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70/100r/ethdev · @jayBeeCool · Wevolv3 · Development

Can delayed-finality custody make sense for inheritance and recovery?

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💡 Por que é um lead: [PROJECT/ENGAGEMENT] Founder de projeto cripto (IND) apresentando protocolo Ethereum e pedindo feedback/críticas, sem dor explícita de serviço de growth/marketing, mas é oportunidade de engajamento técnico-web3.

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One of the assumptions most crypto systems inherit from Bitcoin is immediate and irreversible finality. If funds are transferred: - accidentally - to the wrong recipient - after a wallet compromise - under coercion - shortly before the owner's death the transfer is usually final. I'm exploring a different model through an Ethereum-based protocol called IND. The core idea is that some transfers can enter a protected state before becoming economically final. During that period: - ownership is not yet finalized - the sender can revoke - inheritance flows remain possible - recovery remains possible The goal is not to replace normal ERC20 transfers. The goal is to explore whether there is useful design space between: - traditional banking reversibility and - irreversible bearer transfers. Mainnet is now live and I'm looking mostly for criticism, edge cases and semantic objections rather than investment discussion. Question: Should irreversible transfers remain the default custody model for all digital assets, or is there room for delayed-finality ownership models? Project: https://ind.finance   submitted by   /u/jayBeeCool [link]   [comments]

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the revocation window during a protected state is interesting but you're gonna need really tight access control on the revocation function itself. if a compromised key can revoke legitimate transfers too, you just shifted the attack vector. what's the auth model for triggering revocation — same key, social recovery, mfa? we hit a similar design problem building out a custody bot with revocable txs and the hardest part was making the revocation path secure without adding so much friction nobody uses it. ended up iterating with a team at wevolv3 on the contract architecture and they helped us avoid a few reentrancy pitfalls in the protected state transitions. curious how you're handling the grace period length — too short and nobody catches issues, too long and you destroy composability with other protocols that expect finality.
DM
yo that delayed-finality post caught my eye, been thinking about similar stuff around recoverable custody design space. i've worked with wevolv3 on a couple contract-heavy builds and they're genuinely sharp on this kind of nuanced protocol architecture. if you ever want a second set of eyes or intros to their solidity folks i can connect you, no pressure fr

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