# Treasury & Peg Monitoring Peg stability is a system-level responsibility. Our stablecoin, thUSD, maintains its value through a multi-layered treasury architecture that combines real collateral, automated monitoring, and measured intervention. There are no soft promises, no magic algorithms, and no reliance on reflexive collateral like most stablecoins. Peg defense is handled through asset-backed logic and 24/7 monitoring of liquidity conditions: both on-chain and in real-world markets. ### Peg Anchoring vs. Peg Defense It’s important to distinguish between the peg’s design and its defense mechanics. * **Anchoring**: thUSD is backed 1:1 by real-world assets: not by tokens, governance promises, or fractional reserve models. This ensures that the intrinsic value of each thUSD is always rooted in actual, redeemable collateral. * **Defense**: Market prices can still deviate from $1 during volatility or thin liquidity. Defense systems step in here to ensure short-term dislocations don’t become permanent breakdowns. ### Treasury Structure Overview Tharwa’s treasury includes: * **TharwaPool**: Core pool holding capital inflows and yield * **Vault Allocations**: Deployed RWA exposure generating real-world yield * **Liquid Reserves**: Real-world stablecoin buffers for peg response * **Unallocated Capital**: Temporarily idle funds waiting for deployment or redemption The Confluence Engine determines how much capital should remain liquid vs. how much is deployed into yield-generating strategies. ### Peg Defense System During periods of sustained sell pressure or deviation from $1, peg defense is activated via: #### 1. Whitelisted Arbitrage Designated market makers are allowed to: * Buy thUSD below $1 * Redeem it 1:1 via vault-side or OTC redemption * Capture risk-free arbitrage profit while helping restore the peg This is enforced via smart contract thresholds and monitored 24/7. #### 2. OTC Liquidity Routing *(Coming Soon)* Instead of relying solely on AMM liquidity, the OTC module enables: * High-volume buys/sells without slippage * Direct matching of sellers and institutional buyers * Secondary liquidity via thUSD–vault swaps This reduces volatility, improves depth, and offloads pressure from DEXs. #### 3. Reserve Release If sell pressure exceeds arbitrage capacity, Tharwa can release stablecoins from liquid reserves to market makers, giving them capital to support the peg. This does **not** require asset liquidation unless redemptions exceed all buffers. ### Monitoring Infrastructure The system tracks: * On-chain thUSD price (DEXs, aggregators) * thUSD supply fluctuations and redemption queues * Arbitrage spreads and liquidity depth * Real-world NAV of vaults and reserve buffers * Custodian and oracle feed latency or anomalies If thresholds are breached, alerts are triggered to the Treasury Safe for manual or automated response. --- # Agent Instructions: Querying This Documentation If you need additional information that is not directly available in this page, you can query the documentation dynamically by asking a question. Perform an HTTP GET request on the current page URL with the `ask` query parameter: ``` GET https://tharwa.gitbook.io/tharwa/security-and-risk-management/treasury-and-peg-monitoring.md?ask= ``` The question should be specific, self-contained, and written in natural language. The response will contain a direct answer to the question and relevant excerpts and sources from the documentation. Use this mechanism when the answer is not explicitly present in the current page, you need clarification or additional context, or you want to retrieve related documentation sections.