An Overview. Our team of certified Business Continuity professionals is responsible for documenting and developing enterprise standards, processes, and policies for all business continuity and disaster recovery needs throughout T-Mobile. This team supports business continuity planning and defines enterprise tools and methodologies. Such consistency enhances T-Mobile’s overall planning and resumption efforts. Business Continuity Plans are housed in a centralized online repository, accessible to employees in the office and remotely through a web browser. Additionally, hard copies of plans are available at multiple sites. All Engineering personnel have been trained on these highly-detailed emergency operations plans, and T-Mobile has tiered response teams providing local support needs via enterprise-wide resources.
An Overview. The lived immediacy
An Overview. A. The ACSA Acquisition and Cross-Servicing Agreements enable deployed U.S. forces to acquire and exchange logistic supplies, services, and support (LSSS) with eligible foreign countries and international organizations on a reimbursable basis.12 The purpose of an ACSA is to provide commanders with a flexible means to exchange logistic support with multinational forces, particularly during emergencies and unforeseen circumstances.13 Without ACSA authority, U.S. forces would be required to use formal acquisitions procedures to secure LSSS, and they would be prohibited from transferring LSSS to foreign countries without reimbursement.14 Through the ACSA program, Congress empowered deployed commanders to address unforeseen logistic needs by exchanging LSSS with multinational partners.15
An Overview. In the system, both cloud server and edge devices have an ability to analyze data generated by IoT device. During the use of an IoT device, edge devices will analyze the data generated by IoT devices and give corresponding instructions. When the data processing is beyond the processing capacity of the edge device or the data is too sensitive to be processed in the edge device, the cloud server has to process the data. Therefore, it is necessary to negotiate a common session key between the IoT device, the edge device, and the cloud server for subsequent data transfers. If the transmitted information is sensitive and the edge device does not have the right to view the message, the IoT device and the cloud server should negotiate a session key. In order to ensure the security of data transmission among IoT device, edge devices and cloud server. We have proposed an efficient three-party authentication and key agreement protocol. The protocol is mainly divided into the following parts: user registration, edge device registration,
An Overview
