Today, automation has shifted from being a luxury to an absolute necessity, especially within the realm of networks. This shift is driven by the rapid evolution of network technologies, compliance standards, and evolving business needs, placing an increasingly daunting burden on network administrators to manage these tasks manually.
Kentik Kube provides network insight into Kubernetes workloads, revealing K8s traffic routes through an organization’s data centers, clouds, and the internet.
The word "cache" is used in many different contexts. Typically, a cache is a small chunk of data stored locally for quick access. In this case, it’s about computer caches, i.e., the data stored in memory. Micro-caching is a technique where a programmer uses this cached data to do some quick computations, which can lead to some amazing solutions. In micro caching, dynamically generated content is cached for only a brief period rather than full-page caching.
Today, organizations of all sizes heavily depend on Information Technology Service Management (ITSM) solutions to elevate operational efficiency and customer satisfaction. The advent of cloud technology has presented a jaw-dropping opportunity for numerous businesses, given the benefits that cloud-based ITSM solutions provide.
Ensuring uninterrupted network availability is paramount for any organization relying on multiple network devices for their day-to-day operations. Two crucial metrics that govern network availability are performance and fault management. By implementing ManageEngine OpManager as your fault and performance monitoring tool, you gain invaluable insights into device health, CPU performance, and more.
Network monitoring and alerting provide the foundation for efficient IT operations and cyber resilience. By keeping track of the status and performance of network infrastructure and applications, network monitoring tools can automatically generate alerts when defined thresholds are exceeded or specific events occur. These network monitoring alerts allow IT teams to detect outages, performance degradation, and potential security incidents so they can respond swiftly to minimize disruption.