# Quintes Protocol: Frequently Asked Questions (FAQ) By [Quintes](https://paragraph.com/@quintes) · 2025-11-16 --- Here are the most common questions we’ll be answering here: 1. _How does QNT’s price go up by 33% annually?_ 2. _If QNT is used on exchanges, wouldn’t the price differ from the protocol’s price?_ 3. _Can someone who bought QNT on an exchange redeem it for collateral inside the protocol?_ 4. _Is QNT’s collateral dependent on protocol revenue?_ 5. _What happens if the collateral HFT strategies fail or underperform?_ 6. _If collateral is being deployed in HFT when users stake, how can QNT be instantly redeemable?_ 7. _Why does the protocol use partial liquidations, and how do I avoid them?_ 8. _Why are HFT strategies executed off-chain through Off-Exchange Settlement (OES)?_ 9. _Is the Quintes Protocol Shariah-Compliant?_ **1\. How does QNT’s price go up by 33% annually?** --------------------------------------------------- QNT is a **synthetic asset**, meaning its value follows a programmed price curve rather than relying on market speculation. The protocol adjusts QNT’s target price upward by **0.235% every three days**, which compounds to about **33% per year**. If you’ve ever used synthetic assets before, the concept is very similar.For example: * **sBTC** mirrors the price of Bitcoin without holding real BTC.**DAI** stays close to $1 because its system is designed to keep it there, not because markets randomly choose that price. * **Synthetic S&P 500 tokens** track the index’s value even though no actual stocks are held. Each of these assets follows a rules-based price target. QNT works the same way, but instead of tracking Bitcoin, $1, or the S&P 500, it tracks the Quintes Index — a predictable, upward-moving price path engineered by the protocol. So when you mint QNT, you’re receiving a synthetic asset whose value is mathematically programmed to appreciate over time. **2\. If QNT is used on exchanges, wouldn’t the price differ from the protocol’s price?** ----------------------------------------------------------------------------------------- Yes, temporary price differences can happen. But the protocol has built-in mechanisms to bring exchange prices back in line. ### **Why differences occur** * Markets move independently * QNT trades across chains and exchanges * Liquidity conditions vary ### **How alignment is maintained** * **Peg Keepers**: Automated actors who buy QNT when the exchange price is below target and sell when it’s above. * **Arbitrage traders**: If QNT is cheaper on an exchange, traders can buy it and redeem it in the protocol for collateral, locking in profit and pushing prices back up. * **Cross-chain balancing**: QNT is deployed on several chains; arbitrage naturally equalizes prices across networks. **Outcome:** While minor deviations can occur, the system is designed so exchange-price ≈ protocol-price, with arbitrage constantly closing gaps. **3\. Can someone who bought QNT on an exchange redeem it for collateral inside the protocol?** ----------------------------------------------------------------------------------------------- **Yes.** Redemption does not depend on how you obtained QNT. Whether you minted it, bought it on a DEX, or received it from someone else, you can always: * Redeem QNT for the underlying collateral * At the protocol’s current target price * Minus a small dynamic fee This ensures equal rights for all holders, regardless of acquisition method. **4\. Is QNT’s collateral dependent on protocol revenue?** ---------------------------------------------------------- **No, the collateral backing QNT is independent from short-term revenue.** The core backing comes from a diversified, over-collateralized pool consisting of: * BTC * ETH * Stablecoins * QTS (governance asset) * Treasury reserves Protocol revenue (from HFT yields, arbitrage, liquidation fees) adds _extra strength_, but QNT’s backing does not rely on it. The system is engineered so that **QNT remains fully collateralized even if revenue temporarily drops to zero.** **5\. What happens if the collateral HFT strategies fail or underperform?** --------------------------------------------------------------------------- Quintes uses multiple layers of protection to keep user collateral safe: ### **Over-Collateralization** Every $1 of QNT is backed by at least **$2 of collateral**, only the surplus is deployed into HFT. Even if strategies lose money, there is a large buffer protecting the system. ### **Only Excess Collateral Is Exposed** The minimum backing collateral always stays on-chain. The trading portion is a smaller, controlled slice. ### **Treasury Backstop** A reserve of locked QTS can compensate for losses, hacks, or underperformance. ### **Live Monitoring & Auto-Recall** Strategies are monitored 24/7. If performance drops: * The system pauses allocations * Capital is recalled automatically * Deployments are frozen for protection ### **Partial Liquidations** If an individual user becomes under-collateralized, only **part** of their collateral is sold, not the entire vault. ### **Diversification & Contracts** Multiple strategies, multiple firms, and contractual recall agreements minimize concentration risk. ### **Governance Intervention** In extreme situations, governance can adjust buffers, increase reserves, or pause strategies. **Bottom line:** Losses in HFT **do not jeopardize QNT’s backing**. Only excess collateral is at risk, and the protocol has multiple safeguards to absorb shocks. **6\. If collateral is being deployed in HFT when users stake, how can QNT be instantly redeemable?** ----------------------------------------------------------------------------------------------------- Quintes uses a layered liquidity system to guarantee smooth redemptions: ### **Liquidity Buffer** A portion of collateral always stays idle on-chain.This buffer is calibrated using: * Historical redemption patterns * Volatility data * Risk parameters Most redemptions are satisfied instantly from this pool. ### **Partial Deployment Only** The protocol _never_ deploys the full collateral amount. Only excess collateral beyond the minimum backing requirement is used for HFT. This ensures there is always enough liquid collateral available for redemption. ### **Automated Asset Recall** If redemption demand exceeds the buffer, assets can be recalled from HFT strategies. Large redemptions may experience brief delays, but the system is optimized to minimize them. ### **Redemption Queue (Rare Cases)** In the unlikely event the buffer is fully used and assets are being recalled, redemptions are queued and processed fairly. ### **Governance Tools** Governance can increase liquidity buffers, pause deployments, or adjust parameters if needed. **In practice:** 99% of redemptions are instant. The system is engineered so collateral deployment never compromises user liquidity. **7\. Why does the protocol use partial liquidations, and how do I avoid them?** -------------------------------------------------------------------------------- ### **Why partial liquidations exist** If your collateral value drops and your vault becomes unsafe, the protocol must restore your collateralization ratio to protect both you and the system. Instead of liquidating the whole vault: * Only **part** of the collateral is sold * Only enough to bring your vault back to safety This reduces user losses and prevents cascading system-wide liquidations. ### **How to avoid them** You can avoid partial liquidations by: * Maintaining strong over-collateralization * Monitoring your vault’s health * Adding collateral during volatility * Repaying part of your QNT debt * Using the protocol’s alerts and dashboard to track risk Proper vault management keeps you fully in control. **8\. Why are HFT strategies executed off-chain through Off-Exchange Settlement (OES)?** ---------------------------------------------------------------------------------------- Running HFT on-chain is not ideal. Public blockchains are too slow, too expensive, and too congested. ### **Why off-chain execution is required:** * HFT requires microsecond-level execution speed * Chains like Ethereum operate at ~15 TPS — far too slow * On-chain latency and gas costs would destroy profitability * Institutional HFT systems require colocated servers and optimized hardware ### **Why OES is the optimal model** Quintes executes strategies off-chain but settles results back onto the protocol through a secure, auditable process. OES provides: * Ultra-low latency execution * Better pricing and liquidity * Lower counterparty risk through custodial partners * Verifiable settlement and accountability It gives users **both** DeFi transparency **and** institutional-grade performance. **9\. Is the Quintes Protocol Shariah-Compliant?** -------------------------------------------------- **Yes, the protocol is structured to adhere to core Islamic finance principles.** Quintes avoids: * Interest-based yields (riba) * Excessive uncertainty or ambiguity (gharar) * High-risk speculation **Instead:** * Rewards come from real economic activity (HFT), not lending * All positions are over-collateralized * Strategies operate transparently and systematically * Only ethical, widely accepted cryptoassets are used * Risk is clearly shared and disclosed * Governance is transparent and community-driven This makes Quintes suitable for users seeking Shariah-aligned financial products while participating in advanced DeFi mechanics. Learn More About Quintes ------------------------ Quintes is building a more efficient, more inclusive, and more productive collateral economy. If you’d like to explore the mechanics behind that mission, the documentation is the best place to start. [**_Discover the Quintes docs here._**](https://quintes.gitbook.io/quintes/) --- *Originally published on [Quintes](https://paragraph.com/@quintes/quintes-protocol-frequently-asked-questions-faq)*