Abstract: Methods and systems are presented for providing a computer framework for processing transactions among digital wallets that are associated with different transaction processors. The computer framework includes a universal transaction platform that provides various functionalities to different transaction processing systems and/or digital wallet applications via one or more application programming interfaces. The functionalities provided by the universal transaction platform enables the different transaction processing systems and/or the digital wallet applications to perform the necessary tasks in the processing of transactions between digital wallets that are associated with different transaction processing systems.

Abstract: Methods and systems are presented for providing a computer framework for processing transactions among digital wallets that are associated with different transaction processors. The computer framework includes a universal transaction platform that provides various functionalities to different transaction processing systems and/or digital wallet applications via one or more application programming interfaces. The functionalities provided by the universal transaction platform enables the different transaction processing systems and/or the digital wallet applications to perform the necessary tasks in the processing of transactions between digital wallets that are associated with different transaction processing systems.

Abstract: Methods and systems are presented for providing a computer framework for processing transactions among digital wallets that are associated with different transaction processors. The computer framework includes a universal transaction platform that provides various functionalities to different transaction processing systems and/or digital wallet applications via one or more application programming interfaces. The functionalities provided by the universal transaction platform enables the different transaction processing systems and/or the digital wallet applications to perform the necessary tasks in the processing of transactions between digital wallets that are associated with different transaction processing systems.

Abstract: Methods and systems are presented for providing a computer framework for processing transactions among digital wallets that are associated with different transaction processors. The computer framework includes a universal transaction platform that provides various functionalities to different transaction processing systems and/or digital wallet applications via one or more application programming interfaces. The functionalities provided by the universal transaction platform enables the different transaction processing systems and/or the digital wallet applications to perform the necessary tasks in the processing of transactions between digital wallets that are associated with different transaction processing systems.

Abstract: An access service is positioned between a set of container groups and a SQL database service. Upon receipt, at the access service, of a REST request from any container group indicating that a SQL transaction should be started, an entry is created in a staging database, separate from the SQL database service, to track the SQL transaction. Multiple connections are allowed to be established from the container groups to the access service over which other REST requests from any container group are sent. The other REST requests include details of SQL operations to be performed as part of the SQL transaction. The details are cached in the staging database. Upon receiving a REST request from any container group indicating that the SQL transaction should be committed, a single connection is established between the access service and SQL database service to commit the transaction, including the details, as an atomic transaction.

Abstract: Methods and systems are presented for providing a framework for facilitating electronic transactions by dynamically managing and sharing user data with multiple online platforms. As a user accesses one or more online platforms, a connect system that is integrated with the online platforms interacts with the user and obtain, from the user, user data that is usable for completing transactions between the user and the online platforms. The user data is stored in a user profile associated with the user and linked to an identifier of the user. When the user subsequently accesses an online platform, the connect system authenticates the user based on an identifier associated with the user, and share at least a portion of the user data stored in the user profile with the online platform to facilitate a transaction between the user and the online platform.

Abstract: Methods and systems are presented for providing a framework for facilitating electronic transactions by dynamically managing and sharing user data with multiple online platforms. As a user accesses one or more online platforms, a connect system that is integrated with the online platforms interacts with the user and obtain, from the user, user data that is usable for completing transactions between the user and the online platforms. The user data is stored in a user profile associated with the user and linked to an identifier of the user. When the user subsequently accesses an online platform, the connect system authenticates the user based on an identifier associated with the user, and share at least a portion of the user data stored in the user profile with the online platform to facilitate a transaction between the user and the online platform.

Abstract: Methods and systems are presented for providing a framework for facilitating electronic transactions by dynamically managing and sharing user data with multiple online platforms. As a user accesses one or more online platforms, a connect system that is integrated with the online platforms interacts with the user and obtain, from the user, user data that is usable for completing transactions between the user and the online platforms. The user data is stored in a user profile associated with the user and linked to an identifier of the user. When the user subsequently accesses an online platform, the connect system authenticates the user based on an identifier associated with the user, and share at least a portion of the user data stored in the user profile with the online platform to facilitate a transaction between the user and the online platform.

Abstract: An access service is positioned between a set of container groups and a SQL database service. Upon receipt, at the access service, of a REST request from any container group indicating that a SQL transaction should be started, an entry is created in a staging database, separate from the SQL database service, to track the SQL transaction. Multiple connections are allowed to be established from the container groups to the access service over which other REST requests from any container group are sent. The other REST requests include details of SQL operations to be performed as part of the SQL transaction. The details are cached in the staging database. Upon receiving a REST request from any container group indicating that the SQL transaction should be committed, a single connection is established between the access service and SQL database service to commit the transaction, including the details, as an atomic transaction.