and is not accompanied by income promises;
• Specific token implementation in individual jurisdictions will be adapted to local regulation and may differ from the base model.

6.11. Anti-oligarchic properties

To prevent transformation of Earthlings Coin into a source of power, structural limitations are adopted:

• Earthlings Coin does not give additional votes;
• Its accumulation does not convert into political rights;
• Base issuance for all participants prevents absolute dominance by early participants;
• Attempts to transform it into an externally traded asset are not part of the base model in initial stages;
• Technical and institutional mechanisms limit token concentration.

This is achieved through technical and institutional limitations enshrined in DAO protocols and system smart contracts.

6.12. Chapter conclusion

Earthlings Coin is an attempt to create a participation economy in which contribution to the common good is valued, not resource ownership. If the Earthlings ecosystem proves viable and useful to the world, the market may see value in this token. But first — content and architecture, not price.

The model is built on principles of utilitarian value, transparency, protection against power concentration, and compliance with international legal norms. Earthlings Coin is not a financial instrument, but an institutional element of internal coordination and motivation of the Earthlings people.

THEORETICAL MODEL OF EARTHLINGS PEOPLE GROWTH

7.1. Introduction

The growth of the Earthlings people must be viewed not as simple increase in participant numbers, but as:

• growth in number of subjects (quantitative aspect);
• growth in number and quality of Cells (organizational aspect);
• growth in institutional maturity (qualitative aspect).

7.2. Absence of empirics and necessity of structural model

Since the Earthlings system has no historical trajectory, it is impossible to build a classical demographic or sociological growth model. However, it is possible to set the structural form of dynamics.

7.3. Multi-level dynamics

The growth model accounts for three levels:

• micro-level: decisions of individual people about joining;
• meso-level: Cell activity and dynamics, Cell attraction;
• macro-level: evolution of the network as a whole.

7.4. Generalized dynamic model

dN/dt = F(N, S, A, C),

where:

N(t) — number of Earthlings;

S(t) — number of Cells;

A(t) — institutional activity (level of institutional activity: number of projects, votes, decisions);

C(t) — coherence (consistency) of institutions (quality of institutional coherence).

Function F:

• is nonlinear;
• depends on network effects;
• reflects the presence of threshold phenomena such as critical mass;
• is not set numerically, but is defined as nonlinear, accounting for network effects.

7.5. Critical mass

The existence of point t* can be assumed, at which:

d²N/dt² > 0,

that is, growth begins to accelerate. This point is related to:

• project recognition;
• demonstrated practical benefit;
• formed functioning Cells and projects;
• accumulated trust in the architecture;
• achieving critical mass, at which the system becomes recognizable, its values become clear to a wide circle of people, Cells demonstrate successful practices.

7.6. Role of Cells

Cells perform the role of:

• local growth generators;
• filters for new participants;
• carriers of practical activity that makes participation in Earthlings meaningful;
• opening entry points into the system;
• creating practical projects;
• serving as sources of new participants.

7.7. Model limitations

Since there is no empirical series, the model:

• does not claim quantitative forecasts;
• only sets the dependency structure;
• is subject to subsequent calibration as data emerges.

NETWORK STRUCTURE OF THE EARTHLINGS PEOPLE

8.1. Introduction

Network structure determines system resilience, development capacity, and scalability. For Earthlings, this structure is fundamental, as there is no center or territory.

8.2. Nodes and connections

Nodes:

• subjects (Earthlings) — first-order nodes;
• Cells — second-order nodes (clusters);
• projects and initiatives — third-order nodes.

Connections:

• within Cells (horizontal);
• between Cells and DAO (vertical — conditionally);
• between different projects (inter-cluster);
• connections between nodes form a complex graph with high resilience.

8.3. Network type

By topology, the Earthlings network is closer to:

• multi-layered;
• clustered;
• decentralized;
• heterogeneous;
• adaptive.

In it:

• there is no single center;
• multiple clusters (Cells) interact with each other;
• formation of supra-cluster structures (Cell unions, etc.) is possible.

8.4. Density, connectivity, and resilience

For resilience, important are:

• sufficient density of horizontal connections within Cells;
• presence of inter-cluster connections;
• absence of critical "bottlenecks";
• possibility of information routing through alternative paths;
• possibility of connection redistribution;
• independence of structural elements.

The Earthlings network is designed so that:

• failure of individual Cells does not destroy the system;
• deactivation of some participants does not lead to collapse;
• new Cells can emerge without centralized permission.

8.5. Emergent structures

Thanks to network architecture, possible are:

• spontaneous formation of new projects;
• emergence of new coordination forms;
• Cell unification into large thematic or regional associations.

These emergent phenomena are not planned from above, but are permissible and supported by the architecture.

INSTITUTIONAL COHERENCE AND LONG-TERM STABILITY

9.1. Introduction

Institutional coherence is the consistency of system elements: identity, governance, economics, coordination. The Earthlings system must be not only logically, but also institutionally self-coherent.

9.2. Four-layer model

The system is described by four layers:

I — Identity Layer

G — Governance Layer

M — Incentive Layer

C — Coordination Layer

The four institutional layers (Identity, Governance, Incentive, Coordination) must:

• not contradict each other;
• be mutually reinforcing;
• ensure a closed reproduction loop.

Institutional dynamics can be represented as a sequence:

where:

• unique subject (I) →
• participates in governance (G) →
• receives incentives and recognition (M) →
• engages in practical activity (C) →
• strengthens their identity and belonging (I).

9.3. Mutual reinforcement of elements

• Biometrics and SBT (I) ensure DAO integrity (G).
• DAO (G) creates incentive distribution rules (M).
• Earthlings Coin and participation mechanisms (M) support Cell and project activities (C).
• Activity (C) strengthens identity and sense of belonging (I).

9.4. Institutional symmetry

The system strives for symmetry:

• equality of subject rights;
• equality of procedures;
• equal access to governance participation.

The absence of institutional "castes" and rigid hierarchies is an important condition for long-term stability and reduction of internal conflicts.

9.5. Countering degradation

Many social systems over time:

• centralize;
• become elitist;
• create closed influence groups.

Social systems tend toward centralization and elitism. In the Earthlings model, these tendencies are countered by:

• rigid binding of rights to the unique subject, not to resources;
• procedural transparency;
• absence of centers whose control gives power monopoly;
• distributed responsibility;
• impossibility of accumulating "votes" through capital;
• irreversibility and indivisibility of personal status;
• absence of a center that can be captured;
• transparency of DAO decisions.

9.6. Long-term stability

The system can be considered stable in the long term if it:

• retains the ability to attract new participants;
• does not lose basic structure with scale growth;
• prevents transformation of internal economy into a power source;
• preserves transparency and reproducibility of Governance Layer procedures;
• subject uniqueness is preserved;
• governance procedures operate transparently;
• incentives do not lead to power concentration;
• coordination structures are not destroyed with participant number growth.

METHODS FOR FUTURE EMPIRICAL VALIDATION OF THE MODEL

10.1. Introduction

Since the Earthlings model is theoretical in nature, a program for future empirical validation is necessary. Scientific correctness requires that the main elements of the model be verifiable when data becomes available.

10.2. Objects of Validation

Subject to empirical verification are:

Biometric uniqueness and correctness of KYC.

Honesty and sustainability of DAO procedures.

Effectiveness of the cell structure as an organizational unit.

Functionality of Earthlings Coin as a motivational tool.

Actual growth dynamics (N(t), S(t), A(t), C(t)).

10.3. Methods for Verifying Biometrics and KYC

• Technical audit of KYC provider algorithms.
• Assessment of false match and rejection rates.
• Stress testing on mass data (within acceptable anonymized modeling).
• Independent laboratory reports.
• Algorithmic and technical verification of KYC and biometrics.

10.4. Methods for Verifying DAO

• Analysis of vote distribution;
• checking for anomalies (suspicious clusters, coordinated takeover attempts);
• modeling alternative scenarios with changing number of participants;
• assessment of procedural resilience to activity decline and information shocks;
• audit of DAO procedures.

10.5. Methods for Assessing Cell Effectiveness

• Network analytics of density and connectivity;
• assessment of quantity and quality of implemented initiatives;
• analysis of temporal sustainability of cells (life cycle, capacity for self-renewal);
• empirical studies of participant engagement;
• network analytics for cells and projects.

10.6. Methods for Assessing Earthlings Coin

• Statistical analysis of the relationship between Earthlings Coin distribution and activity;
• behavioral studies (changes in participation with presence/absence of incentives);
• search for signs of destructive incentive formation or influence concentration.

10.7. Growth Model Validation

• Observation of N(t), S(t), A(t), C(t);
• comparison of actual curves with theoretical expectations;
• identification of possible critical mass;
• assessment of changes in network structure as it grows;
• statistical analysis of participant dynamics;
• simulation models.

10.8. Ethical Constraints of Validation

• privacy compliance;
• use of aggregated and anonymized data only;
• compliance with international personal data protection standards;
• independence of research groups.

10.9. Chapter Conclusion

Methods for future validation do not impose a specific development path on the system, but rather establish a framework of scientific verifiability in which one can assess:

• correspondence of implemented practice to the theoretical model;
• necessity of correcting axioms, definitions, and procedures;
• empirical limitations and strengths of the Earthlings architecture.

LEGAL ARCHITECTURE: KYC, AGE, REGISTRY, ANONYMITY

11.1. Introduction

The legal architecture of the Earthlings people must ensure a balance between:

• verifiable uniqueness of subjects;
• protection of personal data and privacy;
• compliance with international standards;
• minimizing risks for participants.

This chapter describes in detail:

• age criterion and its justification;
• role and responsibility of KYC providers;
• structure and content of the Earthlings registry;
• principle of pseudonymity;
• protocols for interaction with government agencies.

11.2. Age Criterion: 18 Years

11.2.1. Basic Provision

The minimum age for signing the Earthlings Declaration and obtaining Earthling status is 18 years. This provision is enshrined in Axiom 6.

11.3. Role of KYC Providers

11.3.1. Functions of KYC Provider

The Earthlings verification system performs the following functions:

Document Authenticity Verification

• Analysis of security features;
• Detection of forgery signs;
• Compliance of document format with issuing country standards.

Biometric Matching

• Matching photo in document with live facial image;
• Liveness verification (confirmation that it is a live person, not a photograph);
• Multi-step recognition algorithms.

Uniqueness Verification

• Matching against database of previous verifications;
• Exclusion of duplicates and repeated registration attempts.

Age Verification

• Verification of compliance with minimum age requirement (18 years).

11.3.2. Data Storage

The KYC provider:

• Stores document scans and biometric data for a limited time in accordance with legislation (typically from 30 days to 5 years depending on jurisdiction and service type);
• Applies encryption and secure storage in accordance with international standards (ISO 27001, SOC 2);
• Ensures compliance with GDPR, CCPA, and other data protection regulations.

11.3.3. Transmission of Verification Result

Upon completion of the process, the Earthlings people receives from the provider:

• Verification status: "verified" (confirmed) or "rejected" (declined);
• Technical verification identifier (unique code containing no personal data);
• Document issuing country (without specifying the specific document);
• Age confirmation (over 18 years).

CRITICALLY IMPORTANT:

Real names, document numbers, photographs, addresses, dates of birth **ARE NOT transmitted** to the Earthlings people and **ARE NOT stored** in the people's systems.

11.3.4. Validity of Verification After Data Deletion

International organizations and legal systems assess the reliability of identification not by the presence of original document scans, but by:

• Reliability of the verification procedure;
• Reputation and licensing of the provider;
• Compliance of the process with international KYC/AML standards;
• Cryptographic fixation of the result (hash, digital signature);
• Impossibility of result falsification.

Even if the KYC provider deleted document scans after the retention period expired, the verification result remains **legally valid** and **technically verifiable**. This is analogous to how a state does not permanently store biometric samples when issuing a passport, but the fact of passport issuance remains valid.

11.4. Structure of the Earthlings Registry

11.4.1. What the Registry Contains

The Earthlings people's registry contains a **minimum set of data** necessary for system operation:

Pseudonym (public name)

• Chosen by the participant upon registration;
• Displayed in public interfaces;
• Not linked to real name.

Country

• Country of issuance of the document used in KYC;
• Used for statistics and ensuring geographic diversity;
• Does not reveal specific identity.

Unique internal identifier

• Technical cryptographic identifier;
• Links the record to the SBT token;
• Contains no personal information.

KYC verification status

• Mark "verified" or similar;
• Confirms completion of biometric verification;
• Does not reveal document details.

Link to SBT token

• Cryptographic reference to soulbound token;
• Ensures irreversibility and uniqueness of status;
• Contains no personal data.

Date of obtaining Earthling status

• Records the moment of joining the people;
• Used for determining participation seniority.

Public key (optional)

• For cryptographic authentication;
• For signing votes and actions in DAO.

11.4.2. What is NOT in the Registry

The Earthlings people's registry **DOES NOT contain and DOES NOT store**:

❌ Real names and surnames

❌ Passport numbers or other document data

❌ Exact dates of birth (only confirmation of age 18+)

❌ Residential addresses

❌ Photographs or biometric templates

❌ Phone numbers (except when used for 2FA and stored separately with encryption)

❌ Email addresses (may be stored separately for communications, but not in the main registry)

❌ Any data allowing identification of a specific person outside the Earthlings system

11.4.3. Data Minimization Principle

The registry structure follows the principle of **data minimization** in accordance with:

• GDPR (General Data Protection Regulation, EU);
• Principles of Privacy by Design;
• ISO 29100 (Privacy Framework);
• OECD recommendations on privacy protection.

**Only data that is absolutely necessary** for the functioning of Earthlings institutions is stored:

• Biometric uniqueness (through KYC status);
• DAO participation (through SBT and identifier);
• Incentive distribution (through internal ID).

11.5. Pseudonymity as a Fundamental Principle

11.5.1. Definition of Pseudonymity

The Earthlings people operates in **pseudonymity** mode:

• Each participant has a public pseudonym;
• Internal interactions (voting, cell participation, projects) are conducted under pseudonym;
• Real identity is not disclosed in the public space of the people;
• The link between real identity and pseudonym is known only to the KYC provider (temporarily) and is not accessible to participants, DAO, or system administrators of the people.

11.5.2. Justification for Pseudonymity

Protection of participants from persecution

Participation in a transnational, decentralized community may be viewed hostilely by some states. Pseudonymity provides protection for activists, dissidents, and human rights defenders.

Right to anonymity and privacy

International documents (Universal Declaration of Human Rights, Article 12; International Covenant on Civil and Political Rights, Article 17) protect the right to privacy. Pseudonymity implements this right in the digital environment.

Compatibility with international legitimacy

Pseudonymity **does not prevent** recognition of the Earthlings people by international organizations, because:

• Uniqueness of subjects is verified through KYC;
• Absence of public real names is a matter of privacy architecture, not lack of accountability;
• Many legitimate systems (e.g., bank accounts, voting in some democracies) function with identity protection.

Compatibility with KYC

Pseudonymity **does not contradict** the presence of biometric verification:

• KYC confirms: "this is a unique person over 18 years old";
• Pseudonym hides: "which specific person this is";
• This architecture is widely used in fintech and crypto industry.

11.5.3. Technical Implementation

Layer separation

• KYC provider knows: document ↔ verification result;
• Earthlings people knows: verification result ↔ pseudonym ↔ SBT ↔ actions in system;
• Direct link document ↔ pseudonym is absent and cannot be restored without provider cooperation.

Cryptographic separation

• Verification result is transmitted as hash or signed token;
• Hash does not allow recovery of original data;
• Signature confirms authenticity but does not reveal content.

11.5.4. Confidentiality and Data Protection in DAO Context

The architecture of the Earthlings DAO relies on principles of minimization of collected data and maximum protection of participant confidentiality, in accordance with international data protection standards.

Data in distributed ledger

Votes, transactions, and decisions recorded in the distributed ledger (blockchain) are fixed using pseudonymous identifiers and cryptographic methods. Direct link between ledger records and real identity is protected by system architecture: access to matching is possible only within KYC procedures with external providers and with legal grounds.

Personal data minimization

DAO and related infrastructure collect only data necessary for voting procedures, authentication, and interface interaction. Data is not used for:

• hidden profiling of participants;
• sale or transfer to third parties;
• commercial monetization incompatible with the goals of the Earthlings people.

Participant control over data

Participants may request:

• **Access** to personal data controlled by the Earthlings people (e.g., email address, pseudonym, profile settings);
• **Correction** of inaccurate data;
• **Deletion** of data within applicable legislation.

Data related to KYC procedures is processed by external providers, and requests regarding them are directed to these organizations directly.

Immutability of ledger records

Records in the distributed ledger (e.g., voting facts, adopted decisions) are immutable by technical definition of blockchain. However, in analytical and public representations, these records are used only in **anonymized** or **aggregated** form, not allowing identification of specific participants.

Security through architecture

Data protection is ensured by combination of:

• cryptographic methods of encryption and hashing;
• distributed infrastructure without single point of failure;
• principles of data minimization and separation between systems;
• absence of centralized storage linking real identities and DAO actions.

The key DAO logic does not rely on a single critical point, which reduces risks of hacking or infrastructure confiscation.

11.6. Protocol for Responding to Government Agency Requests

11.6.1. Typical Requests

A government agency may contact the Earthlings people with questions:

**Request type 1:** "Is citizen [Real Name], passport №[number], an Earthling?"

**Request type 2:** "Provide a list of all Earthlings from country [X] with their real names."

**Request type 3:** "Provide access to biometric data of Earthling with pseudonym [pseudonym]."

11.6.2. Legally Correct Responses

To request type 1:

"The Earthlings people do not store or process real names, passport data, or other documents allowing identification of specific individuals.

The system operates on the basis of pseudonyms, and attribution of a specific civil name or document number to a record in the Earthlings registry is technically impossible without access to data of the independent KYC provider.

In accordance with personal data protection principles (GDPR, Privacy by Design principles), the system architecture excludes the possibility of providing such information."

To request type 2:

"The Earthlings registry contains pseudonyms and verification country, but does not contain real names. Providing a list of real names is impossible, as the system does not possess such data.

If a government agency has legal grounds for obtaining information about a specific person who has undergone KYC verification, it should direct the request directly to the licensed KYC provider in accordance with the provider's jurisdiction and international legal assistance procedures."

To request type 3:

"The Earthlings people do not store participant biometric data. Biometric information is processed exclusively by licensed KYC providers at the moment of verification and is stored in accordance with their policy and applicable legislation.

The Earthlings people receive from the provider only the verification result in the form of "confirmed" status without access to original biometric templates."

11.6.3. Legal Justification

This approach complies with:

European GDPR

• Article 5: principles of personal data processing (minimization, purpose limitation);
• Article 25: Privacy by Design and by Default;
• Article 32: security of processing.

International standards

• ISO 29100: Privacy Framework;
• OECD Privacy Principles;
• UN Guiding Principles on Business and Human Rights.

Crypto industry and fintech practice

• Many decentralized systems function similarly, separating identity verification and operational activity.

11.6.4. Cases of Cooperation with Law Enforcement

If there is suspicion of serious crime (terrorism, human trafficking, financing criminal organizations):

• Request is directed to KYC provider directly through official international legal assistance channels (MLAT);
• Provider, acting within its jurisdiction and policy, may provide data with court order or similar legal basis;
• Earthlings people cooperate within their technical capabilities (e.g., confirming pseudonym existence), but do not disclose data they do not possess.

11.7. Compliance with International Norms

11.7.1. GDPR (European Union)

The Earthlings model fully complies with GDPR:

• **Data minimization principle** (Article 5.1.c): only necessary data is stored;
• **Purpose limitation** (Article 5.1.b): data is used only to ensure uniqueness and institutional functioning;
• **Privacy by Design** (Article 25): system is designed with data protection from the start;
• **Right to be forgotten** (Article 17): not applicable to irreversible records in distributed systems, but real personal data is not stored, which reduces risks;
• **Security of processing** (Article 32): cryptographic methods, role separation, independent providers are used.

11.7.2. Other Jurisdictions

CCPA (California Consumer Privacy Act, USA)

• The Earthlings model meets transparency and data collection minimization requirements.

PIPEDA (Personal Information Protection and Electronic Documents Act, Canada)

• The system complies with principles of collection limitation, purpose use, and protection.

Data protection laws in Asia, Africa, Latin America

• Most national laws recognize the right to privacy and support the data minimization principle, with which the Earthlings model is compatible.

11.7.3. Recognition by International Organizations

International organizations (UN, OSCE, Council of Europe, etc.) when assessing legitimacy of transnational communities consider:

• **Transparency of procedures** ✅ (all DAO procedures are open);
• **Absence of coercion** ✅ (voluntary expression of will);
• **Protection of participant rights** ✅ (pseudonymity protects from persecution);
• **Compliance with international standards** ✅ (KYC, data protection, age criteria);
• **Presence of uniqueness verification mechanism** ✅ (biometrics through KYC);
• **Absence of illegal activity** ✅ (people do not engage in crimes, do not call for violence).

Pseudonymity and absence of storing real names **are not obstacles** to recognition, if the system demonstrates compliance with legal and ethical norms.

11.8. Risks and Their Mitigation

11.8.1. Risk: Abuse of Anonymity

**Description:** Pseudonymity may be used to conceal illegal activity.

Mitigation:

• Biometric verification through KYC excludes complete anonymity;
• In case of serious crimes, law enforcement may contact KYC provider;
• Internal DAO mechanisms allow exclusion of participants violating Declaration;
• Earthlings people publicly declare refusal to support illegal activity.

11.8.2. Risk: State Pressure on KYC Providers

**Description:** States may demand mass data transfer from providers.

Mitigation:

• Selection of providers located in jurisdictions with strong data protection (EU, Switzerland);
• Use of multiple independent providers for geographic risk distribution;
• Technical architecture excludes link provider → people → specific pseudonym without provider cooperation;
• Public position of people on protecting participant privacy.

11.8.3. Risk: Denial of Recognition Due to Pseudonymity

**Description:** International organizations or states may refuse recognition, citing absence of open real names.

Mitigation:

• Preparation of detailed legal documentation demonstrating compliance with norms;
• Examples of other legitimate systems using pseudonymity (e.g., electronic voting systems in some countries);
• Dialogue with international experts and organizations at early stages;
• Ability to provide aggregated statistics without identity disclosure.

11.9. Institutions of Oversight and Ethical Review: Independent Council of Earthlings

11.9.1. Conceptual Justification

In any complex adaptive system functioning on principles of self-organization, there is a risk of gradual deviation from original values and goals — a phenomenon known as institutional drift. To prevent this process and ensure long-term sustainability of the Earthlings people, an external oversight mechanism is created — the Independent Council of Earthlings (ICE).

ICE represents a meta-institution — a structure that is not part of the people's governance system but ensures its verification and correction through mechanisms of public trust and reputational influence.

Definition 11.1 (Independent Council of Earthlings):
The Independent Council of Earthlings is an autonomous oversight and advisory body consisting of recognized experts in the fields of ethics, ecology, human rights, economics, and science, having no direct operational role in governing the people and gaining legitimacy through open voting by participants.

11.9.2. Functions and Role in System Architecture

ICE performs four key functions, each strengthening different aspects of the Earthlings people's model:

1. Ethical Audit (Ethics Layer)

ICE assesses compliance of Earthlings people's actions with declared values and Declaration principles. This includes:

• Analysis of DAO decisions for ethical correctness
• Identification of potential conflicts of interest
• Assessment of initiative impact on ecology and social justice
• Publication of independent conclusions and recommendations

2. Legitimation Function (Legitimacy Function)

ICE serves as a mechanism for building trust with the external world:

• Confirms to the international community the transparency and accountability of the people
• Participates in dialogue with international organizations (UN, OSCE, environmental and human rights institutions)
• Increases legitimacy of the people as a serious participant in global processes
• Provides a bridge between internal pseudonymous participants and the external world of real names

3. Feedback Mechanism (Feedback Mechanism)

ICE creates a negative feedback loop preventing systemic deviations:

Let V₀ be the initial value vector of the people, V_t be the value vector at time t.
ICE measures distance d(V₀, V_t) and generates corrective signal C(t) when:

d(V₀, V_t) > ε (where ε is the acceptable deviation threshold)

The corrective signal takes the form of public recommendations that influence participant voting through reputational mechanism.

4. Resilience Guardian (Resilience Guardian)

ICE ensures system resilience through:

• Early identification of systemic risks
• Prevention of power concentration in DAO
• Protection of minority rights from tyranny of the majority
• Monitoring compliance with international legal norms

11.9.3. Mechanisms Ensuring Independence

ICE independence is ensured through the following structural elements:

Organizational autonomy:

• ICE members do not receive remuneration from the Earthlings people
• Participation in operational management of cells or DAO is prohibited
• Mandatory declaration of conflicts of interest
• Self-dissolution procedures upon loss of legitimacy

Reputational power instead of executive:

• ICE decisions are **ONLY advisory in nature**
• **DO NOT have veto power** or prejudicial-recommendatory conclusions
• **CANNOT block DAO Assembly decisions**
• **DO NOT participate in financial management**
• Influence through publicity and expert authority
• Right to public criticism of people's actions
• Initiation of public discussions on sensitive topics

CRITICALLY IMPORTANT: The Council's power is reputational, not authoritative. ICE conclusions may be considered or ignored by participants during voting without any special procedures. The DAO Assembly remains the sole governing body with complete freedom of decision-making.

Transparency of procedures:

• All meetings and conclusions are published openly
• Annual public report on the state of the people
• Open hearings with community participation
• Rotation mechanism and replacement of incapacitated members

11.9.4. Integration with Legal Architecture

ICE plays a critical role in ensuring compliance of the Earthlings people with international norms:

Compliance with GDPR and international standards:

• ICE monitors compliance with data protection principles (minimization, purpose limitation, Privacy by Design)
• Assesses work of KYC providers for ethics
• Guarantees balance between verification and privacy

Interaction with government agencies:

• ICE may represent the people in dialogue with international organizations
• Provides expert opinions for legal defense of the people
• Forms evidential base of legitimacy for people's recognition

Ethical control of economic mechanisms:

• Monitoring fairness of incentive distribution
• Assessment of environmental friendliness of economic initiatives
• Verification of absence of manipulations in reputation system

11.9.5. ICE Contribution to People's Sustainability

ICE embodies the principle of "checks and balances" in the horizontal architecture of the Earthlings people. Unlike traditional state systems, where counterbalances are built into the power structure (legislative, executive, judicial), in the decentralized system of the Earthlings people, ICE creates vertical separation:

• Horizontal level — DAO, cells, participants (operational activity)
• Vertical level — ICE (observation, assessment, recommendations)

This two-tier architecture prevents the system from closing in on itself and ensures a communication channel with the external world through recognized experts.

11.9.6. Formal Properties of ICE

Theorem 11.1 (ICE Independence):
Let S be the set of ICE members, G be the set of people's governing bodies. Independence is ensured if:
S ∩ G = ∅ (none of ICE participates in governance)
∀s ∈ S: income(s, Earthlings) = 0 (none receives income from the people)

Theorem 11.2 (Reputational Influence):
ICE influence on the system I(ICE) is proportional to its reputation R(ICE) and publicity of conclusions P(ICE):
I(ICE) ∝ R(ICE) × P(ICE)

This means ICE possesses the power of persuasion, not coercion.

11.9.7. Section Conclusion

The Independent Council of Earthlings is an institutional innovation adapting the principle of external control for a decentralized system. ICE:

✅ Prevents institutional drift from original values
✅ Strengthens international legitimacy of the people
✅ Provides feedback mechanism for self-correction
✅ Protects participant rights through independent expertise
✅ Creates a trust bridge between pseudonymous system and external world

Together with the four-layer architecture (Identity, Governance, Incentive, Coordination) and legal mechanisms for privacy protection, ICE completes the institutional model of the Earthlings people, making it sustainable, legitimate, and ethically justified.

11.10. The Earthlings Fund

The Earthlings Fund is a decentralized financial mechanism managed by the DAO Assembly based on the "1 person = 1 vote" principle. The Fund represents a critically important element of the economic architecture of the Earthlings people, providing financing for community projects and ensuring system sustainability.

11.10.1. Fundamental Principles

The Earthlings Fund is based on the following fundamental principles:

• Decentralized governance — all decisions on fund distribution are made exclusively by the DAO Assembly
• Equal voice principle — each verified Earthling has one vote regardless of contribution to the Fund
• Full transparency — all transactions are recorded on-chain and available for public audit
• Ethical responsibility — prohibition on funding activities contrary to community values

11.10.2. Fund Structure

The Earthlings Fund is organized on a categorical principle of fund distribution:

Basic allocation structure (70/10/10/10):

• 70% — Project Funding
  • Financing of project cells based on DAO voting results
  • Short-term and long-term initiatives
  • Milestone-based payments
• 10% — Infrastructure
  • Technical system maintenance
  • Smart contract development and auditing
  • Platform updates
• 10% — Reserve Fund
  • Protection against unforeseen circumstances
  • Legal defense of participants
  • Anti-crisis measures
• 10% — Education and Development
  • Educational programs
  • Onboarding of new participants
  • Communication and information

11.10.3. Fund Governance

The Fund governance system is based on three-tier architecture:

1. DAO Assembly (decision-making level):

• Adoption of all financial decisions
• Approval of project budgets
• Control of targeted use of funds
• Veto power over any expenditures

2. Core Nodes (technical level):

• Preparation of proposals for voting
• Technical execution of approved decisions
• Monitoring of project implementation
• Publication of reports
• Do not have authority to independently manage funds

3. Emergency Multisig (protective mechanism):

• Blocking of suspicious transactions
• Protection from technical exploits
• Fund recovery in case of errors
• Does not participate in fund distribution

11.10.4. Decision-Making Procedure

Financial decisions in the Fund are made through formalized voting process:

• Simple majority (51%) — for current operational decisions and project funding up to a certain threshold
• Qualified majority (67%) — for large expenditures, budget structure changes, and strategic decisions
• Quadratic voting — for prioritization among multiple projects

Each vote requires minimum participation quorum for decision legitimacy.

11.10.5. Ethical Constraints

The Earthlings Fund categorically prohibits funding the following categories of activity:

• Military technologies and weapons production
• Projects causing environmental harm
• Discriminatory or xenophobic initiatives
• Activities violating human rights
• Manipulative or deceptive practices
• Projects with conflicts of interest of governing bodies

11.10.6. Mathematical Model of Sustainability

Fund sustainability is ensured by the following system of balances:

Financial sustainability condition:
R_reserve ≥ B_annual × k_safety

where:

• R_reserve — size of reserve fund
• B_annual — annual budget
• k_safety — safety coefficient (typically ≥ 1)

Asset diversification principle:
Fund assets are diversified to minimize risks, with target allocation:

• 40-60% — stable assets (stablecoins)
• 20-40% — crypto assets with moderate volatility
• 10-20% — long-term investments

11.10.7. Transparency and Reporting

The Earthlings Fund ensures maximum transparency through:

• On-chain records — all transactions are recorded on blockchain and available for independent verification
• Quarterly reporting — public reports on revenues, expenditures, and Fund status
• Annual audit — comprehensive analysis of effectiveness and compliance with principles
• Public metrics — key performance indicators available in real time

11.10.8. Integration with Overall Architecture

The Earthlings Fund is an integral part of the people's four-layer architecture:

• Identity Layer — biometric verification ensures the "1 person = 1 vote" principle
• Governance Layer — DAO Assembly manages all financial decisions
• Incentive Layer — Fund creates economic incentives for participation and contribution to the community
• Coordination Layer — Core Nodes coordinate technical execution of Fund decisions

11.10.9. Protection Against Abuse

The Fund's protection system includes:

• Multi-factor control — critical operations require multiple confirmations
• Time delays — large transactions go through waiting period for public oversight
• DAO veto mechanism — community can cancel an approved transaction before its execution
• Emergency Multisig — ability to block suspicious operations

CRITICALLY IMPORTANT: The Earthlings Fund is not a traditional centralized foundation with directors and boards. This is an economic system where power belongs to the people, and technology guarantees honesty and transparency of every transaction. Fund governance is carried out exclusively through direct voting of all DAO Assembly participants.

11.11. Chapter Conclusion

The legal architecture of the Earthlings people ensures:

✅ **Verifiable uniqueness** of subjects through biometric verification;

✅ **Maximum privacy protection** through pseudonymity and data minimization;

✅ **Compliance with international standards** (GDPR, ISO 29100, OECD);

✅ **Participant protection** from persecution and unwanted identity disclosure;

✅ **Legal correctness** in responses to government agency requests;

✅ **Ability to cooperate** with law enforcement through KYC providers within lawful procedures;

✅ **Architecture transparency** for international organizations and experts;

✅ **Resilience to abuse** through combination of KYC verification and internal control mechanisms.

This architecture makes the Earthlings people **legally protected**, **ethically justified**, and **technically feasible** as a transnational community.

CONCLUSION

The theoretical-mathematical framework of the Earthlings people describes:

• a biometrically unique, decentralized, and transterritorial community;
• architecture of identity, governance, participation economics, and network coordination;
• internal logic of sustainability and self-reproduction;
• conditions for future empirical verification of the model;
• legal architecture ensuring balance between verification and privacy.

The document integrates:

• **Theoretical foundations** from network society theory (Castells, Barabási) and complex systems theory (Kauffman, Holland, Mitchell);
• **Axiomatic base**, setting fundamental system properties;
• **Formal definitions** of all key elements;
• **Mathematical models** of uniqueness, growth, incentive distribution;
• **Institutional architecture** of four layers (Identity, Governance, Incentive, Coordination);
• **Legal mechanisms** ensuring compliance with international norms and participant protection.