Pegged: A Proof-of-Luck Protocol for Denominated Stable Money

A Structural Response to the Capture of Currency Issuance by Replacing Merit and Control with Access and Chance

7. #PEG’s Comparative Positioning as a Denominated Stablecoin

Pegged does not offer a new version of existing stablecoin models. It proposes a different category altogether. Most digital currencies fall into three main types: asset-backed stablecoins, algorithmic stablecoins, and state-issued currencies. Pegged shares elements with each, but fits into none.

7.1. Asset-Backed Stablecoins Stablecoins1 are backed by real-world reserves—dollars held in banks, short-term treasuries, or similar instruments, and their issuance is highly regulated. Their peg is maintained through redemption promises: 1 token can be exchanged for 1 unit of currency. This structure creates confidence, but it also requires:

• Custodianship and centralized trust
• Legal frameworks for enforcement
• Compliance with regulators These tokens are stable because their peg is actively maintained through financial infrastructure. They are also fragile: if trust in the issuer erodes, or redemption is blocked, the system fails. Pegged uses no reserves. It offers no redemption. Its value is not backed by collateral, but by behavior. There is nothing to trust—only something to observe.

7.2. Algorithmic Stablecoins Other systems2 try to maintain a peg using market incentives, arbitrage loops, or supply contraction and expansion. These designs are often elegant in theory, but unstable in practice. They rely on:

• Price signals from volatile assets
• Market participants acting in good faith
• Carefully tuned economic feedback loops When momentum reverses, these systems can enter a death spiral. Pegged avoids this entirely. It does not respond to market price. It does not adjust itself. It does not react. If the system is used, it may converge toward its reference value. If not, it doesn’t. Pegged has no corrective mechanisms. It defines a structure. It reveals friction. It distributes value. That’s all.

7.3. Central Bank Digital Currencies (CBDCs) State-issued digital currencies are controlled by public institutions. They offer guaranteed parity with national currencies and full regulatory compliance. Their peg is absolute because the issuer defines both the token and the unit it refers to. But this comes at a cost:

• Full surveillance and identity tracking
• Centralized control over issuance, transfer, and deletion
• Dependence on political continuity and state stability CBDCs are stable by design, but also fully programmable and censorable. Pegged is the opposite. It is uncontrollable and anonymous. It offers no certainty—but no intervention either. Where CBDCs operate by law, Pegged operates by structural rule enforcing luck.

7.4. Airdrops and Universal Basic Income Some systems attempt to distribute money as a public good—through airdrops, dividends, or universal basic income (UBI). These models rely on human decisions:

• Who qualifies
• How often they receive funds
• What constraints are placed on usage They aim to be fair, but fairness is determined externally. Pegged makes no such claims. It does not seek to improve society. It does not perform generosity. It distributes value by randomness alone.

7.5. Other Stablecoin Models Pegged differs from adjacent experimental models such as reflexive or behaviorally stabilized tokens, redistribution lotteries, and fairdrop or quadratic airdrop mechanisms. Reflexive tokens typically rely on liquidity incentives, governance inputs, or dynamic supply—none of which exist in Pegged. Redistribution lotteries use pooled DeFi yield and custodial capital, whereas Pegged conducts redistribution directly via self-contained draw contracts. Fairdrops and quadratic airdrops are one-time distributions based on eligibility or intent; Pegged is continuous, permissionless, and indifferent. It offers no incentives—only access, and structure.