Search result for 'CloudWatch'

•Use Case: Automate the detection of anomalies or specific patterns in log files.

•Integrate with ELK (Elasticsearch, Logstash, Kibana) or CloudWatch Logs.

•Define rules for detecting anomalies (e.g., error rates, specific error messages).

•Trigger incident response workflows when anomalies are detected.

•Use Case: Monitor network performance metrics such as latency and throughput across AWS VPCs and Kubernetes clusters.

•Automate network performance checks using CloudWatch or custom scripts.

•Trigger alerts or routing adjustments if latency increases or throughput drops below acceptable levels.

This task verifies the existence and configuration of a Multi-Region AWS CloudTrail in compliance with SOC2 guidelines. It focuses on ensuring essential settings like logging, S3 and CloudWatch integrations, and global event coverage. This is crucial for upholding data security and integrity standards across an organization's AWS infrastructure.

This runbook is focused on ensuring that AWS CloudTrail configurations across multiple regions comply with SOC2 standards. It involves comprehensive checks on CloudTrail trail configurations, including logging status, S3 bucket integrations, and CloudWatch Logs, ensuring global event capture and multi-region setup. It's essential for maintaining SOC2 compliance, emphasizing data security and i...

This task allows users to remove specified log streams from AWS CloudWatch. By executing this task, organizations can effectively manage and declutter their logging space, ensuring that only relevant and necessary logs are retained. This not only optimizes the logging environment but also helps in potentially reducing storage-associated costs on AWS.

This task is designed to systematically retrieve and enumerate all CloudWatch log streams present in specified AWS regions. It offers a detailed snapshot of the existing log streams, enabling users to understand their logging landscape across various AWS services and applications.

This task examines CloudWatch log streams to identify those that have been inactive for a specified duration. By pinpointing these dormant streams, the task aids in maintaining a cleaner, more efficient logging environment and can subsequently assist in reducing unnecessary storage costs associated with retaining outdated logs on AWS CloudWatch.

This runbook automates the process of identifying and deleting unused Amazon CloudWatch Log Streams. By scanning specified log groups across designated AWS regions, it efficiently detects log streams that have been inactive for a predetermined period. Once identified, these log streams are safely removed, helping organizations maintain a clutter-free logging environment and potentially reducin...

This runbook involves identifying and addressing dashboards within AWS CloudWatch that have not been accessed or utilized for a predetermined period. It typically includes analyzing dashboard activity through AWS CloudTrail to detect inactivity, categorizing dashboards as unused, and then taking appropriate actions such as deletion or archiving to optimize resource management and reduce clutte...

This task involves retrieving and displaying a comprehensive overview of all AWS CloudWatch dashboards available across different AWS regions. This includes details such as the dashboard names, the regions they are hosted in, and the last modified dates. The goal is to provide visibility into all existing dashboards to manage them effectively or audit their usage.

This task involves identifying dashboards with minimal interaction or updates over a set period. This process typically uses AWS CloudTrail to track access patterns, helping organizations identify and decommission underutilized dashboards. This optimization reduces costs and administrative effort by eliminating unnecessary monitoring tools.

This task involves removing specific AWS CloudWatch dashboards that are no longer needed or in use. This helps streamline monitoring resources and reduce clutter, ensuring that only relevant and actively used dashboards remain operational within AWS environments.