Decentralized systems and methods for response generation to API calls

A computer-implemented method for generation of a decentralized response to an application programming interface (API) call, the computer-implemented method comprising:

• registering at least one relayer of a plurality of relayers of a peer-to-peer network on a blockchain network using a relayer registration smart contract, wherein the peer-to-peer network comprises a plurality of nodes comprising the plurality of relayers and a plurality of resolvers;
• receiving, from a user via a decentralized application by the at least one relayer, an encrypted user request on the peer-to peer network, the encrypted user request comprising the API call encrypted with a public key of at least one resolver selected through the decentralized application;
• validating, by the at least one relayer, a payment status of the decentralized application;
• transmitting, by the at least one relayer to at least one resolver of the plurality of resolvers, the encrypted user request without decrypting the encrypted user request;
• decrypting, by the at least one resolver, the encrypted user request using a private key;
• processing, by the at least one resolver, the API call to obtain a result;
• generating a response to the encrypted user request;
• forming a validation group having N number of other resolvers;
• processing, by the other resolvers, the API call and comparing an obtained result to the result obtained by the at least one resolver;
• if the obtained result and the result obtained by the at least one resolver are the same, validating the response;
• transmitting, by the at least one resolver to the at least one relayer, the response to the encrypted user request;
• and
• transmitting the response to the encrypted user request to the decentralized application,
• wherein the at least one relayer and the at least one resolver comprise a processor and a memory.

A non-transitory computer readable medium having stored thereon instructions for causing a processing circuitry to execute a process, the process comprising:

• registering at least one relayer of a plurality of relayers of a peer-to-peer network on a blockchain network using a relayer registration smart contract, wherein the peer-to-peer network comprises a plurality of nodes comprising the plurality of relayers and a plurality of resolvers;
• receiving, from a user via a decentralized application by the at least one relayer, an encrypted user request on the peer-to peer network, the encrypted user request comprising the API call encrypted with a public key of at least one resolver selected through the decentralized application;
• validating, by the at least one relayer, a payment status of the decentralized application;
• transmitting, by the at least one relayer to at least one resolver of the plurality of resolvers, the encrypted user request without decrypting the encrypted user request;
• decrypting, by the at least one resolver, the encrypted user request using a private key;
• processing, by the at least one resolver, the API call to obtain a result;
• generating a response to the encrypted user request;
• forming a validation group having N number of other resolvers;
• processing, by the other resolvers, the API call and comparing an obtained result to the result obtained by the at least one resolver;
• if the obtained result and the result obtained by the at least one resolver are the same, validating the response;
• transmitting, by the at least one resolver to the at least one relayer, the response to the encrypted user request;
• and
• transmitting the response to the encrypted user request to the decentralized application,
• wherein the at least one relayer and the at least one resolver comprise a processor and a memory.