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Enhancing Cloud Control Management
Collect and store real-time data on resource status in Oracle Cloud, monitor credit consumption, and leverage reporting, analysis, and prediction of system behavior.
Cloud Control Performance Management represents a system that collects and stores real-time data on resource status in Oracle Cloud, monitors Oracle Cloud credit consumption, and serves for reporting, analysis, and prediction of consumption and system behavior.
The CCPM software system includes a module for notifying users about resource consumption and status based on predefined alarms and system behavior rules to prevent excessive consumption of Cloud credits. The modular architecture allows all three modules to be configured in a unified administrative panel, significantly simplifying system administration and maintenance.
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The system consists of three core modules, each designed to address a specific aspect of Oracle Cloud management.
The system consists of three modules: Module for reporting and analyzing Cloud credit consumption and utilization of Cloud resources – Cloud Control Consumption Management. Module for system performance analysis – Cloud Control Performance Management. Module for controlling the usage of the Cloud environment with the ability to define security protocols that prevent excessive Cloud Usage Management.
The modular architecture of this software solution allows the basic settings of the system, which relate to all three modules, to be configured in a unified administrative panel, significantly simplifying system administration and maintenance.
User management encompasses all operational tasks that can be performed on users (search, display, registration, viewing details, and managing user details – data modification, password change, access enablement, access rights definition).
System settings management involves defining and setting system configuration values.
Codebook management encompasses all operational tasks that can be performed on defined codebooks (search, display, input, viewing details, and managing details for defined codebooks – data modification, defining active codebook items).
Services communicating with the Oracle Cloud infrastructure, based on Java technologies, have built-in mechanisms capable of communicating with the API services defined by Oracle as the Oracle Cloud solution vendor. Service configuration is accessible through the user Web interface, where settings can be defined for each individual virtual resource depending on its role in the virtual infrastructure. As previously mentioned, services rely on well-defined security protocols and procedures defined by the Oracle Cloud provider.
A special service deals with communication with virtual resources aiming to shut them down or temporarily suspend services in case of exceeding Oracle Cloud credits or hazardous, unexpected behavior of any of the virtual resources. The goal of this service is to, depending on the system settings, with the assistance of system administrators or in a fully automated manner, stop a specific virtual resource. Services recognize three basic resources in the virtual infrastructure: virtual machine, autonomous database, and Exadata, which can be managed.
The described software system increases efficiency, manages, monitors, optimizes operations, and prevents overload of virtual resources and excessive consumption of Oracle Cloud credits. Considering this fact, the system relies on a set of services that follow the microservices paradigm in their architecture, where one service is divided into multiple microservices, each performing its own business logic.