Go Daddy Operating Company, LLC

Don LeBert

Todd Redfoot

Ganesh Devarajan

Scott Gerlach

Domingo Kiser

Neil Warner

Domingo J W Kiser

Russell Herbelin

Systems and method of the present invention provide for one or more server computers configured to identify, within a database transaction log, a dynamic website content in a database and a command modifying the dynamic website content, write the dynamic website content and the command modifying the dynamic website content to a website repository as a delta, receive a request to reverse the command modifying the dynamic website content, identify, within the delta, the command modifying the dynamic website content, and generate and execute a database query configured to reverse the command modifying the dynamic website content.

Systems and methods for modifying and restoring website content via a website directory

Tools for storing, accessing and restoring website content via a website repository

Several methods are disclosed for detecting and mitigating Distributed Denial-of-Service (DDoS) attacks that are intended to exhaust network resources. The methods use DDoS mitigation devices to detect DDoS attacks using operationally based thresholds. The methods also keep track of ongoing attacks, have an understanding of 'protected IP space,' and activate appropriate mitigation tactics based on the severity of the attack and the capabilities of the DDoS mitigation devices.

Mitigating denial of service attacks

An exemplary system for detecting and preventing voice data leakage may comprise one or more servers running a packet payload converter module, a transcript generator module, and a detection logic module. The packet payload converter module may receive VoIP packets, convert them to a digital audio file, and write the digital audio file to a media database. The transcript generator module may read the digital audio file from the media database, convert it to a text file, and write the text file to a transcript database. The detection logic module may read the text file from the transcript database, parse it into a plurality of keywords, determine whether the plurality of keywords contain one or more target keyword, and, if so, transmit a report to an events database.

Voice data leakage detection and prevention systems

Methods of the present inventions allow for locking a website. An exemplary method may comprise the steps of hosting a website on at least one server communicatively coupled to a network, receiving a request to lock the website, and, responsive to the request, changing access permissions to 'read-only' for a directory, folder, file, database, or database table rendering the website functional.

Methods of locking a website

Methods of the present inventions allow for suggesting access permission changes to lock a website. An exemplary method may comprise the steps of scanning a website's root file directory, determining whether folders, files, databases, or database tables in the root directory are static, and transmitting a recommendation to change permissions to 'read-only' for each folder, file, database, or database table determined to be static.

Suggesting access permission changes to lock a website

The present inventions may be implemented by tools for locking a website. An exemplary system may comprise a server communicatively coupled to a network, wherein the server hosts a website and stores the website's files in one or more folders or directories. An exemplary system also may comprise a website management server (also communicatively coupled to the network) hosting a control panel website configured to receive a request to lock the website and, responsive to the request, change access permissions for the website's files to 'read-only.'

Tools for locking a website

An exemplary system for providing a network resource address reputation service may comprise a server computer configured to determine whether an event associated with a network resource address matches event signature(s) in network security device(s). If the event matches a signature, a reputation score for the network resource address may be generated. If the network resource address is not present in a first malicious network resource address database, the network resource address in association with the reputation score may be stored in a second malicious network resource address database. If the network resource address is present in the first malicious network resource address database, the reputation score may be modified to indicate a more negative reputation for the network resource address. The network resource address may then be stored in association with the modified reputation score in a second malicious network resource address database.

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Phoenix, AZ, United States of America

Don LeBert