Binance Academy Offchain Computing Quiz Answers

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This guide contains the Binance Academy Offchain Computing quiz answers to earn a share of 2,000,000 POND.

Binance Academy Offchain Computing Quiz Answers

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Question: What is the definition of “offchain computing”?

Answer: B

Question: “Centralization concerns” and “Challenge periods” are “Cons” for which technology?

Answer: C

Question: Which of the following is listed as a component of a coprocessor’s general architecture?

Answer: A

Question: How do we distinguish coprocessors from rollups?

Answer: D

Question: What “missing piece” in data protection does Confidential Computing address that Traditional Encryption leaves “Vulnerable”?

Answer: C

Question: What is the only primarty “con” or disadvantage listed for TEE (Trusted Execution Environment) Coprocessors?

Answer: D

Question: What is the primary goal of remote attestations?

Answer: C

Question: Which TEE type is characterized by having “no persistent storage, external networking, or interactive access”?

Answer: C

Question: According to the project overview, what is the primary reason for using Marlin’s Oyster Tee coprocessors?

Answer: B

Question: What components are used to verify the TEE deployed AI’s response onchain, as shown in the “Enclave Verification Data”?

Answer: B

Question: According to the document, which computing model is characterized as “ephemeral”, “stateless”, and “event-driven”?

Answer: C

Question: Which of the following is listed as a “con” of using Confidential Virtual Machines (CVMs)?

Answer: B

Question: What is the primary networking challenge associated with AWS Nitro Enclaves, and how does Oyster solve it?

Answer: B

Question: Which of the following is included in the checklist for verifying a decoded attestation document?

Answer: A

Question: According to the document, what is the fundamental purpose of a Key Management System (KMS)?

Answer: C

Question: What is the core architectural difference between the Nautilus “Root Server” and “Derive Server”?

Answer: C

Question: Which of the following is listed as a key property of persistent storage in a TEE?

Answer: C

Question: Which of the following is not a characteristic of “Contract-Based Persistent Storage”?

Answer: D

Question: What is the “Key Concept” of reproducible builds as defined in the document?

Answer: C

Question: According to the document, what is the “gap” that Remote Attestation alone cannot solve, which reproducible builds address?

Answer: A

Question: What is the purpose of using npx pkg -t node18-alpine app.js in Step 2?

Answer: C

Question: In Step 5, how is the deployed NodeJS server interacted with, and what is the expected response?

Answer: B

Question: What is the primary security benefit of this decentralized frontend approach?

Answer: B

Question: After fetching the subdomain, we have a waiting period of 4-5 minutes. What is happening during this time?

Answer: B

Question: In Step 3, what is the purpose of the –init-paramas “.env:1:1:file:../.env” flag in the oyster-cvm deploy command?

Answer: B

Question: How does a user interact with the deployed AI agent, according to Step 4?

Answer: B

Question: According to the “About the App” seection, what is the primary role of the Marlin Oyster CVM enclave in the ZK-proof application?

Answer: B

Question: After deploying the server to a Marlin Oyster CVM, what command is used to perform a remote attestation to verify the enclave itself?

Answer: C

Question: Where does the user go to deploy the minified JavaScript function for the Marlin Oyster Serverless service?

Answer: B

Question: How is the deployed Marlin Oyster serverless function linked to the EthRate.sol smart contract before deployment?

Answer: C

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