Abstract: Methods, systems, and apparatus for prevention of electronic content capture using an embedded key server module are described. A user device sends a request to a computer for media content segments. The user device receives a manifest file and the media content segments from the computer. The media content segments are encrypted using a media encryption key and initialization vector. The user device detects that the media content segments are encrypted, and generates a key request for decryption of the media content segments. A key server module embedded within a computer application creates a key response including the media encryption key and initialization vector. The user device decrypts the media content segments using the media encryption key and initialization vector in the key response. The user device generates a display of the media content segments on a screen of the user device.

Abstract: Methods, systems, and apparatus for blocking screenshots and screen recordings of content are disclosed. A first media content frame is received from a first computer device. It is determined that one or more user interface elements are present in the first media content frame. The user interface elements are extracted from the first media content frame. The user interface elements are converted to video. The video is encrypted to prevent screenshot capture of the one or more user interface elements present in the first media content frame by a second computer device lacking a decryption key when the video is played on a digital screen of the second computer device. A second media content frame is generated including the first media content frame overlaid by the video. The second media content frame is transmitted to the second computer device for the second media content frame to be played.

Abstract: Methods, systems, and apparatus for blocking screenshots and screen recordings of content are disclosed. A first media content frame is received from a first computer device. It is determined that one or more user interface elements are present in the first media content frame. The user interface elements are extracted from the first media content frame. The user interface elements are converted to video. The video is encrypted to prevent screenshot capture of the one or more user interface elements present in the first media content frame by a second computer device lacking a decryption key when the video is played on a digital screen of the second computer device. A second media content frame is generated including the first media content frame overlaid by the video. The second media content frame is transmitted to the second computer device for the second media content frame to be played.

Abstract: An apparatus includes an interface and a processor. The processor uses the interface to receive a first set of text from a first user and to transmit the first set of text to a second user. The processor determines, based at least in part on the first set of text, that the first user and the second user had an in-person meeting. The processor uses the interface to transmit a request to the first user for a first set of data. The first set of data includes information about the in-person meeting between the first user and the second user. The processor uses the interface to receive the first set of data from the first user. The processor determines, based on the first set of data, a score of the second user. The processor uses the interface to transmit a notification, based on the score, to the second user.