Avaya Inc.

Extreme Networks, Inc.

Nishant Krishna

Seetharam V Rao

Prashantkumar Sthavarmath

Atul Prabhu

Biswajit Kanungo

Kalaiyarasan Periasamy

Navaneethan Marichetty

In some implementations, a method can include determining a virtual machine (VM) inventory baseline of a system, including identifying VMs in a baseline configuration and generating a VM fingerprint for each VM in the inventory baseline, and detecting a user onboarded VM and moving the user onboarded VM to a quarantine operating area for a period of time. The operational posture of the user onboarded VM can be compared to an operational posture policy of the system. When the operational posture of the user onboarded VM meets the operational posture policy of the system, the user onboarded VM is moved from the quarantine area to an operational area, and, when the operational posture of the user onboarded system does not meet the operational policy posture of the system and the period of time has expired, the user onboarded VM is terminated.

Securely onboarding virtual machines using a centralized policy server

Methods, systems and computer readable media for dynamic templates for virtualized systems are described. A method for initially deploying a virtualized can include receiving a selection indicating a dynamic template, and installing a base configuration using base configuration information obtained from the dynamic template. The method can also include traversing a hierarchy within the dynamic template and installing one or more sub-level configurations according to the hierarchy. The method can further include stopping the traversing and installing when a termination condition is reached.

Dynamic templates for virtualized systems

Methods, systems and computer readable media for efficient state change support for hierarchical data models in a virtualized system are described. In some implementations, the method can include determining a system status including a system-level bit masked word having a plurality of bits, each bit corresponding to a status of a different hierarchical level of the system, and receiving a change notification. The method can also include querying an entity at a lower hierarchy level if a cascaded state change is identified for that entity. The method can further include continuing to query one or more entities in successively lower hierarchy levels so long as a cascaded state change is identified for a corresponding entity in a lower hierarchy level. The method can also include determining the current status for one or more entities having a changed status. Identifying a cascaded state change can include performing a logical exclusive OR operation on a previous status bit masked word and a current status bit masked word of an entity.

Efficient state change support for hierarchical data models in a virtualized system

Systems and methods of efficient software replication are provided. This is accomplished by a first communication device that determines if a second communication device needs to have a software upgrade. In response to determining that the second communication device needs to have the software upgrade, the software upgrade is downloaded onto the second communication device. In response to downloading the software upgrade onto the second communication device, the second communication device determines if a third communication device needs to have the software upgrade. In response to determining that the third communication device needs to have the software upgrade, the second communication device downloads the software upgrade to the third communication device. This process can be repeated for any number of communication devices or the process may be completed in different orders.

System and method for efficient software replication

A network management device sends an SNMP multi-cast GET on a network to discover all the network devices on the network or subnet. The network management device builds a Management Information Base (MIB) based on the responses received from the SNMP multi-cast GET. The MIB information is then sent to a Network Management System (NMS). The SNMP multi-cast GET can be sent based on a command to discover network devices on the network or can be sent based on a polling algorithm. The system and method also include the ability to send an SNMP multi-cast SET to set the same parameter(s) on all the devices on the network/subnet.

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Bihar, India

Nishant Krishna