AWS Neuron 2.31.0 is now available, introducing NKI 0.5.0 with new MX FP8 scale dtype support, tensor indirection on compute operations for fewer instructions in indexed access patterns, and new NkiTensor view APIs for zero-cost tensor layout transformations. This release also introduces the Neuron UltraServer Operator for Amazon EKS in public beta, automating UltraServer discovery, workload allocation, and resource claim generation for Trainium UltraServer workloads on Amazon EKS.
The Neuron Compiler includes a redesigned code generation backend now enabled by default on Trn2 and Trn3, delivering improved performance. The Neuron Runtime adds contiguous shared scratchpad support, simplifying device configuration by eliminating the need to manually set scratchpad page sizes. The NKI Library adds 14 new experimental kernels covering MoE training collectives, deformable attention, DeepSeek MLA projection, and ring attention, alongside PyTorch reference implementations. Neuron Explorer adds System Trace Viewer source code linking and updated default grouping for improved workload debugging.
To get started, see the following resources:
Amazon Connect Customer now supports forecasting, capacity planning, and scheduling for Tasks and Emails, enabling you to plan and optimize your workforce across all workloads (Voice, Chat, Tasks, Emails). Connect Customer accounts for the unique characteristics of each channel, including concurrent work handling, duration of work from minutes to months, and distinct service level requirements, so your forecasts and schedules reflect how your operation actually runs. For example, if your agents handle email inquiries or tasks such as case processing alongside voice calls, you can now generate a unified forecast that accounts for all of these workloads and create schedules that efficiently allocate agents across channels. Thus enabling end-to-end workforce optimization within a single solution and ensuring consistent service levels across all customer interaction channels.
This feature is available in all AWS Regions where Amazon Connect Customer agent scheduling is available. To learn more about Amazon Connect Customer agent scheduling, click here.
Amazon Aurora DSQL change data capture (CDC) is now generally available, enabling you to stream real-time database changes to Amazon Kinesis Data Streams for event-driven architectures and data integration workflows.
Aurora DSQL CDC automatically captures the results of insert, update, and delete operations as change events and delivers them to Kinesis Data Streams with no infrastructure to manage. You can use CDC to synchronize data across microservices, trigger AWS Lambda functions, or deliver changes to Amazon S3, Amazon Redshift, and Amazon OpenSearch Service via Amazon Data Firehose. CDC streaming is designed to have zero impact on your database workload performance.
CDC streaming is available in all AWS Regions where Aurora DSQL is available. Get started with Aurora DSQL for free with the AWS Free Tier. To learn more about CDC in Aurora DSQL, visit the documentation page.
Amazon Redshift now supports Graviton-based RG instances on the trailing track. Starting July 7, 2026, rg.4xlarge and rg.xlarge instance types are available for customers running workloads on the trailing track (P201).
The trailing track is designed for customers who prioritize stability for production workloads, running on a version already validated through the leading track. With RG instances now available on both tracks, customers can take advantage of AWS Graviton-powered performance - delivering up to 2.4x faster query performance than RA3 instances at 30% lower price per vCPU.
To get started, customers can provision a new cluster or resize an existing cluster to an rg.4xlarge or rg.xlarge instance type on the trailing track (P201) in the AWS Management Console, AWS CLI, or AWS SDKs.
For more information, see Amazon Redshift cluster versions.
Today, AWS Security Hub introduces Network Scanning, a capability that identifies resources in your environment that are reachable from the public internet. Network Scanning probes your resources from the internet to detect actual reachability, not just what could be reachable based on security group rules and route tables. It discovers public IP addresses, virtual machines, and load balancers across your AWS and Azure environments, identifies reachable ports, and determines what services are running behind them. This complements Security Hub’s existing network reachability findings, which identify configurations that could make a resource reachable from the internet. Network Scanning confirms actual reachability from the internet. Each reachable port generates a Security Hub finding with evidence of the port and service discovered. Security Hub Exposures then automatically correlates these findings with other findings and resource configurations to determine broader risk.
Amazon SageMaker Unified Studio Workflows now supports 19 new operators for Amazon Bedrock, Amazon S3 Tables, Amazon S3 Vectors, AWS Glue Data Catalog, and Amazon MWAA Serverless. With these operators, customers can add new tasks using the visual workflow creator to orchestrate these services without writing custom integration code.
With this launch, data workers and builders can create workflows that manage Bedrock guardrails, provision and delete S3 Tables and S3 Vectors resources, manage Glue Data Catalog tables and databases, and trigger MWAA Serverless workflow runs. This expands the breadth of AWS services you can orchestrate from SageMaker Unified Studio Workflows, reducing the need to switch between consoles or write custom DAG code.
This feature is available in all AWS Regions where Amazon SageMaker Unified Studio is available. For more information, see the AWS Region table.
To learn more, see Supported operators for Amazon MWAA Serverless workflows. To get started, see Serverless visual workflows in the Amazon SageMaker Unified Studio User Guide.
AWS Builder Center now lets builders request free, time-limited sandbox environments directly from eligible workshops, eliminating the need for a personal AWS account, credit card, or concerns about unexpected charges. Previously, workshops could only be completed using a builder's own AWS account. With sandbox environments, builders of all skill levels can safely deploy resources, write code, and experiment in a pre-provisioned AWS account.
Free sandbox environments are ideal for builders who want to gain practical AWS experience without setting up an account. Each sandbox provides 8 hours of access from activation, with automatic cleanup afterward. Builders can request one sandbox per week (resetting every Sunday), and most environments are ready within 15 minutes. Sandboxes are available for select workshops at launch, with more being enabled over time.
To get started, visit Workshops on AWS Builder Center.
AWS Config now supports 191 additional managed rules across key services including Amazon Bedrock, Amazon SageMaker, Amazon ECS, Amazon EKS, Amazon RDS, Amazon Redshift, Amazon S3, and Amazon CloudTrail. This expansion increases built-in governance coverage across AI workloads and core cloud infrastructure. Examples of the new managed rules include evaluating resource configurations for encryption, logging, public access, network security, data protection, and other operational best practices across AWS services.
With this launch, you can deploy these new managed rules individually or as part of a conformance pack in the AWS Regions where the corresponding AWS services are available.
AWS Certificate Manager
ACM_CERTIFICATE_RSA_CHECK
Amazon API Gateway
API_GWV2_ACCESS_LOGS_ENABLED
AWS AppSync
APPSYNC_AUTHORIZATION_CHECK
APPSYNC_LOGGING_ENABLED
Amazon Athena
ATHENA_WORKGROUP_ENCRYPTED_AT_REST
ATHENA_WORKGROUP_LOGGING_ENABLED
Amazon Aurora
AURORA_MYSQL_CLUSTER_AUDIT_LOGGING
Amazon Bedrock
BEDROCKAGENTCORE_BROWSERCUSTOM_NETWORK_MODE_NOT_PUBLIC
BEDROCKAGENTCORE_BROWSERCUSTOM_RECORDING_ENABLED
BEDROCKAGENTCORE_CODEINTERPRETER_NETWORKMODE_CHECK
BEDROCKAGENTCORE_GATEWAY_AUTHORIZER_ENABLED
BEDROCKAGENTCORE_GATEWAY_ENCRYPTION_ENABLED
BEDROCKAGENTCORE_RUNTIME_PRIVATE_NETWORK_REQUIRED
BEDROCK_AGENTCORE_MEMORY_ENCRYPTION_ENABLED
BEDROCK_AGENTCORE_MEMORY_EVENT_EXPIRY_DURATION
BEDROCK_DATA_SOURCE_ENCRYPTION_ENABLED
AWS CloudFormation
CLOUDFORMATION_STACK_SERVICE_ROLE_CHECK
CLOUDFORMATION_TERMINATION_PROTECTION_CHECK
AWS CloudTrail
CLOUDTRAIL_ALL_READ_S3_DATA_EVENT_CHECK
CLOUDTRAIL_ALL_WRITE_S3_DATA_EVENT_CHECK
CLOUDTRAIL_S3_BUCKET_ACCESS_LOGGING
CLOUDTRAIL_S3_BUCKET_PUBLIC_ACCESS_PROHIBITED
EVENT_DATA_STORE_CMK_ENCRYPTION_ENABLED
Amazon CloudWatch
CLOUDWATCH_ALARM_ACTION_ENABLED_CHECK
Amazon Cognito
COGNITO_IDENTITY_POOL_UNAUTH_ACCESS_CHECK
COGNITO_USERPOOL_CUST_AUTH_THREAT_FULL_CHECK
COGNITO_USER_POOL_ADVANCED_SECURITY_ENABLED
COGNITO_USER_POOL_MFA_ENABLED
COGNITO_USER_POOL_PASSWORD_POLICY_CHECK
AWS CodeBuild
CODEBUILD_PROJECT_ARTIFACT_ENCRYPTION
CODEBUILD_PROJECT_ENVIRONMENT_PRIVILEGED_CHECK
CODEBUILD_PROJECT_LOGGING_ENABLED
CODEBUILD_PROJECT_S3_LOGS_ENCRYPTED
AWS DataSync
DATASYNC_TASK_LOGGING_ENABLED
AWS Database Migration Service (DMS)
DMS_REPLICATION_TASK_SOURCEDB_LOGGING
DMS_REPLICATION_TASK_TARGETDB_LOGGING
Amazon DocumentDB
DOCDB_CLUSTER_AUDIT_LOGGING_ENABLED
DOCDB_CLUSTER_DELETION_PROTECTION_ENABLED
DOCDB_CLUSTER_ENCRYPTED_IN_TRANSIT
DOCDB_CLUSTER_SNAPSHOT_PUBLIC_PROHIBITED
Amazon DynamoDB
DYNAMODB_TABLE_DELETION_PROTECTION_ENABLED
Amazon EC2
EC2_ENIS_SOURCE_DESTINATION_CHECK_ENABLED
EC2_INSTANCE_LAUNCHED_WITH_ALLOWED_AMI
EC2_LAUNCH_TEMPLATES_EBS_VOLUME_ENCRYPTED
EC2_LAUNCH_TEMPLATE_IMDSV2_CHECK
EC2_LAUNCH_TEMPLATE_PUBLIC_IP_DISABLED
EC2_SECURITY_GROUP_ATTACHED_TO_ENI
EC2_SPOT_FLEET_REQUEST_CT_ENCRYPTION_AT_REST
EC2_STOPPED_INSTANCE_DAYS_CHECK_PVT
EC2_TRANSIT_GATEWAY_AUTO_VPC_ATTACH_DISABLED
EC2_VPN_CONNECTION_IKE_VERSION_CHECK
EC2_VPN_CONNECTION_LOGGING_ENABLED
INSTANCES_IN_VPC
Amazon EC2 Auto Scaling
AUTOSCALING_LAUNCH_TEMPLATE
AUTOSCALING_MULTIPLE_AZ
AUTOSCALING_MULTIPLE_INSTANCE_TYPES
Amazon ECR
ECR_PRIVATE_IMAGE_SCANNING_ENABLED
ECR_PRIVATE_LIFECYCLE_POLICY_CONFIGURED
ECR_PRIVATE_TAG_IMMUTABILITY_ENABLED
ECR_REPOSITORY_CMK_ENCRYPTION_ENABLED
Amazon ECS
ECS_CONTAINERS_NONPRIVILEGED
ECS_CONTAINERS_READONLY_ACCESS
ECS_CONTAINER_INSIGHTS_ENABLED
ECS_FARGATE_LATEST_PLATFORM_VERSION
ECS_NO_ENVIRONMENT_SECRETS
ECS_TASK_DEFINITION_EFS_ENCRYPTION_ENABLED
ECS_TASK_DEFINITION_LINUX_USER_NON_ROOT
ECS_TASK_DEFINITION_LOG_CONFIGURATION
ECS_TASK_DEFINITION_NETWORK_MODE_NOT_HOST
ECS_TASK_DEFINITION_PID_MODE_CHECK
ECS_TASK_DEFINITION_USER_FOR_HOST_MODE_CHECK
ECS_TASK_DEFINITION_WINDOWS_USER_NON_ADMIN
Amazon EFS
EFS_ACCESS_POINT_ENFORCE_ROOT_DIRECTORY
EFS_ACCESS_POINT_ENFORCE_USER_IDENTITY
EFS_AUTOMATIC_BACKUPS_ENABLED
EFS_FILESYSTEM_CT_ENCRYPTED
EFS_MOUNT_TARGET_PUBLIC_ACCESSIBLE
Amazon EKS
EKS_NODEGROUP_SUPPORTED_VERSION_CHECK
AWS Elastic Beanstalk
BEANSTALK_ENHANCED_HEALTH_REPORTING_ENABLED
Amazon ElastiCache
ELASTICACHE_AUTOMATIC_BACKUP_CHECK_ENABLED
ELASTICACHE_AUTO_MINOR_VERSION_UPGRADE_CHECK
ELASTICACHE_REPL_GRP_AUTO_FAILOVER_ENABLED
ELASTICACHE_REPL_GRP_ENCRYPTED_AT_REST
ELASTICACHE_SUBNET_GROUP_CHECK
ELASTICACHE_SUPPORTED_ENGINE_VERSION
Elastic Load Balancing
ALB_DESYNC_MODE_CHECK
CLB_DESYNC_MODE_CHECK
CLB_MULTIPLE_AZ
ELBV2_LISTENER_ENCRYPTION_IN_TRANSIT
ELBV2_MULTIPLE_AZ
ELBV2_PREDEFINED_SECURITY_POLICY_SSL_CHECK
NLB_CROSS_ZONE_LOAD_BALANCING_ENABLED
Amazon EMR
EMR_BLOCK_PUBLIC_ACCESS
Amazon EventBridge
CUSTOM_EVENTBUS_POLICY_ATTACHED
Amazon FSx
FSX_LUSTRE_COPY_TAGS_TO_BACKUPS
FSX_OPENZFS_COPY_TAGS_ENABLED
FSX_OPENZFS_DEPLOYMENT_TYPE_CHECK
FSX_WINDOWS_AUDIT_LOG_CONFIGURED
FSX_WINDOWS_DEPLOYMENT_TYPE_CHECK
AWS Glue
GLUE_ML_TRANSFORM_ENCRYPTED_AT_REST
Amazon GuardDuty
GUARDDUTY_ECS_PROTECTION_RUNTIME_ENABLED
GUARDDUTY_EKS_PROTECTION_AUDIT_ENABLED
GUARDDUTY_LAMBDA_PROTECTION_ENABLED
GUARDDUTY_MALWARE_PROTECTION_ENABLED
GUARDDUTY_RUNTIME_MONITORING_ENABLED
GUARDDUTY_S3_PROTECTION_ENABLED
IAM
IAM_EXTERNAL_ACCESS_ANALYZER_ENABLED
IAM_SERVER_CERTIFICATE_EXPIRATION_CHECK
Amazon Kendra
KENDRA_INDEX_TAGGED
Amazon Kinesis
KINESIS_FIREHOSE_DELIVERY_STREAM_ENCRYPTED
KINESIS_STREAM_BACKUP_RETENTION_CHECK
KINESIS_STREAM_ENCRYPTED
AWS KMS
KMS_KEY_POLICY_NO_PUBLIC_ACCESS
AWS Lambda
LAMBDA_FUNCTION_XRAY_ENABLED
LAMBDA_VPC_MULTI_AZ_CHECK
Amazon Neptune
NEPTUNE_CLUSTER_BACKUP_RETENTION_CHECK
NEPTUNE_CLUSTER_COPY_TAGS_TO_SNAPSHOT_ENABLED
NEPTUNE_CLUSTER_DELETION_PROTECTION_ENABLED
NEPTUNE_CLUSTER_ENCRYPTED
NEPTUNE_CLUSTER_IAM_DATABASE_AUTHENTICATION
NEPTUNE_CLUSTER_MULTI_AZ_ENABLED
NEPTUNE_CLUSTER_SNAPSHOT_ENCRYPTED
NEPTUNE_CLUSTER_SNAPSHOT_PUBLIC_PROHIBITED
AWS Network Firewall
NETFW_LOGGING_ENABLED
NETFW_SUBNET_CHANGE_PROTECTION_ENABLED
Amazon OpenSearch Service
OPENSEARCH_ENCRYPTED_AT_REST
OPENSEARCH_HTTPS_REQUIRED
OPENSEARCH_NODE_TO_NODE_ENCRYPTION_CHECK
Amazon RDS
MARIADB_PUBLISH_LOGS_TO_CLOUDWATCH_LOGS
RDS_AURORA_MYSQL_AUDIT_LOGGING_ENABLED
RDS_AURORA_POSTGRESQL_LOGS_TO_CLOUDWATCH
RDS_CLUSTER_DEFAULT_ADMIN_CHECK
RDS_CLUSTER_ENCRYPTED_AT_REST
RDS_GLOBAL_CLUSTER_AURORA_POSTGRESQL_SUPPORTED_VERSION
RDS_INSTANCE_DEFAULT_ADMIN_CHECK
RDS_INSTANCE_SUBNET_IGW_CHECK
RDS_MARIADB_INSTANCE_ENCRYPTED_IN_TRANSIT
RDS_MYSQL_INSTANCE_ENCRYPTED_IN_TRANSIT
RDS_PGSQL_CLUSTER_COPY_TAGS_TO_SNAPSHOT_CHECK
RDS_POSTGRESQL_LOGS_TO_CLOUDWATCH
RDS_POSTGRES_INSTANCE_ENCRYPTED_IN_TRANSIT
RDS_PROXY_TLS_ENCRYPTION
RDS_SNAPSHOT_ENCRYPTED
RDS_SQLSERVER_ENCRYPTED_IN_TRANSIT
RDS_SQL_SERVER_LOGS_TO_CLOUDWATCH
Amazon Redshift
REDSHIFT_CLUSTER_MULTI_AZ_ENABLED
REDSHIFT_CLUSTER_SUBNET_GROUP_MULTI_AZ
REDSHIFT_DEFAULT_ADMIN_CHECK
REDSHIFT_SERVERLESS_DEFAULT_ADMIN_CHECK
REDSHIFT_SERVERLESS_NAMESPACE_CMK_ENCRYPTION
REDSHIFT_SERVERLESS_PUBLISH_LOGS_TO_CLOUDWATCH
REDSHIFT_SERVERLESS_WORKGROUP_ENCRYPTED_IN_TRANSIT
REDSHIFT_SERVERLESS_WORKGROUP_NO_PUBLIC_ACCESS
REDSHIFT_SERVERLESS_WORKGROUP_ROUTES_WITHIN_VPC
REDSHIFT_UNRESTRICTED_PORT_ACCESS
Amazon S3
S3_ACCESS_POINT_IN_VPC_ONLY
S3_ACCESS_POINT_PUBLIC_ACCESS_BLOCKS
S3_BUCKET_ACL_PROHIBITED
S3_BUCKET_CROSS_REGION_REPLICATION_ENABLED
S3_BUCKET_MFA_DELETE_ENABLED
S3_EVENT_NOTIFICATIONS_ENABLED
S3_LIFECYCLE_POLICY_CHECK
S3_VERSION_LIFECYCLE_POLICY_CHECK
Amazon SageMaker
SAGEMAKER_ENDPOINT_CONFIG_KMS_KEY_REQUIRED
SAGEMAKER_FEATUREGROUP_ENCRYPTION_AT_REST
SAGEMAKER_FEATUREGROUP_ONLINE_STORE_ENCRYPTION
SAGEMAKER_INF_EXPERIMENT_DATA_STORAGE_KMS_ENCRYPTED
SAGEMAKER_INF_EXPERIMENT_INSTANCE_STORAGE_KMS_ENCRYPTED
SAGEMAKER_MODEL_EXPLAINABILITY_JOB_NETWORK_ISOLATION
SAGEMAKER_MODEL_MULTICONTAINER_PRIVATE_REGISTRY
SAGEMAKER_MODEL_PRIVATE_REGISTRY_REQUIRED
SAGEMAKER_MODEL_QUALITY_JOB_DEFINITION_ISOLATION
SAGEMAKER_MONITORING_SCHEDULE_TRAFFIC_ENCRYPTION
SAGEMAKER_NOTEBOOK_INSTANCE_INSIDE_VPC
SAGEMAKER_NOTEBOOK_INSTANCE_ROOT_ACCESS_CHECK
SAGEMAKER_NOTEBOOK_INSTANCE_STORAGE_VOL_KMS_ENCRYPTED
AWS Account Management
SECURITY_ACCOUNT_INFORMATION_PROVIDED
Amazon SNS
SNS_TOPIC_MESSAGE_DELIVERY_NOTIFICATION_ENABLED
SNS_TOPIC_NO_PUBLIC_ACCESS
Amazon SQS
SQS_QUEUE_DLQ_CHECK
SQS_QUEUE_NO_PUBLIC_ACCESS
SQS_QUEUE_POLICY_FULL_ACCESS_CHECK
AWS Systems Manager
SSM_AUTOMATION_BLOCK_PUBLIC_SHARING
SSM_AUTOMATION_LOGGING_ENABLED
AWS Transfer Family
TRANSFER_CONNECTOR_LOGGING_ENABLED
Amazon VPC
NACL_NO_UNRESTRICTED_SSH_RDP
VPC_ENDPOINT_ENABLED
VPC_PEERING_DNS_RESOLUTION_CHECK
VPC_SG_PORT_RESTRICTION_CHECK
AWS WAF
WAFV2_RULEGROUP_LOGGING_ENABLED
WAFV2_WEBACL_NOT_EMPTY
Amazon EVS のセルフデプロイモードで VCF 9.1 を自動デプロイする 3 フェーズの自動化ツールキットを解説します。Terraform で AWS 基盤を構築し、Python (boto3) で EVS 環境とベアメタルホストをプロビジョニングし、VCF Python SDK で VCF bringup から NSX Edge Cluster 設定までを完全自動化します。
本記事では、Amazon Bedrock のデータ保持モード (none、default、inherit、provider_data_share) の仕組みと、設定したモードが保持の上限として機能する動作を解説します。Amazon Bedrock Projects による保持要件が異なるワークロードの分離、サービスコントロールポリシー (SCP) を使用して組織全体でモデルプロバイダーとのデータ共有を防止しゼロデータ保持を強制する方法、クロスリージョン推論プロファイルとの相互作用、AWS CLI や API による設定の検証手順を紹介します。
数回前の号で、スタートアップと仕事をすることがどれほど活力になるかについて書きました。2026 年 6 月 2 […]
本ブログは井村屋グループ株式会社様、株式会社 Hashup 様、Amazon Web Services Jap […]
Over a dozen major economies have now published post-quantum cryptography (PQC) adoption guidance. As a CISO, you’re probably well into your migration plan and know the most difficult part has little to do with changing algorithms. The real leadership challenge is driving coordinated change across a large, complex organization where asymmetric cryptography is embedded in […]
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Online multiplayer gaming continues to grow, with players demanding lower latency, higher concurrency, and more immersive experiences than ever before. For game studios hosting dedicated multiplayer servers on AWS, infrastructure decisions directly impact player experience and retention, server tick rates, and ultimately, revenue. Games are becoming more computationally demanding while offering richer gameplay experiences. Studios […]