Citrix Systems, Inc.

Other

Citrtix Systems, Inc.

Christopher M Fleck

Jacob Jared Summers

Georgy Momchilov

Mukund Ingale

Rachelle Tobkes

Adam Marano

Jeroen Mattijs Van Rotterdam

Stephen S Wilson

Abhishek Chauhan

Rick Gene Braddy

Brad J Pedersen

Manbinder Pal Singh

Bradley Jay Pedersen

Juan C Rivera

Alexandr Smelov

Gus Pinto

Ruiguo Yang

John McBride

Richard James Mazzaferri

Anil Roychoudhry

Terry Noel Treder

Kenneth Bell

William Thomas Harwood

Rick G Braddy

Nathan Anderson

William T Hardwood

Mark Templeton

Amy Haworth

Sabarish Nadarajan

Jyoti Mathur

Yufeng Shi

John Mcbride

Jacob J Summers

Embodiments described include systems and methods for adding watermarks using an embedded browser. To provide protection to sensitive information from a network application rendered via an embedded browser of a client application, the client application can generate an overlay with a digital watermark, and apply the overlay over the embedded browser. The client application can selectively generate such overlays, and can customize the format of the digital watermark according to the information rendered on the embedded browser. The watermark can remain with any information that is imaged from the embedded browser, and provides a deterrent against misuse of the information via image capture from a computer screen for instance. By adjusting properties (e.g., contrast) of such an image, the watermark can be made visible and detectable, thus allowing such imaging activities and information to be tracked.

Systems and methods for adding watermarks using an embedded browser

Embodiments described include systems and methods of an encrypted cache. An embedded browser of a client application executing on a client device may provide access to a network application accessed via the client application. The embedded browser may detect an event at the client device that causes the network application to send or request application data. The embedded browser may access a copy of the application data from encrypted cache of the embedded browser. The encrypted cache may be maintained for the user and store application data for network application(s) accessed by the user. The embedded browser may use the cached application data for establishing or updating a user interface of the network application for display at the client device.

Systems and methods for encrypted browser cache

The present disclosure is directed towards systems and methods for configuring the interface of an embedded browser. The client application can dynamically control the interface of the embedded browser based on the sessions established between the client application and one or more network applications. The client application can change the configuration of the embedded browser's interface contextually based on different network applications accessed by the embedded browser.

Systems and methods for contextual and administrator controlled browser control bar

A computing device may include a memory and a processor configured to cooperate with the memory to determine, based upon at least one multimedia filter running at a first client computing device, a uniform resource locator (URL) associated with a media cloud source of a video being streamed to the first client computing device using a source filter, and playback control data associated with the video being streamed to the first client computing device. The processor may also cause a second client computing device to independently stream the video from the media cloud source based upon the determined URL, and play the video at the second client computing device synchronously with playback of the video at the first client computing device based upon the playback control data, with the first client computing device being the controller for playback of the video at the second client computing device.

Virtual computing system providing local screen sharing from hosted collaboration applications and related methods

Described embodiments provide systems and methods for providing data loss prevention via an embedded browser. An interprocess communication (IPC) manager may interface with an embedded browser to control the transfer of data from a first application to a second application in accordance with a policy. The IPC manager may detect a command to store data accessed on the first application via the embedded browser and store the data onto a secure container. The secure container may be dedicated to the embedded browser. The IPC manager may subsequently detect a command to retrieve data from the secure container and to replicate the data onto the second application. The IPC manager may determine a policy to apply to the data. The policy may specify whether the data from the first application is permitted to be replicated onto the second application. The IPC manager may subsequently replicate the data on the second application.

Systems and methods for providing data loss prevention via an embedded browser

Described embodiments provide systems and methods for traffic inspection via embedded browsers. An application inspector module of an embedded browser executable on a client may intercept network traffic for an application. The network traffic may include packets exchanged between the application and the server via a channel. The application inspector module may identify a computing resource usage on the client in providing a user with access to the application via the embedded browser. The application inspector module may generate analytics data based on the intercepted network traffic and the computing resource usage. The application inspector module may maintain a user behavior profile based on the analytics data. The application inspector module may determine that a portion of the network traffic directed to the remote server contains sensitive information. Responsive to the determination, the application inspector module may block or remove the portion of the network traffic.

Systems and methods for traffic inspection via an embedded browser

A computing device may include a memory and a processor cooperating with the memory to communicate with a plurality of client devices, and determine a problem with a Web application based upon received data from the client devices. The processor may further cause at least one of the plurality of client devices to display a graphical overlay over a Web application, with the graphical overlay including content related to the determined problem.

System and methods for providing user analytics and performance feedback for web applications

A computing device, method, and computer-readable medium storing instructions for determining user availability for one or more messaging applications are provided. For example, the computing device includes a processor for receiving user activity information from a client device including system interaction information and scheduled activity information for a user of the client device. The system interaction information includes information related to the user's current interaction with applications in the distributed workspace and the scheduled activity information includes information pulled from, for example, a calendar and/or scheduling application associated with the user. The processor processes the user activity information to determine a current user status for the user and output the current user status for the user of the client device to additional users of the one or more messaging applications. Based upon the current user status, messages from additional users of the messaging applications are filtered appropriately.

Intelligent status and engagement system

Embodiments described include systems and methods for managing downloads from an embedded browser. The client application can control the locations to which downloads are directed. A system administrator can configure a policy to restrict downloads to approved locations. The client application can prevent a user from navigating to and downloading a file to a location that has not been approved according to the policy.

Systems and methods for managing downloads from an embedded browser

A computing system may include a first client computing device configured to locally generate a first local graphics surface, and a second client computing device configured to locally generate a second local graphics surface. A collaboration cloud computing service may cooperate with the first and second client devices to capture the first graphics surface from the first client device and share the first graphics surface from the first client device within the second graphics surface of the second client device, determine a media cloud source and playback control data associated with a video to be displayed in the first graphics surface of the first client device, and cause the second client computing device to independently stream the video from the media cloud source and play the video within the shared first graphics surface synchronously with playback of the video at the first client device based upon the playback control data.

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Hillsboro Beach, FL, United States of America

Christopher M Fleck