Aave has released a comprehensive transparency report detailing the security approach behind Aave V4.​ The protocol was developed with a security-first methodology, implementing layered security controls throughout the entire development lifecycle.​

Key aspects covered in the report:

• Security measures integrated from early architecture phase
• Multi-layered security controls throughout development
• Post-audit fix validation processes
• Full transparency on the V4 security program

The report demonstrates Aave's commitment to building robust, secure infrastructure for its liquidity protocol.​ This transparency initiative provides the community with detailed insights into how security was prioritized and implemented in V4.​

Read the full security report

Superfluid is introducing continuous payment streaming for AI agents, moving beyond traditional batch payment systems.​

Key developments:

• AI agents with ERC-8004 identities can now receive payments continuously rather than in batches
• Superfluid's distribution pools enable simultaneous, real-time payments to thousands of agents onchain
• Agents joining pools permissionlessly see earnings compound every second with instant withdrawal capability

The infrastructure gap:

While ERC-8004 solved agent identity, reputation, and verification, it didn't address payment distribution at scale.​ Traditional batch payments create delays and reconciliation overhead.​

How it works:

Superfluid streams money continuously, matching how agents perform work.​ This eliminates waiting periods and manual reconciliation that plague wallet-based batch systems.​

A demo showcases the integration in action, allowing agents to start earning immediately through the streaming payment infrastructure.​

ENSIP-25 introduces a standardized method to verify that AI agents registered onchain are genuinely associated with their claimed ENS names.​

Key features:

• Defines a standardized ENS text record linking registry entries (like ERC-8004) to specific ENS names
• Enables wallets to display verified ENS names for AI agents instead of raw addresses
• Allows independent confirmation that agents like researchbot.​eth are authorized by their ENS name

Why it matters: As AI agents increasingly register identities, participate in governance, execute strategies, and sign transactions autonomously, verifiable identity becomes essential infrastructure.​ ENS extends its identity layer beyond humans, DAOs, and organizations to include software agents.​

Read the full technical details