A complete application that divides your private key or confidential information into several fragments and transmits them to trusted human social accounts, known as Guardians. feature- 1)Collusion resistance 2)Implementation of modified Shamir secret algorithm(n,t) flow:- Users have the option to choose members as their wallet recovery agents or guardians. members can accept requests from users, and once the request is accepted, the user confirms the member as their service provider. To recover the wallet, users can request the service provider to sign a message. Once the message is signed and correctly verified on-chain, the service provider receives a fee transfer.

An end-to-end application that shards your private key/secrets into multiple parts and sends it across to trusted human social accounts- Guardians. Salient features include: Collusion resistance: This ensures that the shard-recievers (Guardians) don't generate user's private key without the permission/knowledge of the users. Implementation of modified Shamir secret algorithm(n,t): Shamir Secret algorithm forms the core of our system's logic. Providing a secure backup option as there is no single point of failure: Storing a private key in a single place, makes it very vulnerable to attacks. Sharding a private key and storing it in multiple places is a much more secure way to backup. Adding decentralised push and P2P communication methods such as PUSH (EPNS) enhances native adoption. Use-cases:- a) The two-factor Authenticator (2FA) apps currently in the market do not allow the user to reclaim the accounts if their account/phone/application is lost. Our library will enable such authenticator app to securely reclaim a 2FA-enabled account / Keys if the user loses her phone. b) With the introduction of Account Abstraction (EIP-2938), social recovery will go mainstream and the proposed library and approach can help developers in informaed transition.