All news with #aws tag

🔍 With this update, Amazon CloudWatch Network Monitoring flow monitors can observe traffic between AWS Regions over the AWS global network. Flow monitors deliver near real-time metrics for compute instances such as Amazon EC2 and Amazon EKS, and for services like Amazon S3 and Amazon DynamoDB, to help detect and attribute network-driven impairments. The network health indicator now captures cross-Region path health including visibility into remote public IPs and private traffic over VPC and Transit Gateway peering.

🔔 Amazon Managed Service for Prometheus is now available in the AWS GovCloud (US) Regions, providing a fully managed, Prometheus-compatible monitoring solution for government and regulated workloads. The service supports high-scale ingestion—customers can send up to 1 billion active metrics to a single workspace—and allows multiple workspaces per account for isolation and organization. It simplifies metric storage, querying, and alerting while reducing operational overhead. Customers should consult the user guide for the full list of supported regions.

🚀 Starting today, Amazon EC2 C6in instances are available in AWS Region Asia Pacific (Thailand). These sixth-generation, network-optimized instances use 3rd Gen Intel Xeon Scalable processors and the AWS Nitro System to deliver up to 200 Gbps of network bandwidth—about 2x the bandwidth of comparable fifth-generation instances. C6in offers up to 128 vCPUs across 10 sizes (including a bare metal option), up to 100 Gbps of EBS bandwidth, and up to 400K IOPS, with Elastic Fabric Adapter (EFA) supported on 32xlarge and metal sizes.

🚀 Amazon has launched MSK Connect in the Asia Pacific (Malaysia) Region, offering a fully managed service for running Kafka Connect clusters alongside Amazon MSK. The service simplifies deploying, monitoring, and scaling connectors that move data between Apache Kafka and external systems, without provisioning infrastructure. It supports both Amazon MSK-managed and self-managed Kafka clusters and can be used via the console or CLI.

🔐 Amazon CloudFront now supports ECDSA for signed URLs and signed cookies, giving customers an alternative to RSA with improved performance and significantly smaller signature sizes. This reduces URL length and accelerates signature generation and verification, benefiting high-volume, mobile, and IoT workloads where CPU and bandwidth are constrained. ECDSA is available at all edge locations except the AWS China (Beijing and Ningxia) regions, with no additional charge to use the feature.

🔐 AWS Managed Microsoft AD now supports certificate auto-enrollment for LDAPS and Smart Card authentication by integrating with AWS Private CA through the AWS Private CA Connector for AD. The integration automates issuance, renewal, and lifecycle management of domain controller certificates, removing the need to maintain CA infrastructure on Amazon EC2. This capability is available in all Regions offering the connector and can be configured via the console or API.

🚀 Amazon EC2 R8g instances are now available in AWS Asia Pacific (Osaka) and AWS Canada (Central). Powered by AWS Graviton4 processors and the AWS Nitro System, R8g delivers up to 30% better performance than Graviton3-based instances for memory‑intensive workloads. The family includes 12 sizes (two bare‑metal options), scales up to 48xlarge with 1.5 TB RAM, and offers up to 50 Gbps enhanced networking and 40 Gbps to Amazon EBS. AWS recommends the Graviton Fast Start program and Porting Advisor to help migrate workloads.

🚀 Amazon Web Services has expanded Amazon ElastiCache to support Graviton3-based M7g and R7g node families across multiple regions including Canada (Calgary), Middle East & Africa, Europe, and Asia Pacific. Graviton3 nodes deliver improved price-performance over Graviton2, yielding up to 28% higher throughput, up to 21% better P99 latency, and up to 25% more networking bandwidth. To adopt the new instances, create a new cluster or upgrade existing clusters via the AWS Management Console and review the ElastiCache documentation for supported node types.

🤖Amazon Q in Connect now lets contact center administrators select different LLM model families directly from the Amazon Connect web UI. This no-code configuration enables quick switching between models to optimize for latency, cost, or complex reasoning. Administrators can choose Amazon Nova Pro for faster responses or Anthropic Claude Sonnet for complex reasoning, tailoring AI Agents to specific customer interaction types.

🚀 Amazon Redshift Serverless is now generally available in the AWS Europe (Milan) and Africa (Cape Town) regions. With Redshift Serverless, users—data analysts, developers, and data scientists—can run analytics without provisioning or managing clusters, benefiting from automatic provisioning, intelligent scaling, and per-second compute billing. You can query data via Query Editor V2 or existing BI tools, load data from Amazon S3 (including Apache Parquet), use Redshift data shares, restore provisioned snapshots, and take advantage of unified billing for queries across these sources.

🛡️ AWS WAF is now available in the AWS Asia Pacific (Taipei) Region, allowing customers to deploy web application firewall protections closer to their users. The service helps protect web applications from common exploits and automated bots that can affect availability, security, or resource consumption. Note that AWS WAF Bot Control with targeted inspection and the Anti-DDoS managed rule group are not currently available in this region.

📣 AWS WAF now includes a free allocation of Vended Logs ingestion to CloudWatch: 500 MB for every 1 million WAF requests processed, provided at no additional cost. The allocation is applied automatically across WAF vended logs to CloudWatch, S3, and Firehose and is reconciled on your AWS bill at month end. Usage beyond the included allowance is charged at standard AWS WAF Vended Logs CloudWatch rates. This change helps reduce logging costs while preserving comprehensive security visibility and analytics.

⚡ Amazon Web Services has announced general availability of managed tiered checkpointing for Amazon SageMaker HyperPod, a hybrid checkpointing capability that caches frequent checkpoints in CPU memory and periodically persists them to Amazon S3 for durability. The approach reduces model recovery time and minimizes training progress loss on large-scale clusters. It integrates with PyTorch Distributed Checkpoint (DCP) and is enabled via a CreateCluster/UpdateCluster API parameter; customers can use the sagemaker-checkpointing Python library to adopt it with minimal code changes. Currently available for HyperPod clusters using the EKS orchestrator.

🚀 NetworkX now supports Amazon Neptune Analytics as a graph store, enabling developers to use familiar NetworkX APIs while transparently offloading heavy graph-algorithm workloads to Neptune’s scalable analytics engine. The integration provides Zero-ETL data handling, automatic provisioning and teardown for a serverless-like experience, and preserves existing Python workflows without refactoring code.

🔧 AWS announced general availability of Custom Blueprints in Amazon SageMaker Unified Studio, enabling customers to supply their own managed IAM policies when creating project roles. Teams can replace or augment the default service-managed policies and use custom AWS CloudFormation templates to define infrastructure and parameters for resources such as Amazon EMR on EC2, AWS Glue Data Catalog, and Amazon Redshift. Sample templates are available in the SageMaker documentation, and the capability is offered in all AWS Commercial Regions where the next-generation SageMaker is available.

🌐 Amazon CloudFront now supports IPv6 connectivity to origin servers, enabling end-to-end IPv6 content delivery for web applications. Customers can configure custom origins as IPv4-only (default), IPv6-only, or dual-stack; in dual-stack mode CloudFront will automatically balance requests across IPv4 and IPv6 addresses. IPv6 origin support is available in all supported AWS Commercial Regions and excludes Amazon S3 and VPC origins. This capability can improve performance for native IPv6 users and reduce pressure from IPv4 address exhaustion for origin infrastructure.

🔧 Amazon Keyspaces (for Apache Cassandra) now supports the now() and uuid() functions in SELECT clauses, extending prior support in WHERE, INSERT, and UPDATE. It also introduces a native Duration data type to represent elapsed time between timestamps, removing the need to store intervals as strings or bytes. These updates improve Apache Cassandra compatibility and simplify time-based operations and identifier generation across AWS Commercial and GovCloud regions.

🤖 Amazon Web Services announced enhancements to the Amazon Q Developer chat experience within SageMaker Unified Studio Jupyter notebooks and added a command-line interface for use in notebooks and the Code Editor. By integrating with Model Context Protocol (MCP) servers, the assistant becomes aware of project resources—data, compute, and code—and provides personalized, context-aware help. These updates aim to speed tasks like code refactoring, file edits, and troubleshooting while preserving transparency around assistant actions. The capabilities are available at no additional cost via the Amazon Q Developer Free Tier where SageMaker Unified Studio is offered; customers can enable Amazon Q Developer Pro for expanded functionality.

🔐 Amazon CloudFront now supports hybrid post-quantum key establishment across all existing TLS security policies for client-to-edge connections, enabling quantum-resistant key exchange without customer configuration. CloudFront also introduces a new TLS1.3_2025 policy that enforces TLS 1.3 only. Both features are enabled by default at all edge locations and incur no additional charges. These updates help organizations strengthen long-term in-transit protection and simplify compliance planning.

🎬 AWS Elemental MediaConvert now integrates with Time-Addressable Media Store (TAMS), enabling customers to reference and extract precise, time-bound media segments as inputs to encoding workflows. The integration requires customers to operate their own TAMS servers—MediaConvert does not host or manage TAMS—and supports quick-turnaround use cases like live-event highlight clipping, near-real-time social publishing, and archive repurposing. This capability is aimed at media operations teams modernizing archives, automating editorial workflows, and connecting broadcast infrastructure and CMS directly into high-performance encoding pipelines.