Cashie’s underlying architecture consists of three core pillars, making the approach quite solid. First is the x402 Payment layer — project teams use gasless signing via the ERC-3009 standard to commit funds, reducing entry costs. Next is the CARV ID identity verification layer, based on the ERC-7231 protocol, which maps user accounts to wallet addresses one-to-one, enabling accurate tracking and verification of each individual's rewards. Finally, the ERC-8004 Agent autonomous execution layer is responsible for automatically running various activities — from task publishing and lottery management to fund distribution, all fully automated. These three layers are interconnected, ensuring that the entire incentive system maintains decentralization and transparency while improving operational efficiency.
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LayerZeroHero
· 20h ago
It has proven that these three-layer protocol stack is well-constructed, especially the gasless signature of ERC-3009—which directly lowers the entry barrier for users. However, I still want to test the interoperability performance of CARV ID in cross-chain scenarios; otherwise, just looking at a beautiful architecture isn't convincing without validation.
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pvt_key_collector
· 01-09 23:37
The three-tier architecture sounds good, but is this kind of automation really reliable? It still depends on how well it is implemented in practice.
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memecoin_therapy
· 01-07 06:51
To be honest, these three-layer architectures do sound quite impressive, especially the gasless signing part, which saves money.
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NFT_Therapy_Group
· 01-07 06:49
Not having gas for signing is indeed impressive, but I'm a bit concerned about the CARV ID identity binding system... How is privacy protected?
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ZKProofEnthusiast
· 01-07 06:45
Wow, this three-layer architecture is indeed impressive, especially the gasless signing. Finally, a project has thought of reducing costs.
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SignatureDenied
· 01-07 06:27
The three-layer architecture sounds good, but to be honest, can the gasless signing system really be implemented? I always feel like it's just a pile of protocol jargon.
Cashie’s underlying architecture consists of three core pillars, making the approach quite solid. First is the x402 Payment layer — project teams use gasless signing via the ERC-3009 standard to commit funds, reducing entry costs. Next is the CARV ID identity verification layer, based on the ERC-7231 protocol, which maps user accounts to wallet addresses one-to-one, enabling accurate tracking and verification of each individual's rewards. Finally, the ERC-8004 Agent autonomous execution layer is responsible for automatically running various activities — from task publishing and lottery management to fund distribution, all fully automated. These three layers are interconnected, ensuring that the entire incentive system maintains decentralization and transparency while improving operational efficiency.