### What is Humanode? Humanode is a distinctive cryptocurrency project that emphasizes creating a decentralized network of nodes, each controlled by a human biometric identity rather than traditional staking or mining processes. The platform aims to ensure equitable access and prevent monopolization, distinguishing itself in the broader cryptocurrency landscape. For detailed information and insights about Humanode, please refer to Eulerpool.
Humanode (HMND) is an innovative blockchain platform that reshapes the concept of decentralization through the incorporation of human biometrics to achieve Sybil resistance. Unlike traditional consensus mechanisms such as Proof of Work (PoW) or Proof of Stake (PoS), Humanode utilizes biometric verification to ensure each node is managed by a unique individual. This ensures equal voting power for every participant, encapsulated by the principle: "1 human = 1 node = 1 vote." Developed with the Substrate framework and coded in Rust, Humanode employs advanced cryptographic methods to safeguard the privacy and security of biometric data. The system uses AI-driven facial recognition modules to verify the uniqueness and liveness of each participant, ensuring that no personally identifiable information can be traced back to its original form. This decentralized biometric verification process is pivotal in preserving the network's integrity and fairness. Humanode's vision extends beyond mere technical innovation; it seeks to establish a truly democratic financial system. By ensuring equal status for all nodes in terms of validation and voting power, Humanode aims to build a blockchain Layer 1 that is owned and governed by millions of human nodes. This egalitarian approach challenges the current power dynamics in blockchain governance, fostering a more inclusive and distributed network. Currently under development, the project has significant potential to revolutionize blockchain technology. By emphasizing human uniqueness and equality, Humanode sets a new standard for decentralized systems, offering a novel perspective on how blockchain networks can be both secure and democratic.














