Radware, Ltd.

Dekel Cohen

Ayelet Shomer

Vladimir Shalikashvili

A system and method for configuring a web application firewall (WAF) is provided. The method includes continuously receiving requests related to a first WAF, each request indicative of network traffic directed to a web application protected by the WAF; enriching each received request by associating each event with information from an enrichment source; periodically analyzing the enriched requests; generating at least one network traffic rule based on periodically generated analysis; and configuring at least a second WAF to perform the network traffic rule.

System and method for analytics based WAF service configuration

A method and system for continuously configuring a web application firewall (WAF) are provided. The method includes receiving a request directed at a protected web application, wherein the request is received from a client device associated with a trusted user account, and wherein the protected web application is protected by the WAF; validating the received request based on at least a signature included in a header of the received request; when the received request is validated, generating an authorization rule based on the received request, wherein the authorization rule allows access to a resource of the protected web application designated in the received request, wherein the generated authorization rule is included in at least one whitelist the WAF is configured with; and configuring the WAF with the generated authorization rule to allow the received request and subsequent request to be directed to the resource of the protected web application.

System and method for automatic WAF service configuration

A method and system for configuring a web application firewall (WAF) device. The system includes continuously receiving events of an event log associated with a first web based application; generating for each event a signature using a local sensitive hash function; populating a Markov model based on signatures generated for the events, wherein each node in the Markov model corresponds to a generated signature; generating a first new signature for a first new received event, and a second new signature for a second new received event, wherein the second event is subsequent to the first event; determining a probability based on the Markov model that the second event is subsequent to the first event, by locating a first node corresponding to the first new signature and a second node corresponding to the second new signature; and authorizing a request associated with the second event, in response to determining that the determined probability exceeds a predefined threshold.

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Neve Yarak, Israel

Dekel Cohen