Please describe your proposed solution
Disclaimer: It's important to clarify that this project falls under the "Concept" category and does not assure definite outcomes. While the ideas hold significant value and the problem is crucial, there is currently no apparent solution in the market. Thus, it remains a research project with uncertain results. To address this uncertainty, I have extensively researched all underlying concepts and conducted various proof-of-concepts, leading to what I believe is a feasible approach. Moreover, I have minimised the budget requirements to maximise value, considering the higher-than-normal risk involved.
Problem: My aim is to securely manage the access to all my digital assets (primarily my private keys), ensuring that they remain confidential without anyone else's awareness, and be convenient to retrieve only by myself. Yet, in the event of death or severe incapacity, I want those assets to transition securely to designated individuals without further involvement from me. How can this be achieved? Solving this challenge could revolutionise the wills and testament industry and prevent permanent loss of digital assets in the growing crypto industry at large.
Solution: The emergence of Digital Identities and Verifiable Credentials introduces a novel approach. It enables secure and private communication without necessitating intricate knowledge about the other party. Additionally, within these secure channels, Verifiable Credentials can convey factual information or grant rights to other entities. Moreover, leveraging AnonCreds allows us to obtain proof of granted rights without disclosing all associated conditions openly. This opens the way for encrypting/decrypting secrets based on proofs of identity and proof of specific rights. In such scenario, the seed phrase of a wallet could be passed encrypted onto a person of choice, and its decryption would only be permitted after some external trigger happen.
Engagement: the current and ongoing research, test scripts, and proof (what works vs what does not work) will be transparently published on the GitHub repo as they happen. The design of a feasible solution will also be delivered as part of this research project. A presentation to the Catalyst/Cardano community will be planned by end of the project, as well as video reports of the final findings.
Impact: The project will solely use Atala Prism, which is built on Cardano. Therefore, Cardano stands to gain primarily from its implementation. Subsequently, if it progresses to wider commercial adoption, either through my continued efforts (which I am committed to) or by others benefiting from this research, it could bring substantial benefits to the Cardano Community. Notably, although the project has cross-chain functionalities and would benefit the whole crypto industry, it takes fee payments in ADA (via Atala Prism).