Trapeze Networks, Inc.

Nirmata, Inc.

Jamsheed Bugwadia

Matthew Stuart Gast

Gary Eugene Morain

Stan Chesnutt

Dan Simone

Paul Zeldin

Yun Freund

Paul E Zeldin

Damien Toledo

Roy Gignac

Yun Qin

Method and a server system for tuning a performance of an application are disclosed. A plurality of traffic flows associated with user requests related to the application are monitored for a predefined sampling period. A traffic flow associated with a highest total volume of communication is identified from among the plurality of traffic flows. The identified traffic flow is used for selecting corresponding flow segments in a decreasing order of respective individual volume of communication. For each selected flow segment, a pair of microservice instances is identified. It is determined whether at least one microservice instance is capable of being relocated from a respective current host to another host for achieving at least one predetermined performance objective. A redeployment of the at least one microservice instance is facilitated if the at least one microservice instance is capable of being relocated from the current host to another host.

Method and system for tuning performance of microservices-based applications

Automatically configuring network device, network system architecture, and method for configuring one or a plurality of devices on a network. Device and network system architectures and methods for automatically self-initiating and configuring one, a plurality, or hundreds of wired or wireless network devices. Autoconfiguring wireless Local Area Network switch and access point devices connected to the switch. Method for accessing remote server by a device to acquire device configuration information. Method for deploying a network including at least one network device at a facility without the participation of a person having knowledge of networks or network devices at the facility. Computer program and computer program product.

Automated network device configuration and network deployment

A technique for dynamically responding to threats in a wireless network involves deploying a single network including APs capable of booting from a plurality of software images. Individual APs can switch (or be switched) between multiple sets of software so that network managers can select the AP software most appropriate for a given instance. For example, if a threat is detected, multiple APs can be switched to sensor mode to deal with the threat. As another example, all of the APs can be switched to sensor mode after hours. Alternatively, a server can provide the software image(s) needed for an AP to operate in accordance with a desired functionality.

Application-aware wireless network system and method

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San Jose, CA, United States of America

Jamsheed Bugwadia