Class 3.1: Charles Goldfarb & GML: The Web's Legal Origin Quiz

Q1: What is a bilateral attestation in computational law?

A dual-party cryptographic signature proving mutual agreement to a specific state transition
A single-party unilateral declaration
An unverified verbal claim

Q2: How does EIP-712 typed structured data signing improve attestation security?

Provides human-readable domain binding and prevents signature malleability or replay attacks
Encrypts all public transactions
Speeds up EVM gas calculations

Q3: What is 'sovereign state management' in legal engineering?

Empowering individuals to hold, verify, and attest to their own digital legal state without centralized landlords
Surrendering user data to big tech platforms
Government control of all private keys

Q4: How do off-chain bilateral attestations reduce blockchain gas costs?

Store cryptographic signatures off-chain, committing only root state hashes to the blockchain
Bypass all security checks
Eliminate consensus nodes

Q5: What constitutes a valid EIP-712 domain separator in LexClinic architecture?

Binds the signature to a specific contract name, version, chain ID, and verifying contract address
Any arbitrary text string
The user's IP address

Q6: How does bilateral attestation prevent unilateral state modification?

Requires valid cryptographic signatures from both parties before a state transition is recognized
Allows either party to change rules unilaterally
Delegates state control to a central server

Q7: What is 'cryptographic signet verification' in off-chain state proofs?

Verifying ECDSA secp256k1 public keys against authorized member registries
Checking paper physical signatures
Scanning passport photos

Q8: How do bilateral attestations integrate with ERC-7827 state machines?

Verified attestation payloads serve as valid input condition tokens for state hash updates
Bypass ERC-7827 state checks
Erase old state version hashes

Q9: What is 'information asymmetry' in traditional legal agreements?

When one party holds superior contract state knowledge or controls the official record ledger
When both parties have equal data access
When contracts are translated into multiple languages

Q10: How does sovereign state architecture eliminate platform feudalism?

Replaces centralized platform databases with user-controlled cryptographic state proofs
Requires platform landlords to lower rent
Bans digital platforms

Q11: What occurs when a bilateral attestation signature fails verification?

The state transition is rejected immediately, maintaining current state integrity
The state is updated to a random value
The user account is deleted

Q12: How does EIP-712 structured data display prevent phishing attacks?

Renders clear, human-readable legal fields in wallet prompts before signing
Hides transaction details from signers
Requires paper notarization

Q13: What is 'state continuity' in bilateral attestation histories?

Ensuring every new attestation explicitly references the preceding state version hash
Changing state histories retroactively
Deleting old transaction logs

Q14: How do bilateral attestations support automated dispute resolution?

Provide mathematical proof of agreed state parameters, narrowing court disputes to factual triggers
Replace all judges and courts
Require manual re-signing of paper briefs

Q15: What is 'sublinear metabolic drag' in attestation network scaling?

Network coordination costs grow sublinearly relative to transaction volume
Network costs grow exponentially
Attestation fees double every month

Q16: How do bilateral attestations interface with Delaware LLC corporate governance?

Serve as verifiable member consent records for corporate resolutions and asset allocations
Eliminate corporate board meetings
Bans corporate registration

Q17: What is a 'verifiable credential' in sovereign identity frameworks?

A cryptographically signed attestation issued by an entity proving specific user attributes or rights
A physical plastic ID card
A user password string

Q18: Why is secp256k1 signature verification central to Web3 legal engineering?

Provides native cryptographic signature verification supported across EVM and Web3 wallets
Requires specialized quantum computers
Is only supported on Bitcoin

Q19: How do Socratic assessments evaluate student mastery of bilateral attestations?

Test deep knowledge of EIP-712 signing, sovereign state proofs, and gas-efficient attestation architecture
Grade students based on attendance
Require essay writing on legal history

Q20: What is the long-term vision for sovereign bilateral attestation networks?

Build a global, peer-to-peer computational legal fabric where contracts execute deterministically without centralized landlords
Increase traditional law firm revenue
Replace all digital signatures with physical wax seals