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Utilisation Analytics

USDS on Spark (Ethereum)
Efficiency Optimised [Linear Phase]
73.82% Utilisation Rate

Interest Rate Model

KINK (80%)

The chart visualises the algorithmic relationship between supply and demand. The sharp rise (kink) typically occurs at 80-90% utilisation to protect liquidity.

Liquidity Composition

Borrowed (73.82%) Free (26.2%)
Available Capital $37,735,619
Active Loans $106,403,491

Deep Dive Analytics

We are analysing the ratio between 'Supply' (Deposits) and 'Demand' (Loans). A rate of 73.82% tells us exactly how much of the pool is being put to work.

The Mechanics: When utilisation is low, interest rates drop to attract borrowers. When it is high, rates spike to attract lenders.

Current State: The pool demonstrates balanced efficacy. There is sufficient reserves ($37,735,619) to facilitate withdrawals while maintaining enough loan volume to generate sustainable APY. This dynamic directly influences the APY volatility you see on the dashboard.

Liquidity Stress Test

Projecting pool stability under hypothetical high-demand scenarios.

Scenario Remaining Liquidity Risk Level
Current State $37,735,619 Optimal
At 90% Utilisation $14,413,911 Critical
At 95% Utilisation $7,206,955 Insolvent Risk

Key Metrics Explained

Utilisation Rate: The percentage of the pool's total capital currently lent out to borrowers. It is the primary driver of interest rates in DeFi.

The Kink: A specific point in the interest rate curve (usually 80-90%) where borrowing costs jump exponentially to discourage depleting the pool entirely.

Safety Buffer: The remaining 26.2% of liquidity ensures lenders can withdraw their assets without waiting for borrowers to repay loans.

Utilisation Guide

Why is Utilisation Important?

The Utilisation Rate is the single most important metric in DeFi lending. It balances the ecosystem. If utilisation is too low (e.g., 10%), there is too much idle capital earning no interest, leading to low APY for lenders. If utilisation is too high (e.g., 99%), there is a "liquidity crunch," meaning lenders cannot withdraw their funds until borrowers repay loans.

The Interest Rate Mechanism

Protocols use an algorithmic "Interest Rate Model" to manage this. As utilisation rises, the borrowing interest rate rises to encourage repayments. Most protocols aim for an "Optimal Utilisation" rate (usually around 80%), where capital efficiency is maximised without risking a liquidity crisis.

Data Analysis by MooniTooki
Chief Data Architect @DeFiStar.io Follow on X for real-time alpha and risk updates.

Data Sources: Metrics derived from hourly snapshots via the DeFiStar Indexer. Active Tracking: 04 Dec 2025, 09:04 UTC.
Disclaimer: Data is for informational purposes only. Past performance is not indicative of future results. Terms of Service apply.

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