Infrastructure monitoring is the process of continuously collecting and analyzing the performance, availability, and health of an organization's IT infrastructure components. It systematically monitors servers, networks, databases, applications, and interconnected systems to detect, diagnose, and address any issues affecting their functionality. By utilizing specialized tools and methodologies, infrastructure monitoring ensures real-time visibility into the operational aspects of the infrastructure, enabling proactive management, timely troubleshooting, and optimization of resources to maintain seamless operations.
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Apache Monitoring (to add once we have documentation in place for it already)
Database
Databases store and manage critical organizational data. They encompass a wide array of information, ranging from structured data, which fits neatly into predefined categories, to unstructured data, which includes content like documents, images, and multimedia files.
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Network Availability - refers to the state or condition of a network being operational and accessible for users or devices to transmit and receive data without interruption or downtime.
Network Bandwidth - refers to the maximum data transfer rate or capacity of a network communication channel, representing the amount of data that can be transmitted over a specified period of time.
Network Throughput - refers to the actual rate of successful data transmission over a specified period of time.
Network Latency - refers to the time delay that occurs when data packets travel from one point to another within a network.
Here are some of the network devices that can be monitored with IT-Conductor:
Load Balancers - See HAProxy Monitoring (to add once we have documentation in place for it already)
Firewalls - See pfSense Monitoring (to add once we have documentation in place for it already)
Cloud Components
Cloud infrastructure consists of various components that collectively provide computing resources and services. Some key components include:
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