Verifiable Delay Functions in Ethereum Virtual Machine?
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Verifiable Delay Functions (VDFs) have been proposed as a way to ensure the security and efficiency of computations in the Ethereum Virtual Machine (EVM) . VDFs are functions that require a specified number of sequential steps to be evaluated but can be efficiently verified . They have found applications in blockchain technology, including the construction of space-time efficient provers and simulators for non-interactive zero-knowledge systems . Additionally, there is a proposal for collaborative VDFs (coVDFs), which allow multiple parties to jointly compute a publicly verifiable delay while encapsulating personal inputs from each party . These personal inputs can contain information such as a hash of a bid in an auction or a public identifier of the solving party. Therefore, VDFs and coVDFs offer potential solutions for enhancing the security and functionality of the Ethereum Virtual Machine.
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| Papers (5) | Insight |
|---|---|
| The paper does not mention Verifiable Delay Functions in the Ethereum Virtual Machine. The paper is about collaborative verifiable delay functions (coVDFs) and their applications. | |
Open access•Posted Content | The paper does not mention Verifiable Delay Functions in the Ethereum Virtual Machine. The paper discusses the application of VDFs for constructing more efficient provers and simulators for zero-knowledge systems. |
| The paper does not mention anything about Verifiable Delay Functions in the Ethereum Virtual Machine. | |
| The paper does not mention anything about Verifiable Delay Functions in the Ethereum Virtual Machine. The paper is about introducing a new complexity class for Verifiable Delay Functions. | |
| The paper does not mention anything about Verifiable Delay Functions in the Ethereum Virtual Machine. |
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