| More challenging to change or update.
| More flexibility in updating or changing the KYC process.
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Universality of Standards | Multiple standards can co-exist, leading to fragmentation. Different applications will have different levels of KYC/KYB scrutiny.
| One standard for the entire network.
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| Tedious: Users will need to undergo KYC processes for multiple applications separately.
| Smooth: Once verified, users can interact with any application on the chain without re-verification.
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| Protection varies by application. Inconsistencies in defense mechanisms across apps. Fragmentation in design enhances surface attack area
| Centralized control offers a unified defense mechanism, but a flaw affects the entire network. Rapid response possible for widespread issues.
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| Different applications will have varying levels of compliance, leading to regulatory risks for users.
| Easier to enforce compliance across the entire network. Attractive to institutional players.
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| Allows for rapid growth as applications can choose to have laxer or stricter KYC norms.
| Establishes a foundational trust layer by requiring upfront verification, which streamlines future interactions and enhances network security for all users.
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| Costs are borne by individual applications
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| Requires overseeing numerous applications individually, which could be resource-intensive.
| Centralized oversight is more straightforward.
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| Decentralized KYC approaches may offer varied privacy benefits but also introduce potential risks for data breaches across multiple points.
| Centralizes user data within a secure, unified framework, using advanced encryption to protect privacy and minimize exposure.
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| Tailored security per application Risks will be localized to specific applications, but inconsistencies in security measures across different applications can exist. No recourse mechanic in the event of failure application failure
| Standardized security ensures consistent protection. Consistent level of protection against theft, duplication, or unauthorized transfers. Network level recourse mechanic provides a failover solution
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