In the era of the Internet of Everything, things transmit data to each other via the Internet, helping people achieve continuous optimization of communication and collaboration. Currently, the number of Internet of Things connections in Shanghai alone has reached more than 10 million, widely used in smart meter reading, Internet of vehicles, bike-sharing, logistics and other fields.
With the exponential growth of Internet of Things terminal equipment and business scenarios, the traditional linear manpower increase of enterprises can no longer meet the needs of actual business development. In addition, the wide geographical distribution of iot terminals and the storage and management of huge amounts of data bring pressure to the operation and maintenance of enterprise iot terminals. In order to help enterprises effectively improve operation management and cost control capabilities, operators open the supervision and control capabilities of some communication plans and tariff plans to enterprise group customers. However, the dispersion and difference of enterprises not only increase the cost of using the Internet of Things, but also prolong the online cycle of application services. For small and medium-sized enterprises of the Internet of things lacking independent research and development ability, the rapid expansion of their business is restricted.
Zte soft innovation to create the Internet of Things business Management Platform (Connectivity Management Platform, hereinafter referred to as CMP platform), with the number card unified management, monitoring, alarm and operation in the process of the basic capabilities, to help operators to provide enterprise group customers with stable and efficient communication connection and terminal connection management solutions. The alarm intelligent engine module implements automatic monitoring of communication service conditions and management of communication resources. Through flexible configuration of communication connections, terminal connections, and linkage rules for service scenarios, it implements full-time and comprehensive procedural management and control in various scenarios.
The alarm intelligent engine is decomposed from a service scenario and consists of triggers, monitors, operators, and actuators. It helps carriers provide flexible service adaptation capabilities for customers and applies to various service scenarios and monitoring in a specified range. The platform has a user-friendly alarm configuration wizard. The alarm configuration is designed to use the wizard to guide the platform users to decompose and configure complex service logic, which greatly reduces users' understanding ability. In addition, the pluggable alarm template management module supports 32 types of service scenarios. As the number of service scenarios and alarm requirements increases, the pluggable alarm template management module can be customized to meet local and new requirements. In addition, the platform allows you to view the configured alarm rules in one page through the unified alarm rule management view, including the enabled status of the alarm rules, monitored objects, and notified objects. The module also provides convenient functions such as disabling or deleting the alarm rules.
On the one hand, the alarm intelligent engine will help operators better support enterprise group customers to realize the process automation of business management and control, humanized wizard functions, and improve the response speed of enterprise customers' business monitoring requirements. On the other hand, it will help operators reduce costs and improve efficiency, reduce the waiting time for response when applications are suspended, and further optimize the service capability and business experience of the Internet of Things platform.
