AWS

Amazon ECS Express Mode now allows specifying ARM64 as the CPU architecture, enabling direct deployment of ARM-based container images on Graviton instances. This update simplifies the launch of containerized applications by handling networking, load balancing, and auto-scaling while offering up to 40% better price-performance than x86 alternatives. Users can now select the compute architecture that best fits their workload requirements without manual infrastructure configuration.

• Deploy ARM64 container images directly via ECS Express Mode on Graviton compute.
• Achieve up to 40% improved price-performance compared to x86-based instances.
• Automated orchestration includes networking, load balancing, and auto-scaling.
• Select compute architecture to match specific workload needs easily.
• No manual infrastructure setup required for rapid application launch.

AWS has released Amazon EC2 T8i instances, a new generation of low-cost burstable compute powered by custom sixth-generation Intel Xeon 6 processors. Built on the latest AWS Nitro cards, these instances offer up to 30% better price performance and up to 70% higher compute performance compared to previous T3 generations. They are available in nano, micro, small, and medium sizes, targeting workloads with low to moderate CPU utilization such as small databases, CI/CD pipelines, and microservices.

• T8i uses custom 6th Gen Intel Xeon 6 processors on AWS-exclusive Nitro hardware for improved efficiency.
• Up to 30% better price performance and 70% higher compute than T3 instances.
• Available in nano, micro, small, and medium sizes for cost-sensitive, low-to-moderate CPU workloads.
• Offers 1.25x network bandwidth and 2.4x EBS bandwidth compared to predecessors.
• Ideal for small databases, batch processing, event-driven functions, and CI/CD pipelines.

AWS has enabled S3 Express One Zone in seven additional regions, including Singapore, Sao Paulo, N. California, Canada Central, Paris, Sydney, and Seoul. This single-Availability Zone storage class provides consistent single-digit millisecond latency for latency-sensitive workloads. It offers up to 10x faster data access and 80% lower request costs compared to S3 Standard. The service is optimized for machine learning training, interactive analytics, and AI search engine caching.

• S3 Express One Zone is now live in 7 more global regions for low-latency needs.
• Delivers single-digit millisecond access with up to 10x speed over S3 Standard.
• Request costs drop by up to 80% compared to the standard storage class.
• Ideal for ML training, interactive analytics, and key-value caching in AI apps.

AWS Resilience Hub has introduced three new features to help platform and SRE teams assess workload resilience. The update allows users to scope service inputs using existing EKS namespace labels, providing dependency insights for better visibility, and enables sharing resilience policies across organizations via AWS Organizations. These additions integrate with existing capabilities like automated dependency discovery and generative AI failure analysis.

• Scope service inputs in Resilience Hub using EKS namespace labels instead of manual ARN lists.
• Gain deeper visibility into workload resilience through new dependency insights.
• Standardize and share resilience policies across multiple AWS accounts using AWS Organizations.

Amazon Keyspaces, the managed serverless service compatible with Apache Cassandra, has reached general availability in 11 additional AWS Regions. This expansion enables customers to deploy Cassandra-compatible applications closer to end-users, reducing latency while ensuring data remains within specific geographic boundaries to satisfy residency mandates. As a serverless offering, it provides virtually unlimited throughput and storage, charging only for the resources consumed.

• Keyspaces is now GA in 11 new regions, expanding geographic coverage for Cassandra workloads.
• New regions help meet strict data residency requirements by keeping data within local boundaries.
• Serverless architecture scales automatically to handle thousands of requests per second without provisioning.
• Cost model remains pay-per-use, covering both throughput and storage consumption efficiently.