"In #Bitcoin each block must satisfy a special property, that is, must “contain a solution of a crypto puzzle”, which makes block generation computationally intensive and forks both inevitable and not rare." - @silviomicali
"In @Algorand’s BA protocol, users do not keep any private state except for their private keys, which allows #Algorand to replace participants immediately after they send a message. This mitigates targeted attacks on chosen participants after their identity is revealed."
"Algorand’s approach provides less technical complexity, greater security, and fewer exploitable points between the applications and the platform, solving some of the most difficult real-world challenges." https://t.co/A1TFNtGtkn
"@Algorand may be extended to 'detect and punish' malicious users, but this is not required to prevent forks or double spending." - @silviomicali at https://t.co/Cz3ha5G0rD
"In #Bitcoin each block must satisfy a special property, that is, must “contain a solution of a crypto puzzle”, which makes block generation computationally intensive and forks both inevitable and not rare." - @silviomicali
"One notable property of @algorand is that its transaction history may fork only with very small probability (e.g. one in a trillion, that is, or even 10^18)" - @silviomicali at https://t.co/nLkS5z07Ge
"State Proofs are lightweight, cryptographically provable, portable proofs of @Algorand state that let dApps on other blockchains trustlessly verify #Algorand transactions" - @rotem_hemo https://t.co/4e9WiayGQg
"I look forward to deploying more and more privacy on the @algorand#blockchain, but I will not rush until people understand and are behind what we have right now." - @silviomicali with @lexfridman https://t.co/TELaGrWMUK
"The flexibility of @Algorand’s #blockchain and its broad array of functionalities allows us to design a novel wholesale CBDC model which can coexist with, and not necessarily replace, any legacy RTGS system as well" https://t.co/A1TFNtGtkn
"To scale the consensus, #Algorand uses a novel mechanism based on Verifiable Random Functions that allows users to privately check whether they are selected to participate in the #Byzantine agreement to agree on the next set of transactions" - @silviomicali
“May the @simonsinstitute be honored so long as making science and lovingly handing it down to future generations remain honored values” - @silviomicali https://t.co/JAGowYraVe
"The @Algorand CBDC solution is based on an open-source distributed ledger infrastructure, which strongly supports and facilitates the development of decentralized applications (DApps) on the #blockchain." https://t.co/A1TFNtGtkn
"#Algorand State Proofs reduce the distance between blockchains, offering cross-chain bridges a safer alternative to vulnerable 3rd party validator networks." https://t.co/TllaN10IoS
"On-chain randomness is a highly sought-after feature for dApp developers. It enables use cases such as lotteries, fair selections, and more" - @rotem_hemo https://t.co/4e9WiayGQg