cloud-monitoring

2 posts

aws

Amazon S3 Storage Lens adds performance metrics, support for billions of prefixes, and export to S3 Tables | AWS News Blog (opens in new tab)

Amazon S3 Storage Lens has introduced three significant updates designed to provide deeper visibility into storage performance and usage patterns at scale. By adding dedicated performance metrics, support for billions of prefixes, and direct export capabilities to Amazon S3 Tables, AWS enables organizations to better optimize application latency and storage costs. These enhancements allow for more granular data-driven decisions across entire AWS organizations or specific high-performance workloads. ## Enhanced Performance Metric Categories The update introduces eight new performance-related metric categories available through the S3 Storage Lens advanced tier. These metrics are designed to pinpoint specific architectural bottlenecks that could impact application speed. * **Request and Storage Distributions:** New metrics track the distribution of read/write request sizes and object sizes, helping identify small-object patterns that might be better suited for Amazon S3 Express One Zone. * **Error and Latency Tracking:** Users can now monitor concurrent PUT 503 errors to identify throttling and analyze FirstByteLatency and TotalRequestLatency to measure end-to-end request performance. * **Data Transfer Efficiency:** Metrics for cross-Region data transfer help identify high-cost or high-latency data access patterns, suggesting where compute resources should be co-located with storage. * **Access Patterns:** Tracking unique objects accessed per day identifies "hot" datasets that could benefit from higher-performance storage tiers or caching solutions. ## Support for Billions of Prefixes S3 Storage Lens has expanded its analytical scale to support the monitoring of billions of prefixes. This allows organizations with massive, complex data structures to maintain granular visibility without sacrificing performance or detail. * **Granular Visibility:** Users can drill down into massive datasets to find specific prefixes causing performance degradation or cost spikes. * **Scalable Analysis:** This expansion ensures that even the largest data lakes can be monitored at a level of detail previously limited to smaller buckets. ## Integration with Amazon S3 Tables The service now supports direct export of storage metrics to Amazon S3 Tables, a feature optimized for high-performance analytics. This integration streamlines the workflow for administrators who need to perform complex queries on their storage metadata. * **Analytical Readiness:** Exporting to S3 Tables makes it easier to use SQL-based tools to query storage trends and performance over time. * **Automation:** This capability allows for the creation of automated reporting pipelines that can handle the massive volume of data generated by prefix-level monitoring. To take full advantage of these features, users should enable the S3 Storage Lens advanced tier and configure prefix-level monitoring for buckets containing mission-critical or high-throughput data. Organizations experiencing latency issues should specifically review the new request size distribution metrics to determine if batching objects or migrating to S3 Express One Zone would improve performance.

aws

New and enhanced AWS Support plans add AI capabilities to expert guidance | AWS News Blog (opens in new tab)

AWS has announced a major transformation of its support plans, moving from a reactive model to a proactive, AI-driven approach for issue prevention and workload optimization. By integrating AI-powered capabilities with deep technical expertise, these enhanced plans aim to help organizations identify potential operational risks before they impact business performance. This new tier-based structure provides businesses with varying levels of contextual assistance, ranging from intelligent automated recommendations to direct access to specialized engineering teams. ### Business Support+ * Introduces intelligent, AI-powered assistance designed to provide contextual recommendations for developers, startups, and small businesses. * Features a seamless transition from AI tools to human experts, with critical case response times reduced to 30 minutes—twice as fast as previous standards. * Provides personalized workload optimization suggestions based on the user's specific environment via a low-cost monthly subscription. ### Enterprise Support * Assigns a designated Technical Account Manager (TAM) who utilizes data-driven insights and AI tools to mitigate risks and identify optimization opportunities. * Grants access to the AWS Security Incident Response service at no additional fee, centralizing the tracking, monitoring, and investigation of security events. * Guarantees a 15-minute response time for production-critical issues, with support engineers receiving AI-generated context to ensure faster, more personalized resolution. * Includes access to hands-on workshops and interactive programs to foster continuous technical growth within the organization. ### Unified Operations Support * Provides the highest level of context-aware assistance through a dedicated core team including a TAM, a Domain Engineer, and a Senior Billing and Account Specialist. * Delivers industry-leading 5-minute response times for critical incidents, supported by around-the-clock monitoring and AI-powered proactive risk identification. * Offers on-demand access to specialized experts in migration, incident management, and security through the customer’s preferred collaboration channels. These updates reflect AWS’s commitment to using generative AI to shorten resolution times and provide more personalized architectural guidance. Organizations should evaluate their operational complexity and required response times to select the plan that best aligns with their mission-critical cloud needs.