Abstract: Technology is described for configuring data communication schedules for devices. A computing hub in a wireless network may determine a data communication schedule for a device in the wireless network. The data communication schedule may include an assigned time slot for the device to communicate with the computing hub. The data communication schedule with the assigned time slot may be provided from the computing hub to the device. The device may be instructed to wake up from a reduced power mode and enter into an active mode during the assigned time slot defined in the data communication schedule. The computing hub may prioritize data communication for the device during the assigned time slot defined in the data communication schedule and when the device is in the active mode.

Abstract: Systems and methods are described for implementing a coordinator within a coordinated environment, which environment includes set of coordinated devices managed by the coordinator. The coordinator can be provisioned with a set of tasks, each task corresponding to a segment of code that can be executed by the coordinator, such as to manage the coordinated devices. To assist in local storage and retrieval of protected data in the coordinated environment, the coordinator can include a protected data manager for storing protected data and managing access to the stored protected data. The protected data manager can communicate with a key manager to encrypt and decrypt the protected data. The set of tasks executing in the coordinated environment can access the protected data using unique security tokens.

Abstract: The various aspects include methods and apparatus that enable processors within a multi-processor computing device to automatically discover each other and to configure themselves to interoperate utilizing at least two agents in a scalable inter-processor communication protocol. A dynamic method of advertising capabilities of processors uses a scalable communication format that can be discover and linked to each processor to enable sharing of processing resources. To enable processor-discovery, each processor may be configured with a foreign agent, a local agent and a service daemon software program that facilitates processor auto-discovery and auto-configuration. Advertising and capabilities messages between processors in the same device may use the QMI protocol format. The advertised capabilities may include information regarding processor identification, transport type, port, technology, services and resources.

Abstract: The various aspects include methods and apparatus that enable processors within a multi-processor computing device to automatically discover each other and to configure themselves to interoperate utilizing at least two agents in a scalable inter-processor communication protocol. A dynamic method of advertising capabilities of processors uses a scalable communication format that can be discover and linked to each processor to enable sharing of processing resources. To enable processor-discovery, each processor may be configured with a foreign agent, a local agent and a service daemon software program that facilitates processor auto-discovery and auto-configuration. Advertising and capabilities messages between processors in the same device may use the QMI protocol format. The advertised capabilities may include information regarding processor identification, transport type, port, technology, services and resources.