Asmit Rimal

There are more then 280 million users till today

💰 Imagine this:

If 100 million Binance users each gave you just $0.10, how much would you have?

Calculation:
100,000,000 × $0.10 = $10,000,000

so you can make me a millionaire in just 5 minutes

a

10m$

millionaire

lets go kinga

.....

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lets make this viral 280 million people come

mention more then 1k people by your side

everyone mention or peoples and make or comments

....

....

Components to verify TEE AI response on-chain?
A) The "Raw AI response"
B) The "Oyster Signature" and the "Enclave Public Key" ✅
C) The "Oyster Timestamp" and the "Verification Result: true"
D) The Llama 3.2 model and docker-compose.yml
Point: Ensures the AI response is authentic and unmodified.

Why use Marlin's Oyster TEE coprocessors?
A) To run the O(n²) matching algorithm
B) To host verifiable AI (Llama 3.2) because blockchains cannot run AI and traditional APIs cannot be trusted ✅
C) To deploy the frontend button and UI
D) To store resumes and job postings securely on-chain
Point: Secure off-chain AI execution with provable results on-chain.

Which TEE type has no persistent storage, external networking, or interactive access?
A) Intel SGX
B) Intel TDX
C) AWS Nitro Enclaves ✅
D) All of the above
Point: AWS Nitro Enclaves are fully isolated and secure compute environments.

What is the primary goal of remote attestations?
A) To reconstruct a bit-for-bit identical EIF from specific code
B) To ensure an enclave has persistent storage and external networking
C) To verify that an attestation is valid, recent, and from a real enclave running a specific image ✅
D) To reduce developer complexity for legacy applications
Point: Confirms the enclave is authentic and running the expected code.

What is the only primary "con" or disadvantage listed for TEE Coprocessors?
A) High computational cost
B) Extremely slow (100-1000x) performance
C) Honest majority assumption
D) Hardware vendor trust dependency ✅
Point: Security depends on trusting the hardware manufacturer.

What "missing piece" in data protection does Confidential Computing address that Traditional Encryption leaves "Vulnerable"?
A) Data "At Rest"
B) Data "In Transit"
C) Data "In Use" ✅
D) Data in a "Secure enclave"
Point: Confidential computing protects data while it’s being processed.

How do we distinguish coprocessors from rollups?
A) Rollups are more flexible, while coprocessors are more sandboxed
B) Coprocessors maintain a blockchain-esque data structure, unlike rollups
C) Both are identical, but "coprocessor" is a more modern term
D) Rollups = sandboxed & blockchain-like; Coprocessors = flexible VMs with attestations ✅
Point: Coprocessors allow flexible computations while providing verifiable proofs.

Which of the following is listed as a component of a coprocessor's general architecture?
A) Relay contracts ✅
B) Docker-compose files
C) Enclave Image Files (EIF)
D) A persistent database
Point: Relay contracts connect the off-chain coprocessor securely with the blockchain.