Abstract: Provided are methods and systems for transition between a current cloud-based code environment and an updated cloud-based code environment. A method for transition between a current cloud-based code environment and an updated cloud-based code may commence with generating a steering policy. The steering policy may include a set of rules to guide steering decisions between a current cloud-based code environment and an updated cloud-based code environment. The method may further include sending the steering policy to a steering server. The steering server may make steering decisions to steer, based on the steering policy, service requests between the current cloud-based code environment and the updated cloud-based code environment. The method may continue with receiving feedback concerning actual steering decisions made by the steering server. The method may further include automatically adjusting the steering policy in response to the feedback.

Abstract: Provided are methods and systems for transition between a current cloud-based code environment and an updated cloud-based code environment. A method for transition between a current cloud-based code environment and an updated cloud-based code may commence with generating a steering policy. The steering policy may include a set of rules to guide steering decisions between a current cloud-based code environment and an updated cloud-based code environment. The method may further include sending the steering policy to a steering server. The steering server may make steering decisions to steer, based on the steering policy, service requests between the current cloud-based code environment and the updated cloud-based code environment. The method may continue with receiving feedback concerning actual steering decisions made by the steering server. The method may further include automatically adjusting the steering policy in response to the feedback.

Abstract: Policy-driven management of application traffic is provided for services to cloud-based applications. A steering policy refers to a set of rules is generated for a deployment from a current code environment to one or more replicated code environment differing in some key respect. The steering policy can guide steering decisions between the current and updated code environments. A steering server uses the steering policy to make decisions about whether to send service requests to the current code environment or the updated code environment. Feedback concerning actual steering decisions made by the steering server is received (e.g., performance metrics). The steering policy is automatically adjusted in response to the feedback.

Abstract: Policy-driven management of application traffic is provided for services to cloud-based applications. A steering policy refers to a set of rules is generated for a deployment from a current code environment to one or more replicated code environment differing in some key respect. The steering policy can guide steering decisions between the current and updated code environments. A steering server uses the steering policy to make decisions about whether to send service requests to the current code environment or the updated code environment. Feedback concerning actual steering decisions made by the steering server is received (e.g., performance metrics). The steering policy is automatically adjusted in response to the feedback.

Abstract: A structural matching engine for non-deterministic filtering operations is provided. The structural matching engine includes an active node processor (ANP) configured to process a state of an active list to determine possible future states of a non-deterministic finite automaton (NFA). The ANP processes the state according to rules. The structural matching engine includes an active list processor (ALP) configured to initiate a lookup for a token value corresponding to the state of the active list. The ALP provides a next sate of the active list to the ANP for processing according to the rules upon completion of the processing of the state by the ANP, wherein the possible future states of the NFA are linked by the ALP to form a target list, the target list stacked on top of the active list in a data structure. A processor and a method for filtering data associated with non-deterministic states are also included.

Abstract: A method for evaluating contents of a message is provided. The method initiates with characterizing a message segment. Then, the message is scanned to define tokens associated with the message segment. Next, the tokens are parsed to define substructures. Then, the rules associated with the tokens are determined, wherein the rules define actions. At the same time determining the session or meta session associated with the communication. Then, the actions associated with the message are executed. Next, the message is queued to be sent out. A method for providing content based security, a computer readable media, an adapter card and a network device configured to provide content based security and an intrusion protection system are provided.

Abstract: A processor configured to identify message contents is provided. The processor includes a message characterization block configured to characterize a message through analysis of header information associated with the message. A semantic processing block configured to translate the message into tokens associated with segments of the message is included. The semantic processing block identifies rules associated with each of the tokens and the semantic processing block is configured to apply the identified rules to the message. A queuing block configured to queue the message to be transmitted from the processor is included. A method for providing content based security, a computer readable media, an adapter card and a network device configured to provide content based security and an intrusion protection system are provided.

Abstract: A switch including circuitry and methods for decreasing latency associated with initiating Internet communications are disclosed. The switch includes a host processor and a transport subsystem that receives incoming data and sends outgoing data. The switch also has a semantic processor. The semantic processor anticipates real-time communication by analyzing the incoming data for specific types of data from a first user in order to instruct the host processor to pre-fetch data needed to initiate real-time communications with a second user. The pre-fetching of the data needed to initiate real-time communications decreases the latency associated with establishing communications between the first user and the second user.