Intro

Finity Blockchain

HexaFinity's operational capabilities will enhance the support structure of our platform infrastructure. We provide the essential infrastructure and ensure the availability of crucial tools, services, and educational resources for the smooth integration of our blockchain in all relevant applications. We aim to motivate and empower developers to grow their ecosystems within the nurturing environment of VeFinity. As the guardians of the blockchain platform infrastructure, we link to the ecosystem and foster partnerships that reinforce and connect ecosystems. With specialized features designed to assist in creating and implementing sustainability-focused solutions, VeFinity's layer 1 blockchain is uniquely equipped to advance the sustainability ecosystem.

Vision

VeFinity is an ambitious project that aims to establish decentralized social media based on a blockchain with Finity AI integration. It is a network based on artificial intelligence algorithms with Proof of Record (PoR).

The VeFinity Protocol presents a fresh blockchain architecture centered on Proof of Record (PoR), a method for validating the sequence and recording of events.

Finity Social Media Blockchain

The Finity social media platform is built on top of the Finity blockchain, a distributed ledger maintained by a network of computers (nodes). This decentralization ensures that no single entity has complete control over the platform.

Network Implementation

At any time, a node is designated as the leader within the system to generate a Proof of Record (PoR) sequence, providing global read consistency and a verifiable timeline for the network. The leader arranges user messages in a manner that ensures other nodes can process them efficiently, thereby improving throughput. It performs transactions in the current state stored in RAM and forwards both the transactions and a signature of the final state to the replication nodes, known as Verifiers. The Verifiers then carry out the duplicate transactions on their versions of the state and publish their signatures as confirmations. These confirmations function as votes in the consensus algorithm, enabling the network to reach consensus on the blockchain's state.

Proof of Record

Proof of Record is a sequence of computations that can provide a way to verify the passage of time between two events cryptographically. It uses a cryptographically secure function written so that output cannot be predicted from the input and must be wholly executed to generate the output. The function is run in a sequence on a single core, and its previous output is the 3 current inputs. It periodically records the current production and how many times it has been called. The output can then be re-computed and verified by external computers in parallel by checking each sequence segment on a separate core. Data can be timestamped into this sequence by appending the data (or a hash of some data) into the state of the function. Recording the state, index, and data as they are appended into the sequences provides a timestamp that can guarantee that the data was created sometime before the next hash was generated in the sequence. This design also supports horizontal scaling as multiple generators can synchronize amongst each other by mixing their state into each other's sequences. Horizontal scaling is discussed in depth.