A blockchain records transactions into blocks that are linked by a cryptographic hash of the previous block, timestamp and transaction data. See hashes as a red line to connects all blocks in a blockchain. This line ensure the data integrity and immutability of each blocks in a blockchains. A cryptographic hash is a mathematical reduction of a string, so that one hash of a string will always be the same....
We know a blockchain records transactions into blocks that are linked by a cryptographic hash of the previous block. Let’s focus on the transaction word and see how it’s work. Why are message, transaction and signature in blockchain, and what are their relations? Imagine asking for or ordering a bank transfer for a friend: You need to provide your intent and the necessary data, such as ‘amount requested’ => message You need to send your intent in understandable words and provide the sender and receiver of the order => transaction the institution who execute, it needs to understand and ensure the transaction is legitimate => signature Let’s compare it with what happens when users initiate an interaction with a blockchain....
Stateless Infrastructure Source Stateless Infra from Polynya What is Stateless Infrastructure For this blog: stick with blockchain = any chain achieving real-time strict global consensus (including rollups); stateless infra = not a chain, no consensus (or loose consensus), but decentralized complements that interact with the above mentioned blockchains. Current statement: in blockchain world, we have been attuned to honest-majority assumptions, trust running as many nodes as possible is import outside of blockchains, things operate with an honest-minority assumption, as long as there’s one honest party Servers - This one’s obvious and a well-known quantity....