Radware, Ltd.

Illusive Networks Ltd

Gil Shulman

Uri Bechar

Ilia Ferdman

Giora Tenne

Matan Kubovsky

Amir Peles

Tom Sela

Tom Kahana

Tomer Shamul

Dolev Ben-Shushan

Hadar Yudovich

Gabi Katz

Nissim Nisimov

Lee Abe Teichner

Orit Rotem

A system for sanitizing an organization's network against attacker breach, including a data collector, gathering information about network hosts, an analyzer constructing the organization's network topology, a machine learning engine categorizing the hosts into organizational units and identifying key assets of the organization, a security rules engine mapping real-time data, and inferring security rules that prescribe on which specific hosts which specific credentials are permitted to be stored, and a user interface including an analyst dashboard enabling an analyst to visualize in real-time activities within the organizations' network, to automatically infer security rules for the network, to activate the security rules in the network, and to eliminate potential attack vectors for which the activated security rules are violated, and an attacker view visualizing the organization's network, identifying security rule violations across the organization's network, and enabling removal of credential-based security rule violations by use of actions.

Organization attack surface management

A virtualized application delivery controller (ADC) device operable in a communication network comprises a hardware infrastructure including at least a memory, a plurality of core processors, and a network interface; a plurality of instances of virtual ADCs (vADCs), the plurality of vADCs are executed over the hardware infrastructure, each of the plurality of vADCs utilizes a portion of hardware resources of the hardware infrastructure, the portion of hardware resources are determined by at least one ADC capacity unit allocated for each of the plurality of the vADCs; a management module for at least creating the plurality of instances of the vADCs; and a traffic distributor for distributing incoming traffic to one of the plurality of vADCs and scheduling execution of the plurality of vADCs on the plurality of core processors, wherein each of the plurality of vADCs is independently executed on at least one of the plurality of core processors.

Techniques for virtualization of application delivery controllers

A method for executing virtual application delivery controllers (vADCs) having different application versions over a computing device. The method comprises installing a virtualization infrastructure in the computing device; creating by the virtualization infrastructure a plurality of vADCs having different application versions, wherein each vADC is created from a software image maintained in a hardware infrastructure of the computing device; gathering version information associated with each of the plurality of vADCs; independently executing the plurality of vADCs over an operating system of the computing device; and controlling the execution of the plurality of the vADCs over an operating system of the computing device using the virtualization infrastructure using in part the version information. In one embodiment, each of the plurality of vADCs does not execute its own guest operating system.

Method for executing virtual application delivery controllers having different application versions over a computing device

Growing community of inventors

Ramat Gan, Israel

Gil Shulman