DISCIPLINA by TeachMePlease - DISCIPLINA - The first blockchain to create verified personal profiles based on academic and professional achievements.
DISCIPLINA - The first blockchain to create verified personal profiles based on academic and professional achievements. The use of blockchain technology guarantees the transparency of the platform and creates the conditions for maintaining confidentiality and reliability of information added by ecosystem participants. DISCIPLINA mission: To create a multifunctional blockchain for keeping a unified register of academic achievement and qualifications to generate scoring for every user of the platform. TeachMePlease will be the first project based on the Disciplina blockchain platform. The TeachMePlease team is implementing DISCIPLINA in partnership with Serokell – an international company that specializes in the development of distributed systems. Serokell uses high-assurance coding principles and has experience in cryptocurrencies development, one of which is Cardano. Public pre-sale: July 16, 14:00 UTC (0) - July 18, 13:59 UTC (0). Bonus 10%+up to 6% lock bonus, minimum limit is 10 ETH. Public sale: July 18, 14:00 (0) - July 19, 13:59 UTC (0), no bonus, no limit.
STO/ICO Status
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Basics
| Platform | Ethereum |
|---|---|
| Type | ERC20 |
| Accepting | ETH, BTC |
| Circulating Supply | 30% |
| KYC | KYC & Whitelist |
| Restricted Areas | N/A |
| Homepage | Website URL |
| White Paper | View/Download |
Bonus
- February 27, 2018 - April 20, 2018
About
In this paper, we analyze the main issues that arise from storing educational records in blockchain and propose the architecture of the Disciplina platform – a domain-specific blockchain implementation. The platform is designed to act as a decentralized ledger, with particular regard for privacy and mechanisms of data disclosure. We present an overview of the primary entities, their roles, and incentives to support the network. Please note that the project is a work-in-progress and the descriptions provided are subject to change.
Recent advances in blockchain technology and decentralized consensus systems open up new possibilities for building untamperable domain-specific ledgers with no central authority. Since the launch of Bitcoin blockchains had been primarily used as a mechanism for value transfers. With the growth of the Ethereum platform, the community realized that by using a chain of blocks and consensus rules one can not only store value and track its movement, but, more generally, store some state and enforce conditions upon which this state can be modified.
Bitcoin, Ethereum, and other permissionless blockchains were developed with the assumption that everyone is free to join the network and validate transactions, which are public. However, the industry often requires privacy, and thus the permissive solutions with private ledgers came to exist. These solutions include Tendermint, Hyperledger, Kadena, and others.
The increased interest and the variety of the blockchain technologies lead to the growth of their application domains. The idea of storing educational records in the blockchain has been circulating in the press and academic papers for several years. For example, and focus on the online education and propose to create a system based on the educational smart contracts in a public ledger. Recently, Sony announced a project that aims at incorporating educational records in a permissioned blockchain based on Hyperledger. The ledger is going to be shared between major offline educational institutes.
The main issue these solutions have in common is that they target a specific subset of ways people get knowledge. We propose a more general approach that would unite the records of large universities, small institutes, schools and online educational platforms to form a publicly verifiable chain.
Contrary to the solutions like Ethereum, we do not aim at proposing a programmable blockchain that fits all the possible applications. Instead, we believe, that we should harness all the latest knowledge that emerged in the last few years in the fields of consensus protocols, authenticated data structures, and distributed computations to offer a new domain-specific ledger.
