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Blockchain Architecture: Important Terminologies (Hashes & Hashing Function)
Transaction
Understanding The Blockchain Ecosystem & Architecture
Making a Blockchain Application
Ethereum: Blockchain 2.0
What is Ethereum and Overview of Ethereum
Ethereum Terminologies
Decentralized Autonomous Organization (DAO)
Ethereum Mining & Ethereum Network and Usages
Smart Contract
Installing the Ethereum Development Environment
Supporting Technologies for Ethereum
What Future holds: Blockchain 3.0: Supply Chain
Financial System
Healthcare
Internet Of things( IoT)
Fundraising (ICO & STO)
Governance
Scalability And Solutions to Scalability
Proof of Stake and Off-Chain State Channels
Increase In Block Size
Segregated Witness
Market Readiness
With Microsoft Azure already joining the bandwagon. It’s not far when it will be a standard business model among other cloud service providers.
Blockchain is what the internet was in its early 2000s. Even in nascent stages, it already has become a massive outright technology. Organisations like Morgan Stanley, Citi Bank and Pepsico previously have worked on POC and have installed pilot use cases.
Blockchain helps access, secure and monetise our data in a distributed fashion, which is very difficult with the current implementation and how can we make that as a service. Blockchain is just a data structure, but unlike database, which holds data and stores its current state, blockchain holds all the transaction we make onto the system so that we can replicate the state anywhere throughout the system.
We can’t delete the transaction, but we can always replicate it.
We already have several distributed database available in our current system, but with blockchain, we get fault tolerance
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