Abstract: A device may determine that a failure occurred in an emergency call between a public-safety answering point (PSAP) and a first user device associated with an emergency caller, and may identify, based on determining the failure, one of a first option, a second option, or a third option for redirecting an emergency callback to a contact of the emergency caller. The device may cause, when the first option is identified, the emergency callback to be redirected to a second user device associated with the contact of the emergency caller, and may cause, when the first option is identified, a bearer path to be established between the PSAP and the second user device for the emergency callback.

Abstract: Disclosed herein are embodiments including a modular base station that is, for example, easily deployable in emerging markets. The modular base station is designed to be easily transported and affixed, for example, to poles or trees. The modular base station is designed to withstand high temperatures caused by operating at high altitudes and to be easily configured, oriented, and serviced in the field. Its components (e.g., radio frequency (RF) circuit boards) are modular so as to interoperate with various third-party compatible devices.

Abstract: Disclosed herein are embodiments including a modular base station that is, for example, easily deployable in emerging markets. The modular base station is designed to be easily transported and affixed, for example, to poles or trees. The modular base station is designed to withstand high temperatures caused by operating at high altitudes and to be easily configured, oriented, and serviced in the field. Its components (e.g., radio frequency (RF) circuit boards) are modular so as to interoperate with various third-party compatible devices.

Abstract: Disclosed herein are embodiments including a modular base station that is, for example, easily deployable in emerging markets. The modular base station is designed to be easily transported and affixed, for example, to poles or trees. The modular base station is designed to withstand high temperatures caused by operating at high altitudes and to be easily configured, oriented, and serviced in the field. Its components (e.g., radio frequency (RF) circuit boards) are modular so as to interoperate with various third-party compatible devices.

Abstract: Disclosed herein are embodiments including a modular base station that is, for example, easily deployable in emerging markets. The modular base station is designed to be easily transported and affixed, for example, to poles or trees. The modular base station is designed to withstand high temperatures caused by operating at high altitudes and to be easily configured, oriented, and serviced in the field. Its components (e.g., radio frequency (RF) circuit boards) are modular so as to interoperate with various third-party compatible devices.

Abstract: The present invention provides mobile clients that can be easily distributed using any third party MDM (Mobile Device Management) solutions, or mobile app stores. Two operational modes provide only messaging functions, or give more functions to manage and control various processes in the system server. This gives an easy way for Enterprises to manage their license cost by providing advance functions to targeted technical users. The solution works on all the above mentioned platforms and enables an Enterprise to work with heterogeneous mobile devices and platforms. An admin panel on the server software through which an admin can control each and every mobile device, and its access to the information. The present invention provides an easy to define general policy through which rules can be defined for all devices. Similarly, specific rules for individual devices can also be defined, and applied instantaneously.