Monitoring Kubernetes

Kubernetes monitoring is essential for maintaining the health and performance of containerized applications. By continuously tracking metrics such as CPU and memory usage, network performance, and pod health, Kubernetes monitoring tools help ensure that applications run smoothly and efficiently. These tools can automatically detect and alert administrators to issues such as resource congestion, failed deployments, and unexpected behavior in real time. This proactive approach allows for quick identification and resolution of issues, minimizing downtime and optimizing resource utilization. Additionally, Kubernetes monitoring provides valuable insights into usage patterns and trends, aiding capacity planning and scaling decisions.

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Monitoring Kubernetes-image

Key benefits

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Cost minimization - thanks to the obtained information, you will increase the efficiency of services and minimize the resources used.

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Minimizing costs – by using obtained information to enhance service efficiency and minimize resource utilization.

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Increased security - thanks to the ability to identify vulnerabilities and detect and block attacks in real time.

Main use cases

Advanced detection and analysis of issues

Discover their sources, taking into account the specifics of process environments based on the Kubernetes platform and workloads embedded on it.

Resource planning and optimization

Minimize resource utilization by improving service efficiency. Obtain information about their excessive or insufficient allocation using exploratory and predictive analyses.

User transaction observation

Continuously and automatically discover application components running on clusters and obtain information about the connections between them and external services. Examine the impact of their performance and stability on end-user satisfaction thanks to E2E tracking.

Single source of truth

Get single-source visibility into the health and status of all your private and public cloud clusters, and all contextual data: logs, traces, metrics, Kubernetes native events, and security information.

Observability and security for business resilience
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Observability and security for business resilience
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Observability and security for business resilience
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Observability and security for business resilience
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Observability and security for business resilience
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Observability and security for business resilience
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Observability and security for business resilience
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Observability and security for business resilience
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Observability and security for business resilience
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Observability and security for business resilience
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Observability and security for business resilience
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Observability and security for business resilience
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