# Humanode Whitepaper v. 0.9.7 “Instrumentality of mankind” Dato Kavazi, Victor Smirnov, Sasha Shilina, MOZGIII, Dmitry Lavrenov, and the Humanode Core ## Abstract The global race toward decentralized financial infrastructure has produced countless innovations - but it remains haunted by a paradox. Despite a desire for decentralization, most networks reproduce the very power structures they aim to dismantle. Whether through Proof-of-Work (PoW) or Proof-of-Stake (PoS), validator access is gated by computational or financial capital, favoring those with the most resources and replicating systemic inequality. Humanode introduces a radically different model: a biometric-based consensus mechanism known as Proof-of-Biometric-Uniqueness (PoBU). Instead of requiring wealth or hardware, Humanode ties each validator node to a single, verified, living human being - achieved through privacy-preserving cryptobiometric verification. This creates a Sybil-resistant, egalitarian, and capital-agnostic decentralized network, where one human equals one node, and one vote. The system is designed to preserve privacy, eliminate validator monopolies, and offer a new standard for decentralized governance. Launched in 2022, the Humanode mainnet has been running without downtime for over 2.5 years, currently hosting over 1,800 human validators, with all nodes weighted equally. This whitepaper describes the philosophical foundation, architecture, consensus design, governance mechanisms, and long-term vision of Humanode - a decentralized financial system powered not by machines or capital, but by the human beings themselves. # Introduction Whitepaper v. 0.9.7 “Instrumentality of mankind” In a world where truth has historically followed authority, and later, money, Humanode proposes a new standard: truth equals human existence. The Humanode protocol reframes blockchain consensus through the most fundamental constant of all - the living, unique human. Rather than rewarding financial or computational dominance, Humanode assigns equal power to every participant, with validator rights granted through biometric proof of uniqueness and life. Through cryptobiometric technology, the network verifies that a node is operated by a real, living individual - without storing sensitive data. Each person can operate only one node. Validators do not stake capital. They stake their private identity - a non-transferable, cryptographically verified representation of their existence. This approach transforms the validator into an embodiment of individual sovereignty. It eliminates the need for staking, removes barriers of wealth or technical infrastructure, and restores balance to power and participation. Every validator has the same vote. Every validator earns equal reward. Every validator represents a living person. With no token-based gatekeeping, the Humanode protocol enables monetary systems that can be truly egalitarian. Emission is no longer rewarded to the wealthy or early entrants, but can be designed to follow real economic activity. This is expressed in the Fath monetary model, where proportional issuance adjusts with network value. Humanode is more than a blockchain. It is a philosophical and technological departure from the systems we’ve inherited - a structure where economic rights are tied to being alive, and where the validator set mirrors the human collective, not the capital elite. This is not merely a different approach. It is a logical step in the evolution of decentralized systems. # Humanode’s major components Whitepaper v. 0.9.7 “Instrumentality of mankind” The Humanode protocol introduces a fundamentally new category of blockchain architecture, where validation is not derived from capital or computation, but from unique human existence. It is designed as a Sybil-resistant, permissionless, and capital-agnostic network, enabling universal participation based solely on being human. At the core of Humanode’s architecture are several deeply interwoven technological components: ### Cryptobiometric Consensus – Proof-of-Biometric-Uniqueness (PoBU) Humanode validators are biometrically authenticated human beings, not machines or capital holders. The PoBU consensus ensures that: * Only one node can be launched per verified human * Validators are authenticated using facial recognition, encrypted and matched privately approximately every week * A liveness detection system which confirms that biometric data originates from a living person in real-time * Matching and verification occur in the Confidential Virtual Machines (TEEs) to preserve privacy This system offers robust Sybil resistance, immune to traditional attack vectors like GPU farms, token hoarding, or identity farming. Every node is equivalent in voting and computational power. Validator power can’t be bought or transferred - only lived. ### Blockchain Layer - Polkadot.sdk & EVM Compatibility The Humanode blockchain is designed to support multiple virtual machines, including EVM, all secured by the same validator set. We believe in evolving alongside innovation - not locking into a single technology. We have already battle tested forkless runtime upgrades 40+ times that allow significant chain updates without resorting to hard forks.\ \ Here you can check out our blockchain diagram in detail:
### Cost-Based Transaction Fee System Unlike PoW or PoS networks that rely on volatile internal gas markets, Humanode uses a cost-based fee system: * Transaction fees are pegged to real-world cloud compute/storage costs * The protocol references prices from cloud providers (via oracles) and translates them into HMND using decentralized exchange data * This creates predictable, rational transaction pricing, eliminating fee volatility during high network activity * Fees are distributed equally among all active nodes, decoupling economic incentive from wealth or stake size ### Vortex – Cognitocratic On-Chain Governance Humanode’s DAO, Vortex, replaces plutocratic governance models with a system based on contribution, not capital. It is structured as follows: * Proposal Pools: Ideas are surfaced and filtered through collective community attention * Specialized Voting Chambers: Domain-relevant experts evaluate proposals within their field * Formation: The execution layer, distributing grants and resources to bring accepted ideas to life Participation is earned through the **Cognitocratic Measure (CM)** - a scoring mechanism that reflects governance contributions, proposal success, and domain-specific reputation. ### Fath – Monetary Policy Based on Real Value Fath is Humanode’s native monetary algorithm. It ensures proportional issuance of new HMND based on measurable economic activity on the network. * If transaction volume increases 5% over a previous period, 5% of new tokens are emitted * These are distributed proportionally to all holders based on current balances - not validator status
* Conversely, if activity decreases, an outFath burn is triggered to reduce excess supply Fath provides a dynamic and fair economic model, mitigating long-term inflation and aligning monetary growth with real-world usage, not speculation or mining schedules.
# Humanode Infrastructure Whitepaper v. 0.9.7 “Instrumentality of mankind”
The Humanode infrastructure is built like a living system - simple at the core, but deeply interconnected. At the heart of it all is the blockchain itself, secured by 1,800 validator nodes, each run by a real, living person verified through biometrics. The cryptobiometric layer consists of Biomapper, OAuth2 Service and verifiable CVM. Around this core, several parts work together. The Blockchain runs the logic - smart contracts, coordination, and governance. OAuth2 acts like a bridge to the outside world, letting apps like BotBasher for Discord and Telegram use verified human identity to stop bots and sybil actors. Biomapper works for on-chain and cross-chain verification and a special CVM-based robonode acts separately to verify Human nodes only. Biostaker adds an extra layer, allowing sybil-resistant LP staking through what we call BioDeFi.\ \ Exchanges and on-chain DEXs round out the network, letting capital flow in and out. It’s a structure that grows organically - designed to stay sovereign, resist capture, and extend across the crypto stack without losing its grounding in real human beings. # Proof-of-Biometric-Uniqueness (PoBU): The Consensus of the Living Whitepaper v. 0.9.7 “Instrumentality of mankind” The dominant consensus models that have emerged over the last fifteen years - Proof-of-Work (PoW) and Proof-of-Stake (PoS) - rely on the assumption that economic barriers can sufficiently deter bad actors and secure distributed systems. However, both mechanisms inherently reproduce centralization through access to capital or specialized hardware, reinforcing the very inequalities blockchain technology was meant to overcome. Proof-of-Biometric-Uniqueness (PoBU) is a fundamentally different approach to consensus. It relies not on what a participant owns, but on who they are - or, more precisely, that they are uniquely human and truly alive. It eliminates the material preconditions for participation by enforcing a strict one-human = one-node rule, where each validator must cryptographically prove their biometric uniqueness and existence through privacy-preserving authentication mechanisms. ### Replacing Capital with Existence PoBU shifts the core trust assumption from capital expenditure to human uniqueness. In this model, a validator does not gain access to consensus power through monetary stake or computing energy, but through their verified biological existence. At the heart of PoBU lies an advanced biometric verification framework that ensures two essential properties: * Uniqueness: Each human node must pass a secure biometric enrollment, proving they are not a duplicate of any other node. * Liveness: The identity must be verified as a living, conscious human being - not a replayed recording, deepfake, or synthetic model. Both checks are carried out by combining active and passive biometric models verified through a secure enclave system that ensures no raw biometric data is ever stored or accessible, even to Humanode itself. ### Privacy by Design: Humanode Confidential Virtual Machines (CVMs) PoBU introduces biometric verification as the basis of consensus while preserving the inviolability of one’s identity. Through cryptographic schemes and distributed biometric matching, no personally identifiable information (PII) is ever recorded on-chain. Instead, the network leverages Confidential Virtual Machines (CVMs). They enable private biometric verification by executing code in hardware-isolated environments that protect data from external access - even by system administrators or hypervisors. CVMs are critical to Humanode’s goal: verifying human uniqueness without compromising privacy. CVMs run inside specialized hardware (e.g. AMD SEV-SNP) that encrypts memory and CPU state, ensuring no external actor can access what's happening inside. This includes protection from cold boot attacks and malicious host OS-level access. Each CVM exposes only a minimal API, is isolated from remote access (no SSH, updates, or admin shell), and automatically wipes all memory after use. On top of that, we build a new trust model. Usually, CVM platforms (i.e. cloud platforms) aim to assure the CVM integrity to the owners of the CVM. Humanode CVMs aim to assure the end users of the code that they interact with the code they expect, and can audit. Key components include: * Open Source Gateway: While core biometric models are proprietary, Humanode wraps them in a sandboxed, open-source gateway that enforces strict data isolation. * Reproducible Builds: the entire CVM software stack can be reproducibly built - ensuring the binaries users see match the public source code. * Direct Hypervisor Control: CVMs run on bare-metal hardware without intermediaries, ensuring the measured system matches the source artifacts. * Remote Attestation: Each CVM signs its runtime state using hardware keys, allowing users to verify the exact code running inside. * Autonomous and Immutable Execution: CVMs are non-updatable post-launch and cannot be accessed or altered by operators - eliminating backdoors and insider threats. From source code to runtime, Humanode creates a verifiable trust chain:\ \ `Open-source` → `Reproducible builds` → `Measured binaries` → `Attested enclave` → `User verification`\ \ This allows users to personally verify that the system handling their biometric data is trustworthy. Unlike traditional CVM platforms, which secure cloud users, Humanode CVMs prioritize user-verifiable privacy. This enables decentralized biometric verification that is secure, auditable, and does not rely on blind trust - even when using proprietary biometric models. ### Egalitarian cryptobiometric Consensus Once enrolled, each uniquely authenticated human may launch a single validator node. In this structure: * Every node has equal consensus weight - there are no staking bonuses, no weighted voting, and no miner hierarchies. * Consensus is secured through cryptobiometric gating, meaning that block authorship and voting rights are accessible only to those who continually prove their existence. * Malicious actors are eliminated through biometric blacklisting - if fraud is detected, the associated biometric identity is denied further validation for up to 6 months. Thus, PoBU offers an intrinsic form of Sybil resistance, not through cost, but through biological singularity - your existence is your key, and no duplicates are tolerated. ### Evolutionary Consensus Framework PoBU is not static. It is designed to evolve in phases as technology advances: * Stage I: External biometric verification using liveness-secured 3D facial recognition. * Stage II: Multimodal authentication including voice, iris, gait etc. * Stage III: Decentralized biometric marketplace for various biometric providers * Stage IV: Internal biometric authentication via brain-computer interfaces. * Stage V: Real-time proof-of-human-existence - where existence itself becomes a continuous key to validation. This progression positions Humanode as the first consensus protocol designed to scale with the ontological evolution of humanity - where technology and biology intersect to create a living, breathing network. ### Decentralization Through Equal Existence Because all nodes are strictly bound to living human beings, power cannot be hoarded, sold, or acquired through wealth. Even if one were to obtain every token in the Humanode system, they could not control more than one validator without breaching the fundamental rule of PoBU. This is the first cryptographic mechanism that equates decentralization with demographic equality. With over 1800 uniquely verified validators running for more than 2.5 years without downtime, Humanode already demonstrates what a truly decentralized, non-capital-based consensus protocol looks like in practice. # Validator Economics and Fee Distribution Whitepaper v. 0.9.7 “Instrumentality of mankind” Unlike traditional blockchains, Humanode breaks from capital-weighted models to establish a validator economy grounded in human equality, real-world operating costs, and measurable contribution. Validator rewards, fee logic, and resource incentives are derived not from token holdings or compute power, but from biometric identity, Proof-of-Time (PoT), and Proof-of-Devotion (PoD). ### Capital-Based Consensus and Its Limitations In capital-based systems such as Proof-of-Work (PoW) and Proof-of-Stake (PoS), validation power is dictated by financial weight - be it computational hardware or locked capital. These systems, while decentralized in theory, often concentrate power in the hands of capital holders or specialized hardware operators. As a result, such systems remain vulnerable to capital-based attacks and centralization creep. By contrast, Humanode implements a biometric Sybil-resistance mechanism where each real, living human can deploy only one node. This strict invariant - one human, one node - creates a fundamentally egalitarian architecture where consensus power is uniformly distributed, regardless of wealth or geography. ### Cost-Based Fee System Humanode applies a cost-based fee system, where transaction fees are pegged to real-world operating costs incurred by human nodes. This approach stabilizes network fees over time, de-links fee volatility from speculative token fluctuations, and aligns validator incentives with sustainability. Fees are composed of two core components: * Computation Fees: Based on the actual cost of processing a transaction, calculated using the average expenses of running validator nodes. * Storage Fees: Based on the time-based cost of storing data across all participating nodes. To determine these costs, the protocol utilizes oracle-checked APIs that gather real-time pricing data from major cloud infrastructure providers (e.g., AWS, GCP, Hetzner). These USD-denominated costs are translated into HMND using decentralized exchange oracles and internal gas references to ensure stability. ### Perpetual Storage Formula Since storage persists beyond a single transaction’s execution, the protocol also calculates the perpetual cost of data storage, adjusting for the historical trend of decreasing storage prices (\~30.57% annually). The cumulative cost is represented as:
**Where:** * P\_store = total perpetual cost of storage * P\_GBH\[i] = cost of storing 1 GB per hour at time i * Datasize = transaction size in GB This ensures that transaction fees include the total burden of long-term data storage and incentivize long-term node operation. ### Equal Distribution through Liquid Validator Fee Set Humanode implements a Liquid Validator Fee Set (LVS) rather than a static payout to all active validators. Validators are ranked by Proof-of-Time (PoT) and Proof-of-Devotion (PoD) to determine the order in which costs are covered. Once a validator’s costs are reimbursed, the protocol moves to the next in the ranking until all collected fees are distributed. * PoT reflects uptime, longevity, and participation in governance. * PoD reflects contributions to the network - such as development work, accepted proposals, and ecosystem participation. This model ensures that validators who have committed significant time and effort are prioritized, especially when fees are scarce. As more fees accumulate, the LVS expands, dynamically increasing validator inclusion. Despite this dynamic hierarchy for cost recovery, all human nodes retain equal validation and voting power. ### Summary of Fee Logic * Validators are compensated in proportion to real operating costs, not stake or hardware. * All fees are distributed equally among included validators, with no extra weight or slashing mechanisms. * The number of validators included in a fee cycle is fluid, depending on total network fees and the rankings of PoT/PoD. * This approach minimizes speculative pressures, prevents validator oligopolies, and aligns economic reward with equal human participation. ### Experimental Phase: Bootstrapping Fund During the early stages of network growth, Humanode employs a bootstrapping fund that simulates fee distribution for the first 1000 human nodes. Validators with strong uptime and ecosystem participation (as measured by PoT/PoD) are included in the fund, which is progressively expanded as the network matures. Each validator receives fee compensation based on the number of epochs (one being equal to 4 hours) they were bioauthorized and active during a two-week period. This phase serves to simulate network saturation and test fee economics before full adoption of open, cost-based logic. ### Example For now, those who have a PoD will always have a higher positioning of getting into the validator fee set. The uptime is calculated by counting the epochs in which a validator was bio-authorized. Every two weeks the protocol queries the data about the Human nodes that show the number of epochs every node has been bioauthorized, producing blocks and participating in finalization. One epoch in Humanode equals four hours. There is a maximum of 84 epochs throughout two weeks that human nodes can be bioauthorized in. The more Epochs you were bioauthorized in, the higher your stance and the more likely you are to receive fees.
# Humanode as a Living Philosophy: Redefining Power, Identity, and Trust in the Age of Consensus Whitepaper v. 0.9.7 “Instrumentality of mankind” Humanode represents a novel class of decentralized infrastructure - neither wholly technological nor merely ideological. It is a living architecture of consensus, rooted in biometric uniqueness and constructed on the principle of equal validation power. At its foundation lies the axiom:\ One Human = One Node = One Vote. This axiom is not a rhetorical device but a protocol-level invariant. It encapsulates Humanode’s departure from legacy consensus systems and its endeavor to create a cybernetic structure grounded in human existence rather than computational labor or capital accumulation. As such, Humanode introduces a model of governance and verification wherein biological existence, rather than possession or control, becomes the defining stake. ### Dispersion of Authority: The Anatomical Decentralization of Power Traditional systems of consensus - whether grounded in Proof-of-Work (PoW) or Proof-of-Stake (PoS) - derive security and governance from extrinsic capital. In contrast, Humanode reconceptualizes power as a biometrically constrained resource - one that is innate, finite, and indivisible by design. This paradigm introduces a horizontal distribution of authority, transforming the network into an acéphalic structure in the spirit of Georges Bataille’s symbolic “headless man” - a form without centralized control, governed instead by emergent consensus.
Each node operates not as a subordinate unit but as an epistemic agent within a non-hierarchical, resilient topology - a rhizomatic system where every participant is structurally equal. The elimination of wealth-based gatekeeping ensures that no participant can amass disproportionate influence through capital leverage. Authority within Humanode flows from presence, proof, and persistence, not from wealth or machine power. ### Redefining Identity: From Data Subject to Sovereign Validator Humanode introduces a transformative conception of identity - a model predicated not on documentation or institutional attestation, but on encrypted biometric proofs. The network employs advanced liveness detection and privacy-preserving neural biometric matching to verify the uniqueness and existence of its participants. This approach renders traditional forms of KYC and third-party trust obsolete, enabling a self-sovereign identity layer where validation is inherently human and mathematically provable. This reconceptualization transcends mere Sybil resistance. It reframes digital existence itself: each node is not a proxy of capital or hardware, but an ontological anchor of a living human being. The validator is no longer a stakeholder in a financial sense but a biologically singular validator of shared truth. ### Structural Fairness: Equilibrium Through Invariance Within Humanode, fairness is not negotiated but architected. Its computational and governance layers are designed to resist the capture dynamics that plague token-weighted systems. * Every node holds equal computational and validation rights. * Fees generated through network activity are equally distributed. * Governance is mediated through Cognitocratic progression, rewarding intellectual merit and network participation rather than token accumulation. * Emission is governed by the Fath algorithm, wherein monetary expansion is responsive to verifiable value creation and distributed proportionally. This systemic design ensures that incentives are not merely balanced - they are normalized, establishing a form of structural egalitarianism rare in both digital and traditional economies. ### Privacy and Verifiability: The Dual Mandate Humanode harmonizes the seeming dichotomy between privacy and transparency through cryptographic and biometric primitives. It is a network that verifies without revealing, validates without surveillance. Liveness proofs, Confidential Virtual Machines, and encrypted biometric templates ensure that identity is provable but not extractable. This fulfills a dual mandate: preserving the individual’s digital sovereignty (their right to control access to their identity), while maintaining public auditability of protocol-level behavior. As such, Humanode approaches a philosophical ideal: a system where trust is functionally unnecessary because verification is mathematically encoded into the substrate. ### Ethical Accelerationism: Automation in the Service of Human Value Humanode integrates programmability and automation not as ends in themselves, but as instruments in the pursuit of responsible progress. The protocol aligns with principles of defensive accelerationism, wherein technological advancement is guided by the preservation of human autonomy, not its obsolescence. Smart contracts, automated governance modules, and dynamically adjustable economic algorithms serve to enhance - not replace - human agency. The system is designed to evolve organically, absorbing innovation while resisting institutional ossification. ### Sustainability, Resilience, and Collective Autopoiesis Humanode is constructed to endure. Its design accounts for resilience not only in cryptographic and network terms, but also in sociotechnical dimensions. It is a self-healing, autopoietic network wherein new proposals, protocols, and ideas emerge from the community via Proposal pools and are refined, tested, and deployed through Vortex, the governance mechanism. This cycle of contribution and execution enables perpetual regeneration and evolution - without the need for central authorities or external direction. It embodies Solarpunk principles: a sustainable, adaptive system that can scale globally while remaining fundamentally human-centered. ### Toward a New Epoch of Coordination Humanode proposes a model of social and economic coordination in which human existence is the sole prerequisite for participation. This vision invites us to consider what it means to construct systems where: * Fairness is enforced, not requested. * Power cannot be purchased - only lived. * Identity is sovereign, yet non-extractive. * Governance is programmable, but never inhuman. Humanode is not merely a protocol - it is the infrastructure of a new planetary social contract, one that bypasses institutions, rewires incentives, and reclaims agency for every participant. It offers a technological response to philosophical questions that have endured since antiquity - and now, in the age of global computation, may finally be answered. # Governance: The Vortex Protocol Whitepaper v. 0.9.7 “Instrumentality of mankind” The Humanode network is governed by Vortex, a decentralized governance protocol designed to reflect the same core principles that power the network itself: biometric uniqueness, individual equality, and dynamic contribution. Vortex moves beyond token-weighted voting, establishing a cognitocratic framework where decision-making is decoupled from capital and aligned with Proof-of-Time (PoT), Proof-of-Devotion (PoD), and Proof-of-Governance (PoG). ### Core Characteristics of Vortex * **Equal Voting Power:** All human nodes have one vote, regardless of wealth or stake. * **Tiered Participation**: Participants gain access to different proposing rights based on their activity and commitment over time. Higher tiers, such as Citizens, can propose structural changes to the DAO. Tiers do not increase the power of one’s voice. * **Cognitocratic - meritocratic Evolution**: Governance power is determined by non-financial credentials - length of activity, uptime, proposal participation, and constructive contributions to the network. * **Chamber System:** The Vortex DAO is composed of multiple governance chambers, each representing a specialization or focus area. Chambers can create and review proposals, assign formation grants, and coordinate policy development. * **Proposal Pooling**: New ideas and upgrades enter through a proposal pool system, where attention and preliminary support determine progression toward formal voting. * **Dynamic Metrics**: A participant's influence is tracked via Cognitocratic Measure (CM) Scores and proposal reputation, dynamically adjusted based on historical behavior and chamber assessment. Importantly, Vortex also enables constitutional overrides, like chamber dissolution and vote of censure, ensuring that governance structures remain transparent, flexible, and responsive to abuse or inaction. ### Decentralized by Default In Vortex, delegation is liquid, and all proposals are public and on-chain. Early governance experimentation has shown that distributing proposition and assessment rights based on PoT and PoD leads to more organic, transparent, and non-plutocratic governance outcomes. While governance roles cannot be purchased or rented, they can be earned - and lost - through continuous participation or lack thereof. ### Governance Infrastructure Key components supporting the Vortex protocol include: * Formation: A decentralized grant system that assembles teams and funds proposals approved by chambers. * CM Score: A metric system used to evaluate proposal quality and participant credibility. * Attention Quorum: An anti-corruption mechanism preventing low-quality or malicious proposals from progressing. ### Further Reading For a complete and detailed explanation of the governance structure, mechanics, and emergent dynamics of Vortex, please refer to the full Vortex whitepaper:\ \ [Vortex 1.0](https://gitbook.humanode.io/vortex-1.0/) # Biometric Marketplace Whitepaper v. 0.9.7 “Instrumentality of mankind” The Biometric Marketplace is a modular system that allows multiple biometric providers to plug into the Humanode network. Instead of relying on a single algorithm or vendor, the network supports a set of interchangeable biometric modules that follow the Proof-of-Biometric-Uniqueness standard and run inside Confidential Virtual Machines. The Biometric Marketplace enables: * Integration of multiple biometric vendors into Humanode or any PoBU-compatible system\
* Competition based on accuracy, privacy, performance, and cost\
* Fallback and redundancy if a provider is compromised or becomes unavailable\
* Vendor independence, avoiding lock-in to a single company or algorithm ### Components | Biometric Provider Module | A plug-in that performs liveness detection, feature extraction, and matching | | ------------------------- | ---------------------------------------------------------------------------------------------- | | Verification Layer | Middleware that makes different biometric tech PoBU compatible | | CVM Runtime Environment | All biometric modules run inside Confidential Virtual Machines to ensure privacy and isolation | | On-chain Registry | DAO-managed list of active biometric providers | | Performance Monitoring | Tracks accuracy, latency, and operational integrity over time | All providers in the marketplace must be compatible with CVMs. CVMs protect biometric processing from the host environment and ensure that no raw data or templates ever leave the secure enclave. This setup aligns with the Humanode trust model and is technically compatible with most biometric systems already in use today. While multiple providers can exist in the marketplace, each user is verified through a core provider to prevent duplicate enrollments or evasion of uniqueness constraints. Redundancy is introduced at the network level - not at the user level - to ensure continuity in case of failure or removal of a provider. DAO governance manages the lifecycle of each provider, including onboarding, auditing, and removal. This ensures that the biometric verification layer remains functional and secure without compromising on privacy or decentralization.
By decoupling biometric logic from the protocol, Humanode allows: * Continuous adaptation to new biometric techniques * Replacement of compromised or outdated providers without disrupting the network * Strong enforcement of privacy through uniform CVM isolation * Avoidance of centralization at the biometric layer The Biometric Marketplace ensures that uniqueness verification remains a flexible yet controlled part of the system, capable of evolving without compromising its core guarantees. # Fath: A Reflexive, Egalitarian Monetary Protocol Whitepaper v. 0.9.7 “Instrumentality of mankind” ## Models of currency issuance Following the global shift to fiat currencies and widespread decimalization in the 1970s, the dominant model of currency issuance became one where value enters circulation not as capital, but as debt. Under this model, central banks inject liquidity at the top of the economic hierarchy - primarily into financial institutions - who then distribute it downstream through interest-bearing loans. This system entrenches a structural imbalance. Even when we exclude corruption, fraud, or bureaucratic inefficiencies, the essential function of the fiat system implies that ordinary people, enterprises, and local economies are the final bearers of inflationary cost. When large institutions fail, governments intervene. When individuals fail, they are fined, bankrupted, or evicted. Moreover, each round of money printing not only dilutes currency value, but paradoxically requires those least in control of issuance to pay the cost of their own devaluation. This misalignment between value creation and emission fundamentally destabilizes economic equity - and corrodes long-term resilience.

Figure 1: Money creation in modern credit-fiat system

### Modern Model of Currency Issuance #### 1. Private Credit Creation * When a commercial bank issues a loan, it simultaneously creates a new deposit in the borrower’s account. * This deposit becomes new purchasing power in the economy. * As the loan is repaid, the money is destroyed. * Interest payments become income for the bank and remain in circulation, spent through operations or distributed as profit. #### 2. Government Deficit Spending * When the government spends more than it collects in taxes, it injects net financial assets into the economy. * Central banks credit bank reserves, increasing private sector deposits. * These funds enter circulation without requiring repayment. * Taxes later remove some of this money, but not always entirely. This system is inherently pro-cyclical: private debt growth fuels booms, while deleveraging leads to recessions. Government deficits can stabilize these cycles, but money creation remains structurally tied to credit and discretionary fiscal policy. ### Emission in Proof-of-Work

Figure 2: Emission and Distribution in Proof-of-Work (PoW) Systems

In PoW-based cryptocurrencies such as Bitcoin, emission is algorithmically encoded and non-discretionary. Block rewards are distributed at regular intervals to miners who expend computational energy. The system does not function on debt, but exclusively rewards capital-intensive infrastructure and technical capacity. This model introduces another form of hierarchy: while emissions are direct rather than loan-based, they are accessible only to those with sufficient hardware and energy resources. Ordinary users receive nothing from protocol-level issuance, even if they contribute to network security through their activity or hold a substantial portion of tokens. More critically, PoW emissions are not correlated with value creation. Supply issuance follows a pre-set path - irrespective of economic throughput, adoption, or utility. This disconnection between supply and real-world productivity leads to deflationary tendencies and potential economic stagnation, particularly when scaled to national or global monetary systems. ### Emission in Proof-of-Stake

Figure 3: Emission and Delegation in Proof-of-Stake (PoS) Systems

In PoS networks, validators are rewarded with newly issued tokens for maintaining consensus and security. Many protocols allow delegated staking, whereby users assign their tokens to validators in exchange for a share of the reward. But again, participation in emission is capital-dependent - only those who hold and stake tokens are eligible. This reintroduces plutocratic dynamics: the more you have, the more you receive. Delegation flattens some inequalities, but centralization still accrues around validators and dominant pools. As in PoW, the user base at large does not receive protocol-level issuance, and systemic inflation disproportionately affects non-stakers or smaller holders. Though less resource-intensive than PoW, PoS remains disconnected from economic output. Emission is determined by block production rather than network productivity. And since validators often liquidate rewards to cover costs, these emissions regularly exert downward pressure on token price - creating systemic inefficiencies. ### Introducing Fath: Emission by and for the Network The Fath mechanism emerges from this critique. It is not simply an alternative to PoW or PoS - it is a complete reimagination of monetary issuance, aligned with Humanode’s foundational ethos: equal participation, biometric uniqueness, and economic reflexivity. Where previous models reward energy or capital, Fath rewards the network itself. It asks: How much value was created this epoch? and adjusts supply accordingly. Its emission mechanism is direct, universal, and proportional. Fath is built upon two foundational tenets: 1. Proportional Distribution:\ All newly issued tokens are distributed directly and equally proportionally to every wallet in the network, based on their holdings. There are no privileged recipients - no validators, no stakers, no whales. This means that every participant benefits from network growth in exact relation to their share of the supply. 2. GNetP-Oriented Supply Adjustment:\ The Gross Network Product (GNetP) - the total economic throughput of the Humanode chain - determines whether new tokens are minted (inFath) or burned (outFath). If the network has demonstrably grown in productive output, issuance increases. If activity contracts, supply contracts. The system reflects real value creation - nothing more, nothing less. ## A Two-Phase Architecture: Transactional → Extended GNetP To ensure both precision and pragmatism, Fath operates in two developmental stages: ### Phase I – Transaction-Based GNetP Initially, GNetP is calculated solely by total transaction fees paid across the network during a defined period. If the total fees increase from one period to the next, the system considers that a net-positive creation of value and initiates inFath. If fees drop, outFath is triggered. This creates a self-regulating economic pulse, where supply responds directly to network usage and utility, without requiring discretionary intervention. ### Phase II – Designated Account Expansion As the Humanode ecosystem matures, GNetP measurement expands to include Designated Accounts (DAs) - a novel concept unique to Humanode. Designated Accounts are user-created and user-defined, requiring no approval or gating from governance bodies. By opting in, a user marks an account as a DA, explicitly declaring its use for productive or commercial activity: operating a dapp, issuing a token, running a service, or contributing to public goods. All transactions routed through Designated Accounts are added to the GNetP calculation, enriching the protocol’s ability to discern real economic contribution. Over time, GNetP becomes more nuanced and representative - not only reflecting base network usage but also ecosystem-level value generation. To maintain integrity: * DAs may be subject to automated validation criteria to detect sybil loops or circular flows. * Statistical filters and governance tools will refine what qualifies as meaningful economic activity. * Participation in DA designation is fully voluntary - empowering users, not gatekeepers. ## Emission and Rebalancing in Practice Let’s say GNetP rises by 4% over an epoch. Fath then mints 4% of the total token supply and distributes it evenly, proportionally to every wallet according to its balance. If GNetP falls by 2%, a symmetric 2% of the supply is burned across all wallets. There is no central controller, no validator discretion, and no political override. The algorithm adjusts the monetary base with mathematical symmetry and collective fairness. ## Toward Reflexive and Sustainable Economic Models Fath seeks to solve a centuries-old problem: how to issue currency in a way that is fair, adaptive, and resistant to manipulation. Its design introduces: * Responsive Issuance: Anchored in actual economic throughput. * Universal Distribution: Removing barriers to receiving benefits from growth. * Voluntary Participation: Letting users signal their own economic roles. * Integrity by Design: Algorithmic symmetry instead of discretionary control. The introduction of Designated Accounts brings Fath one step closer to mirroring real economies. By weaving economic participation directly into the protocol, Humanode builds a network where humans - not capital - define the future.
# Conclusion Whitepaper v. 0.9.7 “Instrumentality of mankind” Humanode offers a departure from traditional blockchain models - not merely in architecture, but in its epistemology of trust, power, and participation. By replacing economic stake with biometric singularity, it challenges the assumption that consensus must be a byproduct of capital. Instead, it defines a new way: one where validation is tied to human existence, governance emerges from participation, and economic systems reflexively respond to value created by the living network. Humanode reframes decentralization as a structural, biometric guarantee - embedding equality into the protocol layer rather than relying on post hoc redistribution or social consensus. In doing so, it addresses long-standing failures in both plutocratic governance and sybil-resistant design. With Proof-of-Biometric-Uniqueness, a cost-based fee mechanism, cognitocratic governance via Vortex, and reflexive monetary issuance through Fath, the protocol constructs an infrastructure where sovereignty, egalitarianism, fairness, and coordination are enforced by system architecture. It offers a foundation for a new category of cryptoeconomic systems rooted in individual dignity and systemic equilibrium. As the network grows, its resistance to capture strengthens. As more humans join, the cost of subversion rises - not in tokens or hardware, but in the impossibility of duplicating life. # Appendices Whitepaper v. 0.9.7 “Instrumentality of mankind” Comprehensive Comparison of Consensus Mechanisms
### Detailed Summary and Analysis
### Solutions for governments The reliance of human beings on governments is undisputed. We believe that many countries are willing to try and make their financial networks more secure, decentralized, and just. So we are willing to help out any administration or any other form of government that is willing to deploy human node–based national currencies, backed by citizen human nodes or even a Fath monetary system for fair, direct, and proportional distribution of emission and extraction of excessive monetary supply. Fees generated through the verification of a user’s unique existence can also become a solution in terms of funding a universal basic income. Governments that decide to make this experiment and pursue a transcendent solution will get the full support of the international human node community, and the Humanode core will assist those courageous people with research, analytics, and development, if Vortex, the Humanode network decision-making body, approves. ### Shout-out to white hats As we are building a system that is based on highly experimental data, we want to ask all the white hats to try and pwn our network hard. The future security of a network is very dependent on the amount of pwnage it has to go through in the early days of its testing and creation. Someone finds an angle of attack, tests it, shares the results with the Humanode community, and makes a proposal to research and develop a solution that mitigates this attack. Then, if this proposal is approved by Vortex the team behind the solution gets a grant with rewards for pwnage. So please come and test our system’s resolve, we will get stronger with each attack. ### Consensus agnosticism One of the interesting features of Humanode that we pursue is consensus agnosticism, the ability to change the consensus mechanism of the network if the Humanode DAO approves it. It derives from the necessity for constant research on the most suitable consensus for a leaderless system with equal validation power of nodes. Different consensus mechanisms have various pros and cons that constantly evolve, change, and shift due to the large amount of research done by thousands of scientists across the world on this topic. Swappable consensus mechanisms would allow the Humanode network to evolve and not be constrained by a framework of a singular consensus. Moreover, the Polkadot SDK ecosystem has ongoing attempts to support such a feature.