Abstract: A computing device including a processor and memory may receive input from a user to define one or more sequence types, each sequence type based on a time frame. A distributed computing system may receive interaction data on a plurality of computing nodes and describing an interaction event between a customer and an agent. The one or more computing nodes may associate the received interaction event with the customer's identifier in a customer history table, wherein the customer history table stores historical interaction events for the customer. Further, the computing nodes may assign the received interaction event to a sequence, based on the defined one or more sequence types.

Abstract: A computing device including a processor and memory may receive input from a user to define one or more sequence types, each sequence type based on a time frame. A distributed computing system may receive interaction data on a plurality of computing nodes and describing an interaction event between a customer and an agent. The one or more computing nodes may associate the received interaction event with the customer's identifier in a customer history table, wherein the customer history table stores historical interaction events for the customer. Further, the computing nodes may assign the received interaction event to a sequence, based on the defined one or more sequence types.

Abstract: A system and method for engaging a mobile device. An event related to an application may be captured on a mobile device by code embedded in the application. Information related to the event may be sent to a server. A server may compute a next best action to take. A communication channel may be selected based on the event and based on a set of rules. A session may be established according to the selected communication channel.