Cure-all Solution
A platform designed to support the democratic institutions of a future society must embody the principle of equality among its citizens — participants in deliberations and decision-making. The unconditional foundation of such a platform must therefore be a fully peer-to-peer network. But this network must possess an architecture capable of covering the entire population of the Earth, while enabling every citizen, regardless of the number of devices they own, to easily and instantly authenticate anonymously from any of them. Its architecture must ensure near-instantaneous contact between one device acting as a node and another such node. Any group of individuals must be able to create, within its framework (above it), a fully independent subnet, accessible only to a specified circle of people. Furthermore, the architecture must ensure the integrity of the network and the data stored within it without relying on external (off-network) means.
Until recently, such an architecture did not exist. Its requirements were unattainable within the framework of existing approaches. We have developed such an architecture to enable mathematically secured secret voting — a mechanism for forming genuine public consensus, immune to external influence and bureaucratic control.
Search in Unlimited Network
A solution to the scaling problem of peer-to-peer networks has been found. Search — the most critical element of peer-to-peer network functioning — the ability of one node to find another — in existing architectures slows down considerably as the number of nodes grows and requires ever more memory and traffic. Our invention describes an architecture that ensures constant search time, routing memory volume, and maintenance traffic regardless of network scale — from one thousand to one trillion nodes.
Anonymous Authentication
A solution to the problem of anonymous participant identification in decentralized networks has been found. In existing systems, anonymity and uniqueness of identity were considered mutually exclusive requirements: either the participant reveals their identity, or the system allows the possibility of double participation by the same person. Our invention describes a mechanism of fully anonymous authentication that guarantees the cryptographic uniqueness of each participant without revealing their identity and without the involvement of certificate authorities, state registries, or biometrics.
Session Recovery
A solution to the problem of restoring network access upon device loss has been found. In decentralized systems, losing access to an account means the irrevocable loss of digital identity — there is no central administrator capable of resetting the password. Our invention describes a mechanism of anonymous session recovery without passwords, seed phrases, tokens, or trusted servers, allowing a single person to work from any devices while maintaining a unified anonymous identity and participation history.
Network of Networks
A solution to the problem of architectural isolation in peer-to-peer networks has been found. Existing networks are monolithic — all participants operate in a single space with common rules, and creating isolated groups requires separate infrastructure or compromises in security. Our invention describes an architecture that allows the creation of an unlimited number of architecturally isolated subnets of any scale on top of a single base network — each with its own hierarchy, access rules, and operational logic, without mutual influence and without deploying new infrastructure.
Message Anonymization
A solution to the problem of anonymizing communications in peer-to-peer networks has been found. In systems where participant anonymity is a condition of legitimacy, encrypting message content is insufficient — it is necessary to conceal the very fact of communication, the transmission route, and metadata. Our invention describes a message anonymization technology that eliminates the possibility of establishing a link between a participant and their actions through traffic analysis, embedded in the base network architecture and requiring no additional infrastructure or specialized nodes.
Consensus-Based Verification
A solution to the problem of maintaining data integrity in decentralized networks without a central arbiter has been found. Corrupted routing information on a single node can disrupt the operation of the entire network, but traditional consensus mechanisms such as blockchain require enormous resources and do not scale to billions of nodes. Our invention describes a ring consensus protocol that allows a group of nodes to autonomously verify the correctness of replicated information without trusted nodes, specialized infrastructure, or significant computational costs.