Abstract: Methods and system are provided for delivering a software package to particular wireless computing devices (WCDs). The system includes logical sites (LSs), WCDs, and a Network Operation Center (NOC) communicatively coupled to the LSs by a network. The NOC includes a device management module (DMM) and a second DCP server. The DMM is designed to: determine that particular ones of the WCDs are currently located at and associated with a first LS based on registration information for each of the WCDs; determine characteristics of the particular ones of the WCDs currently located at and associated with the first LS; and determine particular software packages appropriate for the particular ones of the WCDs based on the characteristics of the particular ones of the WCDs currently located at the first LS. The second DCP server designed to send the particular software packages to the first DCP server.

Abstract: Methods and system are provided for delivering a software package to particular wireless computing devices (WCDs). The system includes logical sites (LSs), WCDs, and a Network Operation Center (NOC) communicatively coupled to the LSs by a network. The NOC includes a device management module (DMM) and a second DCP server. The DMM is designed to: determine that particular ones of the WCDs are currently located at and associated with a first LS based on registration information for each of the WCDs; determine characteristics of the particular ones of the WCDs currently located at and associated with the first LS; and determine particular software packages appropriate for the particular ones of the WCDs based on the characteristics of the particular ones of the WCDs currently located at the first LS. The second DCP server designed to send the particular software packages to the first DCP server.

Abstract: A system and method for storing a first configuration data file, altering the first configuration data file to create a second configuration data file and creating a reference value corresponding to the second configuration data file. In addition, a system and method for receiving a first reference value from a computing device, the first reference value corresponding to a first configuration data file utilized by the computing device, comparing the first reference value to a second reference value corresponding to a second configuration data file and upon detecting a difference between the first and second reference values, obtaining the first configuration data file from the computing device.

Abstract: Described is system and method for configuring a computing device. A device identifier of the device is obtained. A first configuration value for the device is determined as a function of the device identifier. A configuration data file is generated as a function of the first configuration value. The configuration data file is transmitted to the device. The first configuration value in the configuration data file is replaced with a second configuration value utilized by the device.

Abstract: A system, device and method for receiving location information for one of a wireless infrastructure device (“WID”) and a mobile device, wherein the WID is a parent of the mobile device and the mobile device is a child of the WID. Data corresponding to the other one of the WID and the mobile device is retrieved and the data is updated to include the location information for the one of the WID and the mobile device when the data does not include a known location information for the other one of the WID and the mobile device.

Abstract: Described is a system and method for retrieving information from a direct connection protocol (“DCP”) server, the information including a unique identifier for a mobile device, wherein the DCP server received the information in a communication from the mobile device. A correlation is maintained between the DCP server and a site and an indication is stored that the mobile device is located at the site based on the retrieving of the information from the DCP server correlated to the site.

Abstract: Described is a system including a receiving element receiving monitored attributes from a plurality of devices in a network, a storing element storing the monitored attributes, wherein corresponding attributes from the plurality of devices are stored using standard attributes names and an output element outputting the monitored attributes to a user.