
infiniFi Locked iUSD (1week)Price(LIUSD)
Details infiniFi Locked iUSD (1week) (LIUSD) Price information (USD)
The current real-time price of LIUSD is $1.16. In the past 24 hours, LIUSD has traded between $1.16 and $1.17, showing strong market activity. The all-time high of LIUSD is $1.22, and the all-time low is $1.067.
From a short-term perspective, the price change of LIUSD over the past 1 hour is
infiniFi Locked iUSD (1week) (LIUSD) Market Information
infiniFi Locked iUSD (1week) (LIUSD) Today's Price
The live price of LIUSD today is $1.16, with a current market cap of $28.322M. The 24-hour trading volume is 1K. The price of LIUSD to USD is updated in real time.
infiniFi Locked iUSD (1week) (LIUSD) Price History (USD)
What is INFINIFI LOCKED IUSD (1WEEK) (LIUSD)?
When is the right time to buy LIUSD? Should I buy or sell LIUSD now?
Before deciding whether to buy or sell LIUSD, you should first consider your own trading strategy. Long-term traders and short-term traders follow different trading approaches. LBank’s LIUSD technical analysis can provide you with trading references.
Future price trend of LIUSD
What will the value be? You can use our price prediction tool to conduct short-term and long-term price forecasts for LIUSD.
How much will LIUSD be worth tomorrow, next week, or next month in ? What about your LIUSD assets in 2025, 2026, 2027, 2028, or even 10 or 20 years from now? Check now! LIUSD Price Prediction
How to buy INFINIFI LOCKED IUSD (1WEEK) (LIUSD)
Convert LIUSD to local currency
LIUSD Resources
To learn more about LIUSD, consider exploring other resources such as the whitepaper, official website, and other published information:
Top 5 addresses | Holding amount | Holding ratio | |
|---|---|---|---|
ethereum | 0x1e5f...a461b1 | 1.568M | 23.93% |
ethereum | 0xa0f2...8d46df | 1.004M | 15.32% |
ethereum | 0xd14f...bbc91c | 712.064K | 10.86% |
ethereum | 0x3de2...25458b | 647.253K | 9.88% |
ethereum | 0x4c9d...55e8e9 | 565.317K | 8.63% |
Other | 2.057M | 31.38% |
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INFINIFI LOCKED IUSD (1WEEK) (LIUSD) FAQ
What is the difference between iUSD, siUSD, and liUSD within the InfiniFi ecosystem?
iUSD is the foundational receipt token you receive after depositing stablecoins. siUSD, or Staked iUSD, is a liquid variant that earns a base yield and allows for immediate withdrawal. liUSD, or Locked iUSD (like the 1-week version), represents iUSD that has been committed for a specific duration. This locking mechanism enables users to earn significantly higher yields and benefit from enhanced "Points" multipliers due to its reduced liquidity and increased risk absorption compared to siUSD. Each token serves a distinct purpose in balancing yield, liquidity, and risk within the protocol.
Can I unlock my InfiniFi Locked iUSD (liUSD) before its specified 1-week lock-up period concludes?
No, once your iUSD is committed and transformed into liUSD for the 1-week duration, the capital becomes physically locked by the smart contract. There is no provision or mechanism for early withdrawal, nor is there a penalty system for early exit, as the contract strictly prevents access until the entire lock-up period has expired. Users must wait for the full 7-day term to complete before their funds become available for redemption or conversion back to liquid iUSD.
How does InfiniFi achieve such high Annual Percentage Yields (APY) for products like liUSD, often surpassing standard DeFi rates?
InfiniFi leverages a unique "fractional reserve" model on-chain to maximize returns. It strategically deploys a significant portion of the locked capital, including that from liUSD, into advanced, longer-duration, high-yield strategies across various decentralized finance protocols. By maintaining only a fraction of its reserves as liquid for immediate redemptions by siUSD holders, the protocol can commit the majority to more aggressive, higher-earning opportunities. This optimized capital allocation, combined with the risk appetite of locked holders, is the core driver of the elevated APYs.
Given InfiniFi's fractional reserve model, what measures are in place to mitigate "bank run" risks, and is it comparable to a Ponzi scheme?
InfiniFi addresses "bank run" risks by maintaining a "Liquidity Buffer" to handle typical withdrawal requests. However, in an extreme, widespread withdrawal scenario, the protocol prioritizes liquid stakers (siUSD), paying them first. Locked holders (liUSD) implicitly absorb the primary risk in such an event, potentially facing delays or losses. The protocol is not a Ponzi scheme; it generates yield from external, audited DeFi strategies, not solely from new user deposits. Its fractional reserve mechanism replicates traditional banking, but on-chain, with transparency and audited smart contracts providing structural integrity.
What happens if the underlying decentralized finance yield farms or protocols integrated with InfiniFi (e.g., Pendle, Aave) experience a failure or significant loss?
InfiniFi manages "Contagion Risk" by distributing potential losses from failures in underlying yield farms across its different tranches. In such scenarios, liUSD holders, who receive higher yields for their locked capital and increased risk exposure, are typically designed to be the first to bear the impact of these losses. This means their invested capital or expected returns could be affected. This tiered risk distribution mechanism is fundamental to the protocol's design, ensuring that those who benefit from the highest potential yields also assume a proportionate share of the associated risks.
Has the InfiniFi protocol undergone any security audits to ensure the safety and integrity of its smart contracts and user funds?
Yes, InfiniFi places a strong emphasis on security and has proactively engaged with reputable third-party auditors. The protocol has successfully completed audits by firms such as Spearbit, confirming the robustness and integrity of its smart contract architecture. Additionally, InfiniFi actively participates in bug bounty programs on platforms like Cantina, inviting ethical hackers to identify and report potential vulnerabilities. These measures demonstrate a commitment to continuous security improvement and provide users with a higher degree of confidence in the protocol's safety.



