Dato Kavazi, Victor Smirnov, Sasha Shilina, MOZGIII, MingDong Li, Rafael Contreras, Hardik Gajera, Dmitry Lavrenov, and the Humanode Core
The pursuit of new decentralized financial networks has engulfed the world. In the last few decades, dozens of different protocol prototypes have been deployed to achieve a decentralized state of finance, but most are unable to overcome plutocratic governing systems that derive from the principles upon which Proof-of-Work (PoW) and Proof-of-Stake (PoS) heavily rely. The advent of blockchain technology has led to a massive wave of different decentralized ledger technology (DLT) solutions. Such projects as Bitcoin and Ethereum have shifted the paradigm of how to transact value in a decentralized manner, but their various core technologies have their own advantages and disadvantages. This paper aims to describe an alternative to modern decentralized financial networks by introducing the Humanode network. Humanode is a network safeguarded by cryptographically secure bio-authorized nodes. Users will be able to deploy nodes by staking their encrypted biometric data. This approach can potentially lead to the creation of a public, permissionless financial network based on consensus between equal human nodes with algorithm-based emission mechanisms targeting real value growth and proportional emission.
Humanode combines different technological stacks to achieve a decentralized, secure, scalable, efficient, consistent, immutable, and sustainable financial network:
a bio-authorization module based on cryptographically secure neural networks for the private classification of 3D templates of users' faces
a private liveness detection mechanism for identification of real human beings
a Substrate module as a blockchain layer
a cost-based fee system
a Vortex decentralized autonomous organization (DAO) governing system
a monetary policy and algorithm, Fath, where monetary supply reacts to real value growth and emission is proportional
All of these implemented technologies have nuances that are crucial for the integrity of the network. In this paper we address these details, describing problems that might occur and their possible solutions. The Humanode core acknowledges the power of liveness detection and internal multimodal biometric processing methods that, implemented properly, will tremendously increase resistance against Sybil attacks and overcome the challenges and limitations of modern biometric authentication and identification systems. The main goal of Humanode is to create a stable and just financial network that relies on the existence of human life.