Relic Protocol

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Frequently asked questions

How does Relic Protocol provide trustless access to historical data?

Relic Protocol provides trustless access to historical data through the use of zk-SNARKs and Merkle-Patricia Trie proofs. These cryptographic techniques enable the verification of any data on-chain, allowing dApps utilizing the Relic Protocol to access historical data without relying on any third-party intermediary. This ensures that the data accessed by the dApps is authentic and tamper-proof, providing a high level of trust and security.

What makes Relic Protocol's smart contracts decentralized?

Relic Protocol's smart contracts are decentralized because they are immutable and permissionless. This means that anyone can generate a proof and submit it to the Relic Protocol for verification. Additionally, Relic Protocol utilizes zk-SNARKs and Merkle-Patricia Trie proofs to enable cryptographic verification of any data on-chain. This allows dApps utilizing the Relic Protocol to access historical data without relying on or trusting any third-party intermediary.

How does Relic Protocol optimize on-chain state verification?

Relic Protocol optimizes on-chain state verification through the use of zk-SNARKs and Merkle-Patricia Trie proofs. These cryptographic techniques enable the verification of any data on-chain without the need to trust any third-party intermediary. By utilizing zk-SNARKs and Merkle-Patricia Trie proofs, dApps built on Relic Protocol can access historical data from Ethereum's blockchain in a trustless manner. Additionally, Relic Protocol's on-chain state verification is heavily optimized, resulting in minimal gas usage for applications built on the protocol. This optimization allows developers to easily build efficient history-powered dApps using Relic Protocol's Solidity and Typescript SDKs.

What programming languages are supported by Relic Protocol's SDKs?

Relic Protocol's SDKs support Solidity and Typescript programming languages.

How does Relic Protocol minimize gas usage for dApps?

Relic Protocol minimizes gas usage for dApps by optimizing on-chain state verification. Through the use of zk-SNARKs and Merkle-Patricia Trie proofs, Relic Protocol enables cryptographic verification of any data on-chain. This means that dApps utilizing Relic Protocol can access historical data without relying on or trusting any third-party intermediary. By eliminating the need for intermediaries, Relic Protocol reduces the gas costs associated with accessing historical data, making it more efficient for developers to build history-powered dApps.

Can anyone generate a proof and submit it to Relic Protocol for verification?

Yes, anyone can generate a proof and submit it to Relic Protocol for verification. Relic Protocol's smart contracts are immutable and permissionless, allowing for anyone to participate in the verification process.