Session based data persistency

A non-transitory computer-readable storage medium comprising programming code, which when executed by at least one data processor, causes operations comprising:

• receiving a request to execute, by an executing computing server, a service of an application during a terminal service session initiated by an initiating computing server;
• capturing session data comprising a session header and session attributes, the session data being associated with a session state at the executing computing server and comprising a current snapshot of the session data at the executing computing server;
• determining a difference between the current snapshot of the session data and a past snapshot of the session data stored by a persistence layer, the past snapshot of the session data being generated by the initiating computing server;
• generating a clone of the session data;
• converting the clone of the session data into a first binary object;
• generating a series comprising the first binary object and a second binary object;
• generating an instruction to update the session attributes stored by the persistence layer by using the series;
• and
• updating the session attributes stored by the persistence layer based on the difference between the current snapshot of the session data and the past snapshot of the session data to enable execution of the service of the application without requesting reauthentication.

A system comprising:

• at least one data processor;
• and
• at least one memory storing instructions, which when executed by the at least one data processor, cause operations comprising:
• receiving a request to execute, by an executing computing server, a service of an application during a terminal service session initiated by an initiating computing server;
• capturing session data comprising a session header and session attributes, the session data being associated with a session state at the executing computing server and comprising a current snapshot of the session data at the executing computing server;
• determining a difference between the current snapshot of the session data and a past snapshot of the session data stored by a persistence layer, the past snapshot of the session data being generated by the initiating computing server;
• generating a clone of the session data;
• converting the clone of the session data into a first binary object;
• generating a series comprising the first binary object and a second binary object;
• generating an instruction to update the session attributes stored by the persistence layer by using the series;
• and
• updating the session attributes stored by the persistence layer based on the difference between the current snapshot of the session data and the past snapshot of the session data to enable execution of the service of the application without requesting reauthentication.