@Walrus 🦭/acc Doesn’t Assume Data Is Available It Proves and Proves it.
Smart contracts with confidentiality are potent yet only in the same extent that the data they are based on is high. With conventional systems, it could be perfect execution but when the information behind it is lost or out of reach to verify, integrity of contracts falls apart. @Walrus 🦭/acc changes this dynamic. With the introduction of proof-first mechanics as a direct part of the protocol, all data used by a smart contract is continually verified. No supposition, no unquestioning faith-- mere certitude.
The nodes of the @Walrus 🦭/acc network are economically incentivized to keep data available and cryptographic proofs are used to ensure that any lapse is detected immediately. To developers, this implies that smart contracts can run without fear, knowing that the state and inputs that they are taking as inputs will always be audited and valid. All of the historical records, user-generated information, and data on governance are included in resilient backbone, resistant to network outages or human mistakes.
As a matter of fact, @Walrus 🦭/acc transforms data into an active enforcement and enforceable infrastructure out of a passive resource. Naturally constructed contracts on Walrus are no longer subject to the vagaries of storage — they are intrinsically assured of an unchanging, provable environment that ensures execution as well as trust, even in the presence of uncertain adversities in the network.
