FINL is designed to enable digital trust-guaranteed transactions using
high-frequency transactions and smart contracts
based on Delegated Proof of Reputation (DPoR).
Next-generation blockchain
Mainnet FINL!
Blockchain combining speed-oriented consensus algorithm and high frequency transaction technology based on decentralization technology
The FINLchain network is a distributed storage network that stores and validates information in a distributed network. External problems are identified in advance through multi-clusters consisting of multi-layers.
And reward Validators for their contributions.
The fastest node with forward-driven performance blockchain has up to 20,000 TPS performance, and all about speed, with 500 millisecond block times. So, FINL Platform optimized for transaction and payment solutions
It supports open source code and Linux I platform that require development and application.
FINL scalability ensures transactions remain low cost for both developers and users
The trust performance FINl chain contributes to revitalizing the ecosystem based on secure transactions and low transaction fees.
The transaction is carried out by consensus between the trust-based verified participants and the verification nodes that have the shares delegated by the participants. You cannot participate by voting based on inconsistent reliability verification, node computing power verification, GPS verification, etc.
Decentralized networks are encrypted and stored in a distributed directory. It also proactively blocks unidentified access and protects against hacking through security monitoring and its white defense.
Transaction fees over decentralized networks are secure and efficient.
Immediate funding without third-parties. Smart contracts autonomously perform funding – collect and release payments.
Open-source smart contract ensures fair and transparent deals between merchants and affiliates
On a decentralized platform, all user accounts are independent; if one account is hacked, this won’t breach the security of.
A real-time database is a system which uses continuously changing workloads accurately and securely with real-time data processing processes
Application of Time-Split FCFS RR Algorithm to Blockchain Technology Considering Preemptive Hash Task Algorithm. FCFS (First come first served), RR (Round Robin)
Overcomes energy efficiency in before Block chain network and presents sustainable solutions. Create new blocks by participants with trusted shares and nodes delegated to them. Multi cluster network is consist of PRR(Peer Reliability Rate) Node and Multi layer.
Up to 20,000 TPS transactions per a consensus group. Block generation rate 500 m/s Highly scalable and suitable for transactions and payments. (Improve the Limited Performance of blockchain)
Low fees are set by consensus for the influx of a lot developers and users into the network and the ecosystem they create. Increase sustainability based on energy efficiency of DPoR protocol.
The protocol is guaranteed to be secure so long as 51% of the stake – in the case of FINL – token – is held by honest participants, which, in addition to other novel concepts The DPoR protocol continues to evolve through new iterations and rigorous security Monitoring.
It’s fast, energy efficient, and credible. With ease of development, low transaction fee, and Development support, it provides developers with a strong open-source Assists for executing on demanding.
Dex-based cryptocurrency real-time exchange and transaction, real-time currency-based transaction, and currency risk hedging System
Value evolution with exchange of digital assets and other assets, increased transactions with exchange, network fees, security and safety
Digital Asset Transaction Scanner and Step-by-Step Encryption and Distributed Storage System
Distributed storage and encryption management with validated participants and delegated trusted nodes
* The FINL Foundation operates DGOS to create and maintain the value of fin.
Create a tradeable digital token that can be used as a currency, a representation of an asset, a virtual share, a proof.
Using a blockchain is cryptographically secure – the ledger is distributed across all nodes in the system making.
Up to 45% of a merchant’s budget is spent on commissions charged by a number of broke.
These tokens use a standard coin API so your contract will be automatically compatible with any wallet, other contract.
Development of block chain protocolusing Network DPoR (Deleagted Proof of Reputation) Consensus Algorithm and Cluster Based Round Robin method block generation to prevent non-face-to-face transaction forgery
The DPoR selects block producers based on reputation level instead of selecting block producers against the amount of stake or delegated stake of nodes like other blockchains.
This DPoR is based on a PRR index derived from a combination of network specifications and physical hardware specifications.
The DPoR is an alternative to the problems of Proof of Work (PoW), Proof of Stake (PoS), and Delegated Proof of Stake (DPoS), and it has excellent advantages in terms of reliability and speed improvement of the blockchain network.
The Cluster Based Round Robin method consists of a P2P main network and a P2P sub-network structure.
Each P2P subnetwork is an independent consensus group that generates blocks in parallel, and the P2P main network serially connects the blocks generated by each P2P subnetwork.
We call this whole network the Limited Public Network.
In order to derive the DPoR algorithm as an objective index, the block producer is selected using the PRR index calculation formula.
Round Robin method block generation technology is applied to the network and verified.
In addition to the functions of Alpha Version, the P2P subnetwork structure of the Cluster concept is established.
Subnetwork is also called Cluster or Consensus Group and consists of NN (Network Node) that generate blocks, ISAG (Index Server Agent Global) that acts as an interchage node, and FBN (Full Block Node).
The core of FVM is implemented in C/C++.
Core Function of FVM can be accessed through LUA Script, Node JS, or C/C++.
Based on this structure, the same standard API can be applied anywhere.
FVM performs functions such as FINL's Wallet algorithm and Crypto SSL algorithm, and provides related standard APIs.
Listing of Digital exchange
In addition to the functions of the beta version, FVM is applied to check whether FVM is actually applicable.
Performance verification is performed by adding Block Explorer and Wallet functions.
DeAPP & Smart contract test
In addition to the functions of the MVP version, the mainnet version is released by adding the NFT function.
NFT is also supported by Block Explorer and Wallet.
Among the various types of DeAPPs, we would like to support projects that want to use users and other wallet services along with our trading platform digital asset exchanges Bitstoa and decentralized StaWallet.
Our Wallet includes distributed network security and multiple security, including traditional white defenses.
FINL connects business, payment providers, digital asset exchanges and corporates via FINL to provide one.
