Explaining current practical and legal environment of cryptocurrency and foresees the future of cryptocurrency in light of tries and errors currently being conducted globally.
The slides explains theoretical aspects of asset tokenization and blueprint of securities tokens
Presentation slides from International Private Law Annual Conference 2018, revisiting existing civil law theory on virtual currency that is only valid for bitcoins and trying to cover all cryptoassets operated on any blockchain, whether public or private.
Explaining current practical and legal environment of cryptocurrency and foresees the future of cryptocurrency in light of tries and errors currently being conducted globally.
The slides explains theoretical aspects of asset tokenization and blueprint of securities tokens
Presentation slides from International Private Law Annual Conference 2018, revisiting existing civil law theory on virtual currency that is only valid for bitcoins and trying to cover all cryptoassets operated on any blockchain, whether public or private.
This document provides an introduction to Bitcoin and how it uses elliptic curve cryptography to securely process transactions in a decentralized manner. It first defines key terms like decentralized and peer-to-peer, and provides background on Bitcoin and cryptography. It then explains how Bitcoin works, including how transactions are created and validated via the blockchain. Finally, it describes how Bitcoin uses elliptic curve cryptography, specifically the Elliptic Curve Digital Signature Algorithm (ECDSA), to generate keys and authenticate transactions, providing the core security for the Bitcoin system.
This document summarizes and discusses different types of blockchain technologies. It begins by explaining Bitcoin's blockchain and then discusses alternative cryptocurrency blockchains using various consensus algorithms like proof-of-work, proof-of-stake, etc. It also covers private and permissioned blockchains being developed by companies for financial applications. Key debates discussed include permissioned vs permissionless blockchains, and whether banks should build on top of Bitcoin or develop private alternatives. The conclusion is that cyberpunk supporters favor scaling Bitcoin, while banks favor private blockchains, so both approaches will likely continue.
Bitcoin and its applications beyond money include digital payments, smart contracts, digital assets, and more. Bitcoin can be used for value transfer like money remittance internationally. New technologies are exploring how to improve the user experience of Bitcoin and other cryptocurrencies. In 2014, over $400 million was invested in Bitcoin startups focused on digital payments, mining, wallets and other applications.
Ethereum is a decentralized platform that runs smart contracts: programs that run exactly as programmed without downtime, censorship, fraud or third party interference. It allows developers to create applications that run on a blockchain similar to bitcoin but designed to allow decentralized applications. Some potential uses of Ethereum include decentralized organizations, identity systems, voting, financial exchanges and crowdfunding platforms.
7. 提案3
・Blockchain as a Service @ Azure を使ってみましょう(御社でも BaaSを開始する?)
Ripple
ConsenSys(Ethereum)
Eris(Ethereumフォーク)
CoinPrism(Openchain)
factom(Proof of Existence、存在証明)
https://azure.microsoft.com/en-us/blog/azure-baas-update-2/
http://bravenewcoin.com/news/microsoft-now-offering-several-blockchains-as-a-service-at-azure/
8. 提案4
・Linux Foundationの銀行向けブロックチェーンに参加しましょう
Initial contributors include Accenture, ANZ Bank, Cisco, CLS, Credits,
Deutsche Börse, Digital Asset Holdings, DTCC, Fujitsu, IC3, IBM,
Intel, JP Morgan, London Stock Exchange Group, Mitsubishi UFJ
Financial Group, R3, State Street, Swift, VMware and Wells Fargo.
9. 提案5
・IoM x IoT and M2M
・IoM x AI
・IoM x スマートグリッド等の布石として、21 Bitcoin Computerを試しましょう
・Qualcomm, Cisco, Andreessen Horowitz, Peter Thiel等がシードで$116M出資
https://21.co/