Abstract: The disclosure describes embodiments of a distributed caching system that are configured to store handshake data between client devices and servers, enabling handshake transaction to be resumed in case of interruption. Client devices can resume the handshake transaction even if assigned to new servers as the new servers can obtain the handshake data identifiers from the distributed caching system.

Abstract: The disclosure describes embodiments of a distributed caching system that are configured to store session state identifiers in a networked cache, enabling dynamic allocation of requests to servers. Client devices can resume secure sessions even if assigned to new servers as the new servers can obtain the session state identifiers from the distributed caching system. In at least some cases, the client device can be authenticated without the server having to perform a full authentication, thereby reducing the workload of the server and decreasing latency as the server can respond faster.

Abstract: Computer applications may generate event data based on a large volume of different types of record data. Described herein are systems, methods, and devices for enabling a computing node to implement new functions for dynamically consuming the event data. In one example, the computing node may implement a new function using an expression language, without modifying predefined hard coded functions.