heavenkey (heavenkey)

Heavenkey — automated digital inheritance on Ethereum 🔐 Most people don’t think about what happens to on-chain assets when a wallet becomes inactive. Heavenkey introduces a missing Ethereum primitive: – Inactivity-proof engine (no custodians) – Encrypted heirs (AES-GCM + IPFS, zero on-chain leakage) – Commit-reveal privacy – Diamond architecture (EIP-2535) for full modularity – Ethical fallback if no heirs claim The MVP is live, fully tested, and open-source. This video explains the mechanism end-to-end. 👇 GitHub repo: https://github.com/heavenkey-protocol #Ethereum #Security #PublicGoods #DigitalLegacy #Heavenkey

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Heavenkey has officially applied to the Ethereum Security QF Round on Giveth. We’re building non-custodial security infrastructure for digital asset continuity on Ethereum: privacy-preserving heirs, sequential claim flows, and ethical fallback to reduce permanent asset loss. Official Giveth project page: https://giveth.io/project/heavenkey-digital-will-automation-ethical-fallback #Ethereum #EthereumSecurity #Giveth #PublicGoods #WalletSafety #Heavenkey

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Digital inheritance is not just a legal problem. It’s a conflict between two models of power. In traditional law, institutions hold the final key. In blockchain, the key holder does. That’s why digital wills are so hard to reconcile with crypto. Building on this with Heavenkey. https://www.francescoventura.it/testamento-digitale-e-blockchain/

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Heavenkey is a trustless digital inheritance protocol built on Ethereum. This 5-minute video shows the full flow end-to-end: inactivity detection, encrypted heirs, commit–reveal succession, and an ethical fallback if no heir claims. The goal is to prevent on-chain assets from remaining locked forever, without custodians and without leaking private data. Built with Ethereum, Chainlink, XMTP, MetaMask.

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Heavenkey has officially applied to the Ethereum Security QF Round on Giveth. We’re building non-custodial security infrastructure for digital asset continuity on Ethereum: privacy-preserving heirs, sequential claim flows, and ethical fallback to reduce permanent asset loss. Official Giveth project page: https://giveth.io/project/heavenkey-digital-will-automation-ethical-fallback #Ethereum #EthereumSecurity #Giveth #PublicGoods #WalletSafety #Heavenkey

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Heavenkey – encrypted heirs for digital inheritance on Ethereum 🔐 Heirs are never exposed on-chain. – Client-side encryption (AES-GCM) – Encrypted blobs on IPFS – On-chain commitment only – At succession, only the active heir receives the decryption key; all others stay encrypted until (and unless) their turn arrives. Digital inheritance needs privacy by design. GitHub (protocol + docs): https://github.com/heavenkey-protocol/heavenkey-sepolia-deployment/blob/main/docs/Heavenkey_Evolution_Roadmap.md #Heavenkey #Ethereum #PrivacyByDesign #Web3Security @ipfs @gitcoin

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@ethereum Looking for feedback from devs who’ve built complex Ethereum systems. We’re using a Diamond architecture (EIP-2535) for an automated digital-inheritance protocol with inactivity proofs, encrypted heirs (AES-GCM on IPFS), and a fallback to public goods. What’s the most critical security consideration you’d expect in such a design?

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