Abstract: A cloud-based system and method for encrypting media content is disclosed. The system comprises a key server microservice, for receiving control word requests and for generating encoded control words and a software encryption microservice, communicatively coupled to the key server microservices, the encryption microservice for receiving the media content, for generating the control word requests, for receiving the encoded control words, and for white-box encrypting the media content according to the generated encoded control words.

Abstract: A cloud-based system and method for encrypting media content is disclosed. The system comprises a key server microservice, for receiving control word requests and for generating encoded control words and a software encryption microservice, communicatively coupled to the key server microservices, the encryption microservice for receiving the media content, for generating the control word requests, for receiving the encoded control words, and for white-box encrypting the media content according to the generated encoded control words.

Abstract: A cloud-based system and method for encrypting media content is disclosed. The system comprises a key server microservice, for receiving control word requests and for generating encoded control words and a software encryption microservice, communicatively coupled to the key server microservices, the encryption microservice for receiving the media content, for generating the control word requests, for receiving the encoded control words, and for white-box encrypting the media content according to the generated encoded control words.

Abstract: A cloud-based system and method for encrypting media content is disclosed. The system comprises a key server microservice, for receiving control word requests and for generating encoded control words and a software encryption microservice, communicatively coupled to the key server microservices, the encryption microservice for receiving the media content, for generating the control word requests, for receiving the encoded control words, and for white-box encrypting the media content according to the generated encoded control words.

Abstract: A method of conditioning the air supplied to a paint application booth having a separate air supply from a paint application building housing the paint application booth includes determining a booth psychometric condition preferred to apply paint inside the paint application booth. Air is removed from the paint application building and conditioned obtaining the preferred booth psychometric condition of the air removed while maintaining a generally constant enthalpy. The air removed from the paint application building is transferred into the paint booth at the booth psychometric condition preferred to apply paint inside the paint application booth.

Abstract: An assembly apparatus is provided for assembling two members, such as, for example a hose and a hose clamp. The assembly apparatus includes a base having first and second independently extendible members. A dispenser, joined to a third independently extendible member, is operatively connected to the base. A pneumatic or hydraulic control system actuates each of the first, second and third independently extendible members, such as pneumatic cylinders, to position the dispenser relative to the hose and hose clamp. Generally, the first and second independently extendible members extend along a first axis while the third independently extendible member extends along a second axis and the second axis is generally orthogonal to the first axis. The present invention joins the hose and hose clamp without the need to distort the generally smooth outer surface of the hose. A method of assembling the two members is also disclosed.

Abstract: A system for synchronizing clock settings includes a master clock and at least one slave clock. The master clock includes a master CPU connected to a receiver, master transceiver, master memory, and battery. Slave clocks each include a slave CPU connected to a slave transceiver and a slave memory. The receiver receives a radio signal having atomic clock time data, the master transceiver transmits the data to the slave transceivers, and the master CPU updates the master clock time. After slave transceivers receive the data, the slave CPUs update the slave clock time. Slave transceivers transmit respective slave clocks' local settings to the master transceiver. The master memory stores the slave clocks' local settings by ID and model number. After the master clock or a slave clock loses AC power, the system restores time and local settings. Only the master clock includes a battery for preserving all local settings.