The decentralized finance protocol Aave has implemented a significant overhaul of its security bounty program while its native token shows signs of potential technical momentum. AAVE is trading near $99.48, posting steady weekly gains. Analysts note the price is compressing within a long-term descending wedge pattern, often preceding a directional breakout.
The AAVE token is trading at $99.48, according to CoinMarketCap data. It has risen 4.05% in the past 24 hours and gained 9% over the last seven days, indicating renewed activity after a period of stagnation.
Increased interest is reflected in gradually climbing volume, attributed primarily to short-term traders returning to the market. Investors are closely watching the $95 support area, which has consistently acted as a price floor.
A long-term downtrend has formed a falling wedge pattern on the price chart. This structure shows that despite the downtrend, selling pressure is weakening, as evidenced on a chart shared on X. The price’s movement toward the upper boundary and subsequent rejection has resulted in a loss of momentum.
This compression of price fluctuations is a condition that often precedes a significant trend shift. Traders consider the current formation a pivotal level because the price is hovering near its top boundary.
Meanwhile, the Aave protocol has updated its bug bounty system to enhance ecosystem security. The bug bounty reward ceiling has been increased significantly for Aave v4 and Core Aave v3, with top bounty amounts rising to $5 million for critical bugs.
The program has been split across three platforms: Immunefi, Sherlock, and Cantina. This restructuring aims to reduce confusion and ensure reward levels align with specific risk profiles, as stated by the protocol. Core V3, V2, GHO, and infrastructure programs remain on Immunefi, while Aave V4 and Aptos programs move to Sherlock and Cantina respectively.
The DAO will now fund all program areas through a unified platform. This indicates efforts by Aave to create a clearer, more streamlined, and secure protocol structure.
