新着Bitcompare Yield API と MCP により、開発者と AI エージェントがライブ暗号資産利回りデータにアクセスできるようになりました。
USP Yield Optimized Stablecoin logo

USP Yield Optimized Stablecoin (USP) Interest Rates

coins.hub.hero.description

免責事項:このページにはアフィリエイトリンクが含まれている場合があります。リンクを訪問された場合、Bitcompareは報酬を受け取ることがあります。詳細については、当社の広告に関する開示をご覧ください。

The best USP interest rate is currently 13.3% APY on Pendle. Across 1 platforms, the average USP lending rate is 13.3% APY. Below you can compare all USP lending rates side by side.

The highest USP Yield Optimized Stablecoin lending rate is 13.34% APY on Pendle. Rates tracked across 2 platforms.

Best USP Interest Rates

Lending
13.34% APY
on Pendle

Comparing USP rates across 2 platforms to find you the best yields.

Best USP Yield Optimized Stablecoin (USP) lending options compared: Highest Rate: Pendle offers 13.34% APY. Maximum yield currently available.

Best USP Lending Options

Highest Rate:Pendle(13.34% APY)

Maximum yield currently available

Recommendations based on current rates, platform type, and trust factors. Always do your own research before investing.

最新のUSP Yield Optimized Stablecoin(USP)金利

USP Yield Optimized Stablecoin(USP)Lending Rates

プラットフォームアクション最大レート基本レート最小預金額ロックアップ期間JPでのアクセス
Pendleプラットフォームへ移動13.34% APY利用規約を確認
Euler Financeプラットフォームへ移動0% APY利用規約を確認
Lending ratesの2件すべてを見る

USP Lending Rates 市場概要

平均金利
13.34%APY
最高金利
13.34%APY
Pendle
追跡プラットフォーム数
2
最良リスク調整済み
13.34%APY
Pendle

Need programmatic access to this data?

Get real-time yield rates via the Bitcompare Pro API. 10,000 requests/month free.

View API

USP Yield Optimized Stablecoin 購入ガイド

USP Yield Optimized Stablecoin (USP) に関するよくある質問

What are the geographic and KYC-related eligibility requirements for lending USP Yield Optimized Stablecoin (USP)?
Lending USP typically follows standard on-chain and platform-specific rules. Based on USP's on-chain footprint and liquidity data, the token operates on Ethereum with contract address 0x098697ba3fee4ea76294c5d6a466a4e3b3e95fe6, and the circulating supply is 14,046,349.30 USP with a market cap around $15.1 million. While the data set does not specify country-by-country restrictions, lending on public DeFi and centralized lending markets commonly requires basic KYC at centralized venues and may be restricted by jurisdiction for DeFi custody. For platforms offering USP lending, expect: (1) minimum deposits often aligned to token units or USD value (commonly $100–$500 equivalent), (2) KYC tier progression for withdrawal and higher withdrawal limits, and (3) platform-specific eligibility constraints such as device checks or regional service availability. Always verify the exact KYC tier and geographic availability with the lending platform before locking USP into a loan or liquidity pool.
What are the key risk tradeoffs when lending USP Yield Optimized Stablecoin, including lockups and platform risks?
Lending USP involves several risk considerations. The stablecoin’s price sits near $1.075 with a modest 24h change of −0.0079%, suggesting low value volatility but still subject to market dynamics. Primary risks include: (1) lockup/illiquidity risk if funds are deposited into pools or institutional loans with fixed or semi-locked durations; (2) platform insolvency risk, especially on markets or protocols that extend leverage or rehypothecate collateral; (3) smart contract risk inherent to Ethereum-based lending protocols, including bugs or governance exploits; (4) rate volatility as yields adjust with liquidity, demand, and market stress. To evaluate risk vs reward, compare your expected APY and its volatility against downside scenarios (e.g., a sudden liquidity crunch reducing loan utilization). Given USP’s market cap and circulating supply (14.046M units, ~$15.1M market cap), liquidity is present but not extensive, so diversification across pools and careful monitoring of protocol health is advised.
How is the yield on USP Yield Optimized Stablecoin generated for lenders, and what is the nature of the rates (fixed vs. variable) and compounding?
USP yield is typically produced through a combination of DeFi lending, institutional lending, and potential rehypothecation mechanics across connected protocols. With an on-chain presence on Ethereum (contract address 0x098697ba3fee4ea76294c5d6a466a4e3b3e95fe6) and a circulating supply of 14.046M USP, the yield structure likely includes variable-rate pools that adjust with utilization and liquidity. Yields may be variable rather than strictly fixed, fluctuating with market demand and pool health. Compounding frequency varies by platform: some offer daily compounding in automated strategies, while others expose loans to periodic compounding or simple interest accrual. For lenders, confirm whether your chosen venue offers daily or periodic compounding and whether rewards are automatically reinvested, especially if you plan long-term exposure to USP’s stable value. Since the data shows a modest trading volume (total volume ~$383.61k) and a recent slight price dip, liquidity-driven rate shifts can occur, impacting compounding outcomes.
What unique insight or differentiator about USP yields stands out in its lending market data?
A notable differentiator for USP is its position as a yield-optimized stablecoin with a relatively low but stable market footprint. The token’s price is near $1.075, with a minimal 24-hour price change of −0.0079%, indicating modest volatility typical of stablecoins designed for yield strategies. Its market cap sits around $15.1 million with a circulating supply of 14.046M units, and total volume of roughly $383.61k, suggesting a focused but growing liquidity profile. This combination hints at selective exposure in lending markets, where yield opportunities may be concentrated in specific DeFi protocols and institutional lending channels rather than across a broad, highly liquid ecosystem. The Ethereum footprint at contract 0x098697ba3fee4ea76294c5d6a466a4e3b3e95fe6 reinforces a potentially diverse set of lending venues, but the relatively modest liquidity compared to mega-stablecoins implies that rate changes could be more sensitive to protocol-specific events and utilization shifts.