Abstract: A trusted communication system and methods of ensuring trusted communications are provided. A trusted communication system may comprise: a first token identifying a first portable memory device, a second token identifying a second portable memory device, a database configured to store tokens and associations therebetween and a trusted communication server configured to (i) receive a request from a second client, said second client configured to operate with the second portable memory device, to allow said second client to access a first network resource related to a first client configured to operate with the first portable memory device, the request including the second token, and (ii) query the database to determine whether there is an association between the second token and the first token, wherein upon a determination that the database server contains an association between second token and the first token, the trusted communication server permits the second client access to the first network resource.

Abstract: A trusted communication system and methods of ensuring trusted communications are provided. A portable memory device is configured to resemble a character, and a client is configurable to operate specifically with that portable memory device. The client may allow a user to access network resources related to other clients belonging to other users having portable memory devices. Each portable memory device may have stored therein a unique token. A token from one portable memory device may be associated with a token of another portable memory device, e.g., by operating the first portable memory device with a client configured to operate with the second portable memory device. When two tokens are associated, the client configured to operate with a portable memory device having one of those tokens may access network resources related to another of those tokens.

Abstract: A trusted communication system and methods of ensuring trusted communications are provided. A portable memory device is configured to resemble a character, and a client is configurable to operate specifically with that portable memory device. The client may allow a user to access network resources related to other clients belonging to other users having portable memory devices. Each portable memory device may have stored therein a unique token. A token from one portable memory device may be associated with a token of another portable memory device, e.g., by operating the first portable memory device with a client configured to operate with the second portable memory device. When two tokens are associated, the client configured to operate with a portable memory device having one of those tokens may access network resources related to another of those tokens.

Abstract: A portable digital audio device sized and shaped for handheld operation. The device includes a digital music production system for mixing and editing audio content acquired by the device. A mixing system is configured to audibly combine two or more audio clips that have been acquired by the device. An editing system is configured to alter an acoustic attribute of an audio clip that has been acquired by the device. The device also may include a portable power supply configured to provide power to the device. A housing at least partially encloses the mixing system, editing system, and power supply.

Abstract: An audio-visual content editing peripheral. The peripheral includes a capture system configured to convert an audio-visual signal into digital audio-visual data, and an interface configured to transfer the digital audio-visual data to a computing system programmed to execute an audio-visual editing application. The peripheral also includes a control console configured to control the audio-visual editing application.