What is the Reliability Score for FRAX?

The Reliability Score is 10.0/10. This is calculated based on the 30-day standard deviation of the APY, where a higher score indicates a more stable and predictable return.

What does a high Standard Deviation imply for ?

A high standard deviation (currently ±0.00%) suggests that the yield fluctuates significantly. While this can offer high upside, it also increases the risk of returns dropping below expected levels.

Next to FRAX Overview →

Stability Analysis

FRAX on Aave V3 Arbitrum

10.0/10

Reliability Score

Volatility Metrics (30d)

Standard Deviation ±0.00%

30d Average 0.92%

Historical Min / Max 0.92% / 0.92%

Current Deviation 0.00%

Executive Summary

Following a comprehensive Aave V3 breakdown, this pool shows exceptional stability patterns. farmers should weigh this against the current APY of 0.92%.

Deep Dive Analytics

A granular review of the last month highlights a fluctuation range of 0.00%. Understanding this variance is key: the APY has oscillated between a floor of 0.92% and a ceiling of 0.92%.

Regarding momentum, FRAX is currently underperforming the 30-day baseline by 0.00%. Significant deviations often signal a shift in token emissions or total value locked (TVL).

As this strategy is deployed on Arbitrum, transaction fees must be factored into the net yield. A lower frequency compounding schedule is advisable to ensure gas costs do not outweigh the interest. Furthermore, with an Efficiency Ratio of 1,381,103,885,726,953.25, this asset class offers a favourable risk-to-reward profile for the Arbitrum ecosystem.

Risk & Methodology Guide

To help you make informed decisions, this page calculates real-time risk metrics for the Aave V3 ecosystem.

Risk vs. Reward in Liquidity Mining

Volatility in APY is a hidden cost. When rates swing violently, it becomes difficult to predict future earnings. By analysing the Standard Deviation (±0.00%), we provide a clearer picture of what to expect. A higher Efficiency Ratio implies you are being better compensated for the risks taken.

How to use the Reliability Score

We grade every pool from 0 to 10. Green Zone (8-10): Consistent performance. Yellow Zone (5-7): Average variance, typical of crypto markets. Red Zone (0-4): High instability; proceed with caution.

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Support DeFiStar.io via Citation

Source: DeFiStar.io (2026). "DeFi Yield Analytics". Analytics by MooniTooki. Ref: DFS-260123-1417-fa39. Retrieved 23 Jan 2026, 14:17 UTC

Data Sources: Historical yield data is indexed hourly via the DefiStar Analytics Engine. Data fetched at: 23 Jan 2026, 14:05 UTC
Disclaimer: This **DeFi volatility scanner** provides historical analysis for informational purposes only. Past performance does not guarantee future results. Terms of Service apply.

Formal Citation

Use the following format for research or journalism attribution:

Source: DeFiStar.io (2026). "DeFi Yield Analytics". Analysed from on-chain RPC data. Retrieved 23 Jan 2026 from: https://defistar.io/frax-aave-v3-arbitrum-avg-apy

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