Abstract: Systems and methods for cryptographic key storage management whereby the system receives a first request to access a first API and communicatively connects a channel to a key management service (KMS) that is on a serverless computing platform. After receiving a cryptographic key from the KMS, the system attaches the cryptographic key to the first API, thereby creating a first data structure. The system stores the first data structure to a writable storage location that has a predetermined maximum capacity for data structures. The system receives a second request to access the first API and retrieves and uses the stored first data structure to grant access to the first API. The system also determines when the writable storage location has reached the predetermined capacity and determines and evicts a least recently used data structure stored to the writable storage location.

Abstract: Systems and methods obtain a prepackaged file including third-party digital certificates stored to a cloud object storage location and communicatively connect a channel, configured to read data from the prepackaged file, to the cloud object storage location to facilitate generating a plurality of digital certificates. Further, the plurality of digital certificates are generated and each generated certificate of the plurality of generated certificates corresponds to a respective third-party certificate of the third-party digital certificates stored to the cloud object storage location and one or more authentication processes to access the prepackaged file and to facilitate storing the plurality of generated digital certificates is performed via the channel. The plurality of generated digital certificates are stored to at least one file location to facilitate future authentication.

Abstract: Systems and methods for cryptographic key storage management whereby the system receives a first request to access a first API and communicatively connects a channel to a key management service (KMS) that is on a serverless computing platform. After receiving a cryptographic key from the KMS, the system attaches the cryptographic key to the first API, thereby creating a first data structure. The system stores the first data structure to a writable storage location that has a predetermined maximum capacity for data structures. The system receives a second request to access the first API and retrieves and uses the stored first data structure to grant access to the first API. The system also determines when the writable storage location has reached the predetermined capacity and determines and evicts a least recently used data structure stored to the writable storage location.

Abstract: Systems and methods obtain a prepackaged file including third-party digital certificates stored to a cloud object storage location and communicatively connect a channel, configured to read data from the prepackaged file, to the cloud object storage location to facilitate generating a plurality of digital certificates. Further, the plurality of digital certificates are generated and each generated certificate of the plurality of generated certificates corresponds to a respective third-party certificate of the third-party digital certificates stored to the cloud object storage location and one or more authentication processes to access the prepackaged file and to facilitate storing the plurality of generated digital certificates is performed via the channel. The plurality of generated digital certificates are stored to at least one file location to facilitate future authentication.