Abstract: Disclosed are systems and methods for generating and utilizing wrapped cryptographic proofs in electronic communications and distributed ledger environments. A client device creates a first cryptographic proof comprising a public input and a first relation, configured to provide proof of a first secret statement based on transaction parameters. Upon verification, a second secret statement is generated, and a second cryptographic proof is obtained from an independent proving service, utilizing the same public input and a second relation to prove the second secret statement. The transaction, public input, and second cryptographic proof are submitted to a distributed ledger, enabling verifiers to confirm the authenticity of the first secret statement without exposing sensitive data.

Abstract: Systems and methods include receiving from a keyless account service, in response to an authentication request, a keyless account service signature including a cryptographic signature over a user identifier, a managing application identifier of a managing application, a nonce and to-be-revealed data, where the managing application manages activities by the user on a blockchain, and where the nonce is populated with a public key associated with the authentication request. An activity signature is generated for a particular activity based on the keyless account service signature and at least one to-be-revealed data field associated with the to-be-revealed data of the authentication request.