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

6. Risks and Mitigations

No protocol design is without trade-offs. Pegged adopts a minimal and irreversible architecture, which limits complexity—but also removes the possibility of internal correction. This section outlines the known vulnerabilities of the system and the ways in which they may be mitigated externally, if at all. Pegged does not solve these issues. It only exposes them.

6.1. Sybil Pressure Pegged performs no identity checks. Anyone can initiate or enter a draw. This opens the door to Sybil attacks—where a single actor simulates multiple users to increase their chances. While this does not compromise the randomness of the draw itself, it may distort statistical fairness over time. Mitigation: Interfaces and communities may encourage or enable Sybil-resistant entry paths (e.g., wallet heuristics, social proofs), but the protocol itself remains blind to identity. The only structural defense is indifference.

6.2. Draw Scams and Fake Pools Anyone can deploy a draw contract. This openness allows for fake or malicious draws—e.g., contracts that mimic legitimate tiers but do not distribute rewards as expected. Since Pegged has no central registry, users must distinguish real draws from fraudulent ones. Mitigation: Trusted templates, interface curation, and open-source auditability provide indirect defenses. Reputation forms outside the protocol, not within it. Interfaces play a critical filtering role.

6.3. Oracle Corruption and Randomness Failure Every draw depends on randomness. If the source of randomness is manipulated, draw outcomes may be biased. This compromises the protocol’s core claim: that allocation is arbitrary and fair. Mitigation: Pegged relies on well-established decentralized oracles or VRFs. If a specific draw uses a weak or centralized randomness source, its integrity is compromised—but not the rest of the system. Each draw lives or dies on its own.

6.4. Fragmentation and Liquidity Inefficiency Draws are isolated. There is no shared pool or treasury. While this limits systemic risk, it may lead to liquidity fragmentation—many small draws with low value and poor POR. Mitigation: Interface builders may aggregate similar draws or create batch entry mechanisms. Market dynamics will reward the draws with the clearest terms and highest payout ratios.

6.5. Emotional and Psychological Volatility Greed-tier draws, by design, offer life-changing potential. This carries emotional weight. Users who lose repeatedly may experience disillusionment or blame the system—even if its behavior is transparent and consistent. Mitigation: Interfaces should disclose odds clearly and discourage compulsive participation. Education and disclosure are external responsibilities. The protocol does not comfort.

6.6. Reentry Exclusion If a user misses a scheduled draw—due to timing, syncing, or delay—the opportunity is lost. There is no reentry or reversal. Mitigation: Front-ends may offer alerts, reminders, and subscription-style participation. But Pegged enforces no grace period. Missed chances are final.

6.7. High UX and Front-End Dependence Pegged has no official interface. Most users will interact with the system via apps, wallets, or intermediaries. If these front-ends are misleading, exploitative, or badly designed, the user experience suffers—without affecting the protocol itself. Mitigation: Users are encouraged to inspect contract addresses, use open-source tools, and compare PORs. The protocol guarantees irreversibility, not usability.

6.8. Infrastructure Vulnerabilities Pegged assumes a minimal but operational public infrastructure: active node runners, decentralized exchanges, randomness providers. None are embedded or incentivized. If this infrastructure weakens, access becomes more difficult and draw friction increases. Mitigation: Voluntary and ideological maintenance, combined with draw-adjacent incentives (e.g., fees for front-end builders or liquidity providers), may sustain the ecosystem. But this is not guaranteed. Pegged survives only if someone keeps it reachable.

6.9. Reputational Risk and Narrative Attack Pegged does not control its narrative. Its design may be misrepresented as irresponsible, exploitative, or nihilist. If this perception dominates, participation may decline—regardless of system performance. Mitigation: None within the protocol. Pegged cannot defend itself. Reputation forms at the level of use, documentation, and visible behavior. It is not enforced.