Why kappie
KAPPI is a network of independent and decentralized hybrid blockchains. They help solve many problems of existing blockchains, such as scalability, TPS, usability, security. sovereignty.
Creating success through the use of decentralized file sharing in the open source ecosystem for managing public cryptocurrencies has enabled more people to understand how such an infrastructure can improve the underlying social economy. Bitcoin and Zero cash are two examples of specialized blockchain applications, and Ethereum, which takes into account many Ethereum virtual machine (EVM) applications, will continue to be the best example of a smart contract platform.
There were drawbacks to the various blockchains created so far, such as the lack of energy efficiency, the absence of any well-thought-out control mechanism, and limited or poorly functioning blockchains. Scalability was not conceived when Bitcoin was conceived, and now there are proposals to create scalability in the process of Bitcoin transactions. These include Bitcoin and Segregated-Witness, which are vertical scaling models that are still associated with a lack of bandwidth in any single machine.
This approach is necessary for existing blockchains that do not take into account their scalability due to the need to maintain a full audience. There is also a lighting network that can be used instead of alternatives to increase the scalability of transaction volume in bitcoins.
This will be achieved in the Lightning Network by reducing the number of transactions in the ledger. This approach is suitable for confidential payment handrails and for micropayments, but may not meet the more general scaling requirements. Several parallel blocks working in parallel can profitably use this solution, providing interoperability and preserving all the security properties of the blockchain.
Performance testing approaches make this nearly impossible. With combined mining, it is allowed to perform work to ensure the protection of the parent chain for reuse in the child chain, but this does not eliminate the need to verify each individual transaction by each node in order. Combined mined blockchains are also open to attack from most hashtags in the parent chain, where there is no active merging of the child chain. This is where KAPPI comes in. KAPPI is a unique blockchain that has a network architecture that solves each of these problems.
KAPPI Consensus Protocol
The agreed KAPPI protocol and the interface that was used to create the application are supported by nodes that retain a voting right that is not negative. This differs from the classic Byzantine fault tolerance algorithm (BFT), each node of which has the same weight. In KAPPI consensus, validators can participate in a consensus protocol through cryptographic translation
based on signatures that are referred to as votes that agree on the next block. The voting rights of each validator are determined at the beginning and can be deterministically changed in the blockchain, which will depend on what the application is. An example of this is that bet tokens can be linked as collateral to determine voting rights. If all validators have no equal
weight, fractions will not be used to denote the validator, but only for the general right to vote.
You can draw an analogy with Bitcoin, which is known as the cryptocurrency blockchain, which works when each node carries a fully-tested unspent transaction output database (UTXO). If someone wants to create this type of system based on ABCI, DWARF KAPPI will be responsible for sharing transactions and blocks between each node. This will install
immutable or canonical order of transactions in the blockchain.
Distribution token
35%: personal sales
20%: public sales
20%: team
10%: platform development fund
10%: play swap
5%: generosity
Road map
March 2018 - Blockchain Research
August 2018 - Initial Coding, draft document
December 2018 - prospective meetings with investors
May 2019 - Kappi Network LTD was established.
June 2019 - Personal Sales
August 2019 - registration of distribution
September 2019 - public sales
February 2020 - Testnet 1.0 (Red Dwarf) lives
May 2020 - Testnet 2.0 (White Dwarf) lives
July 2020 - Mainnet (Polymorph) lives
November 2020 - Mainnet exchange
February 2021 - Kappi Network Licensing
May 2021 - mass introduction through the sale of licenses
team
Daniel Jonsson - Founding Father
Anna Lanonen - Development of Project Leaders
Miguela Webster - Network Architect
Anna Ketola - Developer
Saad Sher - Developer
David Attard - Graphic Designer
Information
Website: - https://kappi.network/
Twitter: - https://twitter.com/kappinetwork
Reddit: - https://www.reddit.com/r/KappiNetwork/
Steemit: - https://steemit.com/@kappinetwork
BitcoinTalk: - https://bitcointalk.org/index.php?topic=5182251.0
Github: - https://github.com/kappinetwork
Telegram Community Group: - https://t.me/kappi_network
Bounty Group: - https://t.me/kappi_bounty
Crypto Service Management Group: - https://t.me/crypto_bounty_service
Author of article:
| NAME | JARJIT SINGH | |
| ETHEREUM WALLET | 0x20972209f08119939816158a1417b6E9c11Cd010 | |
| BITCOINTALK PROFILE | https://bitcointalk.org/index.php?action=profile;u=2646078 | |
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| YOUTUBE | https://www.youtube.com/watch?v=QiV_MYkjPW0 |
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