AWS today announced Amazon WorkSpaces Core Managed Instances, simplifying virtual desktop infrastructure (VDI) migrations with highly customizable instance configurations. Utilizing EC2 Managed Instances at its foundation, WorkSpaces Core can now provision resources in your AWS account, handling infrastructure lifecycle management for both persistent and non-persistent workloads. Managed Instances complement existing WorkSpaces Core pre-configured bundles by providing greater flexibility for organizations requiring specific compute, memory, or graphics configurations.
You can now use existing discounts, Savings Plans, and other features like On-Demand Capacity Reservations (ODCRs), with the operational simplicity of WorkSpaces – all within the security and governance boundaries of your AWS account. WorkSpaces Core Managed Instances is ideal for organizations migrating from on-premises VDI environments or existing AWS customers seeking enhanced cost optimization without sacrificing control over their infrastructure configurations. You can use a broad selection of instance types, including accelerated graphics instances, while your Core partner solution handles desktop and application provisioning and session management through familiar administrative tools.
Amazon WorkSpaces Core Managed Instances is available today in all AWS Regions where WorkSpaces is supported. Customers will incur standard compute costs along with an hourly fee for WorkSpaces Core. See the WorkSpaces Core pricing page for more information.
To learn more about Amazon WorkSpaces Core Managed Instances, visit the product page. For technical documentation, getting started guides, and the shared responsibility model for partner VDI solutions integrating WorkSpaces Core bundles and managed instances, see the Amazon WorkSpaces Core Documentation.
AWS today announced Amazon WorkSpaces Core Managed Instances, simplifying virtual desktop infrastructure (VDI) migrations with highly customizable instance configurations. Utilizing EC2 Managed Instances at its foundation, WorkSpaces Core can now provision resources in your AWS account, handling infrastructure lifecycle management for both persistent and non-persistent workloads. Managed Instances complement existing WorkSpaces Core pre-configured bundles by providing greater flexibility for organizations requiring specific compute, memory, or graphics configurations. You can now use existing discounts, Savings Plans, and other features like On-Demand Capacity Reservations (ODCRs), with the operational simplicity of WorkSpaces – all within the security and governance boundaries of your AWS account. WorkSpaces Core Managed Instances is ideal for organizations migrating from on-premises VDI environments or existing AWS customers seeking enhanced cost optimization without sacrificing control over their infrastructure configurations. You can use a broad selection of instance types, including accelerated graphics instances, while your Core partner solution handles desktop and application provisioning and session management through familiar administrative tools. Amazon WorkSpaces Core Managed Instances is available today in all AWS Regions where WorkSpaces is supported. Customers will incur standard compute costs along with an hourly fee for WorkSpaces Core. See the WorkSpaces Core pricing page for more information. To learn more about Amazon WorkSpaces Core Managed Instances, visit the product page. For technical documentation, getting started guides, and the shared responsibility model for partner VDI solutions integrating WorkSpaces Core bundles and managed instances, see the Amazon WorkSpaces Core Documentation.
AWS VPC has increased the default value for routes per route table from 50 to 500 entries.
Before this enhancement, customers had to request a limit increase to use more than 50 routes per VPC route table. Organizations often need additional routes to maintain precise control over their VPC traffic flows to insert firewalls or network functions in the traffic path, or direct traffic to peering connections, internet gateway, virtual private gateway or transit gateway. This enhancement automatically increases the route table capacity to 500 routes, mitigating administrative overhead and enables customers to scale their network architecture seamlessly as their requirements grow.
The new default limit will be automatically available for all route tables in all AWS commercial and AWS GovCloud (US) Regions. Customer accounts without route quota overrides will automatically get 500 routes per VPC route table for their existing and new VPCs. Customer accounts with route quota overrides will not see any changes to their existing or new VPC setups. To learn more about this quota increase, please refer to our documentation.
AWS VPC has increased the default value for routes per route table from 50 to 500 entries. Before this enhancement, customers had to request a limit increase to use more than 50 routes per VPC route table. Organizations often need additional routes to maintain precise control over their VPC traffic flows to insert firewalls or network functions in the traffic path, or direct traffic to peering connections, internet gateway, virtual private gateway or transit gateway. This enhancement automatically increases the route table capacity to 500 routes, mitigating administrative overhead and enables customers to scale their network architecture seamlessly as their requirements grow. The new default limit will be automatically available for all route tables in all AWS commercial and AWS GovCloud (US) Regions. Customer accounts without route quota overrides will automatically get 500 routes per VPC route table for their existing and new VPCs. Customer accounts with route quota overrides will not see any changes to their existing or new VPC setups. To learn more about this quota increase, please refer to our documentation.
The Amazon Time Sync Service now supports nanosecond-precision hardware packet timestamping on supported Amazon EC2 instances.
Built on Amazon’s proven network infrastructure and the AWS Nitro System, customers can enable the Amazon Time Sync Service’s hardware packet timestamping to add a 64 bit nanosecond-precision timestamp to every inbound network packet. By timestamping at the hardware level, before the kernel, socket, or application layer, customers can now more directly leverage the reference clock running in the AWS Nitro System and bypass any delays added by timestamping in software. Customers can then use these timestamps to determine the order and resolve fairness of incoming packets to their ec2 instances, measure 1-way network latency, and further increase distributed system transaction speed with higher precision and accuracy than most on-premises solutions. Customers already using the Amazon Time Sync Service’s PTP Hardware Clocks (PHC) can install the latest ENA Linux driver and enable hardware packet timestamping, accessible through standard Linux socket API, for all incoming network packets without needing any updates to their VPC configurations.
Configuration instructions, and more information on the Amazon Time Sync Service, are available in the EC2 User Guide.
The Amazon Time Sync Service now supports nanosecond-precision hardware packet timestamping on supported Amazon EC2 instances. Built on Amazon’s proven network infrastructure and the AWS Nitro System, customers can enable the Amazon Time Sync Service’s hardware packet timestamping to add a 64 bit nanosecond-precision timestamp to every inbound network packet. By timestamping at the hardware level, before the kernel, socket, or application layer, customers can now more directly leverage the reference clock running in the AWS Nitro System and bypass any delays added by timestamping in software. Customers can then use these timestamps to determine the order and resolve fairness of incoming packets to their ec2 instances, measure 1-way network latency, and further increase distributed system transaction speed with higher precision and accuracy than most on-premises solutions. Customers already using the Amazon Time Sync Service’s PTP Hardware Clocks (PHC) can install the latest ENA Linux driver and enable hardware packet timestamping, accessible through standard Linux socket API, for all incoming network packets without needing any updates to their VPC configurations. Hardware packet timestamping is available starting today in all regions and EC2 instance types where the Amazon Time Sync Service’s PHC is supported. Hardware packet timestamping can be used on virtualized or bare metal instances. There is no additional charge for using this feature. Configuration instructions, and more information on the Amazon Time Sync Service, are available in the EC2 User Guide.
AWS Private Certificate Authority (AWS Private CA) now supports Internet Protocol version 6 (IPv6) through new dual-stack endpoints. Customers can connect to AWS Private CA service, download Certificate Revocation Lists (CRLs), and check revocation status via Online Certificate Status Protocol (OCSP) over the public internet using IPv6, IPv4, or dual-stack clients. AWS Private CA Connector for Active Directory (AD) and AWS Private CA Connector for Simple Certificate Enrollment Protocol (SCEP) also support IPv6. The existing AWS Private CA endpoints supporting IPv4 will remain available for backwards compatibility.
AWS Private CA is a managed service that lets you create private certificate authorities (CAs) to issue digital certificates for authenticating users, servers, workloads, and devices within your organization, while securing the CA’s private keys using FIPS 140-3 Level 3 hardware security modules (HSMs). AWS Private CA offers connectors so you can use AWS Private CA with Kubernetes, Active Directory, and mobile device management (MDM) software.
AWS Private CA support for IPv6 is available in all AWS Regions, including AWS GovCloud (US) Regions and the China Regions.
To learn more on best practices for configuring IPv6 in your environment, visit the whitepaper on IPv6 in AWS.
AWS Private Certificate Authority (AWS Private CA) now supports Internet Protocol version 6 (IPv6) through new dual-stack endpoints. Customers can connect to AWS Private CA service, download Certificate Revocation Lists (CRLs), and check revocation status via Online Certificate Status Protocol (OCSP) over the public internet using IPv6, IPv4, or dual-stack clients. AWS Private CA Connector for Active Directory (AD) and AWS Private CA Connector for Simple Certificate Enrollment Protocol (SCEP) also support IPv6. The existing AWS Private CA endpoints supporting IPv4 will remain available for backwards compatibility. AWS Private CA is a managed service that lets you create private certificate authorities (CAs) to issue digital certificates for authenticating users, servers, workloads, and devices within your organization, while securing the CA’s private keys using FIPS 140-3 Level 3 hardware security modules (HSMs). AWS Private CA offers connectors so you can use AWS Private CA with Kubernetes, Active Directory, and mobile device management (MDM) software. AWS Private CA support for IPv6 is available in all AWS Regions, including AWS GovCloud (US) Regions and the China Regions. To learn more on best practices for configuring IPv6 in your environment, visit the whitepaper on IPv6 in AWS.
To learn more about AWS Private CA IPv6 support, visit the AWS Private CA user guide.
Today, we’re announcing the integration of Amazon Neptune Analytics with GraphStorm, a scalable, open-source graph machine learning (ML) library built for enterprise-scale applications. This integration brings together Neptune’s high-performance graph analytics engine and GraphStorm’s flexible ML pipeline, making it easier for customers to build intelligent applications powered by graph-based insights.
With this launch, customers can train graph neural networks (GNNs) using GraphStorm and bring their learned representations—such as node embeddings, classifications, and link predictions—into Neptune Analytics. Once loaded, these enriched graphs can be queried interactively and analyzed using built-in algorithms like community detection or similarity search, enabling a powerful feedback loop between ML and human analysis. This integration supports a wide range of use cases, from detecting fraud and recommending content, to improving supply chain intelligence, understanding biological networks, or enhancing customer segmentation. GraphStorm simplifies model training with a high-level command-line interface (CLI) and supports advanced use cases via its Python API. Neptune Analytics, optimized for low-latency analysis of billion-scale graphs, allows developers and analysts to explore multi-hop relationships, analyze graph patterns, and perform real-time investigations.
By combining graph ML with fast, scalable analytics, Neptune and GraphStorm help teams move from raw relationships to real insights—whether they’re uncovering hidden patterns, ranking risks, or personalizing experiences. To learn more about using GraphStorm with Neptune Analytics, visit the blog post.
Today, we’re announcing the integration of Amazon Neptune Analytics with GraphStorm, a scalable, open-source graph machine learning (ML) library built for enterprise-scale applications. This integration brings together Neptune’s high-performance graph analytics engine and GraphStorm’s flexible ML pipeline, making it easier for customers to build intelligent applications powered by graph-based insights. With this launch, customers can train graph neural networks (GNNs) using GraphStorm and bring their learned representations—such as node embeddings, classifications, and link predictions—into Neptune Analytics. Once loaded, these enriched graphs can be queried interactively and analyzed using built-in algorithms like community detection or similarity search, enabling a powerful feedback loop between ML and human analysis. This integration supports a wide range of use cases, from detecting fraud and recommending content, to improving supply chain intelligence, understanding biological networks, or enhancing customer segmentation. GraphStorm simplifies model training with a high-level command-line interface (CLI) and supports advanced use cases via its Python API. Neptune Analytics, optimized for low-latency analysis of billion-scale graphs, allows developers and analysts to explore multi-hop relationships, analyze graph patterns, and perform real-time investigations. By combining graph ML with fast, scalable analytics, Neptune and GraphStorm help teams move from raw relationships to real insights—whether they’re uncovering hidden patterns, ranking risks, or personalizing experiences. To learn more about using GraphStorm with Neptune Analytics, visit the blog post.
Today, AWS End User Messaging announces support for Service Quota. This integrations provides customers with improved visibility and control over their SMS, voice, and WhatsApp service quotas, streamlining the quota management process and reducing the need for manual intervention.
With Service Quotas, customers can now view and manage their End User Messaging quota limits directly through the AWS Service Quotas console. This integration enables automated limit increase approvals for eligible requests, improving response times and reducing the number of support tickets. Customers will also benefit from visibility into quota usage for all on-boarded quotas via Amazon CloudWatch usage metrics, allowing for better resource planning and management.
Service Quotas for End User Messaging is available in all commercial regions and the AWS GovCloud (US) Regions.
Today, AWS End User Messaging announces support for Service Quota. This integrations provides customers with improved visibility and control over their SMS, voice, and WhatsApp service quotas, streamlining the quota management process and reducing the need for manual intervention. With Service Quotas, customers can now view and manage their End User Messaging quota limits directly through the AWS Service Quotas console. This integration enables automated limit increase approvals for eligible requests, improving response times and reducing the number of support tickets. Customers will also benefit from visibility into quota usage for all on-boarded quotas via Amazon CloudWatch usage metrics, allowing for better resource planning and management. Service Quotas for End User Messaging is available in all commercial regions and the AWS GovCloud (US) Regions. To learn more about Service Quotas and how to manage your End User Messaging quotas, visit the Service Quotas User Guide or the AWS End User Messaging product page.
AWS AppSync is now available in Asia Pacific (Malaysia, Thailand), and Canada West (Calgary). AWS AppSync GraphQL is a fully managed service that enables developers to create scalable APIs that simplify application development by allowing applications to securely access, manipulate, and combine data from one or multiple sources. AWS AppSync Events is a fully managed service for serverless WebSocket APIs with full connection management.
AWS AppSync is now available in Asia Pacific (Malaysia, Thailand), and Canada West (Calgary). AWS AppSync GraphQL is a fully managed service that enables developers to create scalable APIs that simplify application development by allowing applications to securely access, manipulate, and combine data from one or multiple sources. AWS AppSync Events is a fully managed service for serverless WebSocket APIs with full connection management. To learn more about AWS AppSync’s regional availability, please visit the AWS Services by Region page. For more information about AWS AppSync, visit the AWS AppSync documentation.
Reinvención de la colaboración entre humanos y agentes para una nueva era de desarrollo de aplicaciones con Microsoft Power Apps
Por: Ryan Cunningham, vicepresidente corporativo de aplicaciones inteligentes de Power Platform.
A medida que avanzamos hacia un mundo en el que el trabajo se realiza cada vez más a través de la colaboración humana con los agentes, la forma en que pensamos sobre las aplicaciones ha comenzado a cambiar de manera drástica. Microsoft Power Apps está en el centro de la evolución de la forma en que creamos aplicaciones centradas en agentes, lo que significa usarlas, y cómo administramos miles de estas soluciones a escala.
Hoy anunciamos tres actualizaciones importantes que dan vida a esta visión:
Los planes en Power Apps ya están disponibles con carácter general, lo que proporciona a los desarrolladores un equipo de agentes especializados que les ayudan a pasar de la idea de negocio a la solución integral en un tiempo récord.
La nueva fuente de agentes en Power Apps entra enversión preliminar pública, lo que ofrece una nueva experiencia intuitiva para que los usuarios empresariales administren y colaboren con agentes dentro de sus aplicaciones, lo que convierte a las aplicaciones en el centro de la colaboración entre humanos y agentes.
La plataforma administrada expande la gobernanza, la seguridad y el control operativo de clase mundial que admite a millones de usuarios en la actualidad. Y ahora, los desarrolladores pueden implementar aplicaciones donde el código es primero, creadas con herramientas, como Cursor o VS code en Microsoft Power Platform para aprovechar las capacidades integradas de seguridad, administración, gobernanza e implementación.
Juntas, estas capacidades forman una experiencia de desarrollo unificada que acelera la creación de aplicaciones, potencia la productividad y gobierna las experiencias de los agentes. Profundicemos en lo que significan estas actualizaciones para los desarrolladores y los usuarios empresariales, y cómo empezar a crear con IA desde el primer día.
Presentados en Microsoft Ignite 2024, los planes ya están disponibles con carácter general en Power Apps. Los desarrolladores ahora pueden trabajar con un equipo de agentes para definir requisitos, mapear procesos, crear modelos de datos y diseñar múltiples componentes de una solución para que funcionen juntos. Ya sea que estén en el proceso de expandir los activos existentes o de iniciar una solución nueva, los planes lo reúnen todo, guiándolos desde el planteamiento del problema hasta el código de trabajo.
Los primeros usuarios, como Heineken o EY, ya han comenzado a ver el potencial de acelerar sus ciclos de desarrollo y descubrir nuevas eficiencias. Basándonos en el éxito de los clientes, ahora implementamos planes en más regiones e idiomas.
Hemos trabajado con los planes, y esto tiene mucho potencial. En verdad se ve cómo va a aumentar nuestra velocidad de comercialización y aumentar nuestra presencia en lo que respecta a nuestro equipo global en todo el mundo.
—Giada Binelli, propietaria global de productos para plataformas de código bajo, The HEINEKEN Company
Un vídeo tutorial de los planes en Power Apps. Maker parte de la descripción inicial, define los requisitos empresariales, el mapa de procesos y el modelo de datos, y se presenta una propuesta de arquitectura de solución, incluidos los agentes de Microsoft Copilot Studio. También pasan del plan a la creación de un agente de Microsoft Copilot Studio y una aplicación en Power Apps. Nota: el vídeo grabado es documentación previa al lanzamiento y se editó con fines de marketing; La experiencia en el producto puede diferir un poco de ella.
De los requisitos empresariales a las soluciones agénticas
El nuevo agente de mapeo de procesos, ahora disponible en versión preliminar pública, ayuda a transformar los requisitos de la solución y las personas de usuario en mapas de procesos completos que anclan los planes. Este plano visual proporciona una vista integral del proceso, los datos y la arquitectura de la solución para optimizarla, para detallar cómo cada componente aborda desafíos comerciales específicos. Los desarrolladores pueden profundizar en cada paso para obtener mejoras matizadas y obtener sugerencias sobre cómo combinar mejor aplicaciones, agentes y flujos para ajustar aún más sus procesos.
Los desarrolladores ahora pueden poner en marcha los planes por medio de las soluciones existentes al añadir de manera sencilla aplicaciones y tablas ya creadas a sus planes. Esta capacidad permite a los desarrolladores integrar el trabajo previo en una solución cohesiva e interconectada que desbloquea un nuevo valor y se puede optimizar aún más a medida que evoluciona el plan.
Además, las soluciones sugeridas también incluirán informes, portales y agentes de Microsoft Copilot Studio. Esta expansión permite a los desarrolladores diseñar una solución integral e inteligente por adelantado, antes de sumergirse en la creación de artefactos individuales.
Un creador pasa del plan a Power Apps Studio con un solo clic y ve cómo se genera una aplicación a partir del plan. Nota: la grabación está ajustada con fines de marketing, la experiencia en el producto puede diferir un poco de ella.
Con un solo clic, los desarrolladores pueden acceder a la herramienta de creación adecuada para refinar e implementar sus aplicaciones y agentes, al trasladar los requisitos y datos que definieron en el plan. Ese contexto impulsa la generación de la aplicación o agente inicial, lo que acelera el tiempo que se tarda en crear elementos de solución individuales y mantiene a las personas y la lógica empresarial en primer plano.
Generen experiencias personalizadas con IA
Power Apps también introduce páginas generadas, lo que permite a los desarrolladores crear experiencias de usuario personalizadas por completo en código React nativo. Tan solo describan lo que desean que haga una aplicación o página, agreguen de manera sencilla tablas de Microsoft Dataverse, adjunten un boceto de pizarra y perfeccionen de forma iterativa el diseño y la funcionalidad de la página de la aplicación por medio de lenguaje natural. Los desarrolladores también pueden agregar interacciones enriquecidas como arrastrar y soltar, cargar archivos y animaciones al pasar el cursor a una aplicación en solo unos minutos. Regístrense en el Programa de Acceso Anticipado para ser de los primeros en probar las páginas generadas.
Un creador utiliza la nueva capacidad para crear una página generada a partir del lenguaje natural y ve el razonamiento del agente, así como el código transmitido en vivo. Nota: la experiencia en el producto puede diferir un poco de ella.
Las aplicaciones son la nueva frontera para la colaboración entre humanos y agentes
Las personas colaboran cada vez más en funciones comerciales clave con agentes, y estos usuarios necesitan nuevos espacios de trabajo para trabajar con esos compañeros de trabajo digitales. Ahora, las aplicaciones integradas en Power Apps admiten la colaboración entre humanos y agentes con la fuente de agentes, donde los usuarios empresariales pueden:
Ver acciones de los agentes (versión preliminar pública) Un feed de actividades completo que muestra lo que los agentes hacen en su nombre, dondequiera que estén en la aplicación.
Obtener orientación en tiempo real (Programa de acceso anticipado) Reciban prompts y recomendaciones sobre cuándo y cómo intervenir para desbloquear o reasignar tareas en el momento.
Automatizar el trabajo con acciones inteligentes (Early Access Program) Configuren y automaticen los flujos de trabajo desde las plantillas, sin tener que salir de la interfaz.
Un recorrido por la capacidad de alimentación de agentes desde el punto de vista del usuario, así como la experiencia del creador que configura la experiencia. Nota: la grabación es pre-lanzamiento y fue editada con fines de marketing; La experiencia en el producto puede diferir ligeramente de ella.
En la página de inicio, así como en la fuente del panel izquierdo visible de manera continua, los usuarios obtienen una vista unificada de cada agente asignado a su aplicación y cómo se desempeñan. El feed de agentes resalta de manera dinámica las tareas completadas, muestra avisos en la aplicación cuando los agentes necesitan ayuda y recomienda la siguiente mejor acción, ya sea desbloquear o reasignar el trabajo. Los usuarios son guiados en tiempo real con sugerencias contextuales, lo que les ayuda a centrar su atención en las tareas de mayor valor y a acelerar la toma de decisiones.
Plataforma gestionada de nivel empresarial para todas sus soluciones
Las empresas que ejecutan soluciones en Microsoft Power Platform ahora pueden aprovechar las nuevas actualizaciones de monitoreo. La visibilidad mejorada de cómo se usan las aplicaciones, los flujos y los agentes les ayuda a administrar mejor la adopción, solucionar problemas y optimizar. Además, la puntuación de seguridad se puede personalizar para adaptarse a las necesidades de la organización para fortalecer las defensas.
Esta plataforma gestionada por completo, proporciona a los equipos empresariales el control y la información que necesitan para escalar soluciones con confianza.
Lleven las aplicaciones donde el código es primero a una plataforma administrada por completo
Ahora, los desarrolladores que se unan a nuestro Programa de Acceso Anticipado podrán llevar sus aplicaciones creadas en código de Cursor o Visual Studio Code al ecosistema de Microsoft Power Platform, para desbloquear la misma confiabilidad de nivel empresarial y excelencia operativa en todos los enfoques de desarrollo. Este es un importante paso adelante en nuestro camino para dar soporte a todos los desarrolladores y todas las soluciones, respaldados por la gobernanza, la seguridad, las operaciones y la disponibilidad de nivel empresarial. Si están interesados en la posibilidad de participar en una vista previa de acceso anticipado, regístrense aquí.
Una grabación del desarrollador que trabaja en Visual Studio Code y publica su aplicación en Power Apps y, a continuación, la ejecuta y la comparte. Nota: la experiencia en el producto puede diferir un poco de ella.
Adopten el futuro del desarrollo de aplicaciones inteligentes con Power Apps
Con los últimos avances en Power Apps, ustedes están equipados para transformar ideas en soluciones inteligentes y colaborativas más rápido que nunca. Tanto si son desarrolladores experimentados como si son usuarios empresariales, estas herramientas les permiten obtener una ventaja de la IA y agilizar los procesos para mejorar la productividad.
Experimenten el futuro del desarrollo de aplicaciones: exploren las nuevas funciones, únanse a nuestro programa de acceso anticipado y comiencen a crear aplicaciones inteligentes hoy mismo.
Y no olviden seguir las noticias de Microsoft Power Automate, Microsoft Power Pages y Microsoft Copilot Studio, así como todas las actualizaciones importantes de nuestra plataforma administrada.
The post Reinvención de la colaboración entre humanos y agentes para una nueva era de desarrollo de aplicaciones con Microsoft Power Apps appeared first on Source LATAM.
AWS Step Functions now offers TestState in the AWS GovCloud (US-East) and AWS GovCloud (US-West) Regions. This expansion allows customers operating in these regions to test individual states of their workflows without creating or updating existing state machines, helping to enhance the development and troubleshooting process for their applications.
AWS Step Functions is a visual workflow service that enables customers to build distributed applications, automate IT and business processes, and build data and machine learning pipelines using AWS services. TestState allows developers to validate a state’s input and output processing, test AWS service integrations, and verify HTTP task requests and responses.
With TestState now available in the AWS GovCloud (US) Regions, customers can test and validate individual workflow steps. TestState supports various state types including Task, Pass, Wait, Choice, Succeed, and Fail, with tests running for up to five minutes.
This feature is now generally available in the AWS GovCloud (US-East) and AWS GovCloud (US-West) Regions, in addition to all commercial regions where AWS Step Functions is available. To learn more about TestState and how to incorporate it into your workflow development process, visit the AWS Step Functions documentation. You can start testing your workflow states using the Step Functions console, AWS Command Line Interface (CLI), or AWS SDKs.
AWS Step Functions now offers TestState in the AWS GovCloud (US-East) and AWS GovCloud (US-West) Regions. This expansion allows customers operating in these regions to test individual states of their workflows without creating or updating existing state machines, helping to enhance the development and troubleshooting process for their applications. AWS Step Functions is a visual workflow service that enables customers to build distributed applications, automate IT and business processes, and build data and machine learning pipelines using AWS services. TestState allows developers to validate a state’s input and output processing, test AWS service integrations, and verify HTTP task requests and responses. With TestState now available in the AWS GovCloud (US) Regions, customers can test and validate individual workflow steps. TestState supports various state types including Task, Pass, Wait, Choice, Succeed, and Fail, with tests running for up to five minutes. This feature is now generally available in the AWS GovCloud (US-East) and AWS GovCloud (US-West) Regions, in addition to all commercial regions where AWS Step Functions is available. To learn more about TestState and how to incorporate it into your workflow development process, visit the AWS Step Functions documentation. You can start testing your workflow states using the Step Functions console, AWS Command Line Interface (CLI), or AWS SDKs.
Starting today, Amazon Elastic Compute Cloud (Amazon EC2) R7g instances are available in AWS Asia Pacific (Melbourne) region. These instances are powered by AWS Graviton3 processors that provide up to 25% better compute performance compared to AWS Graviton2 processors, and built on top of the the AWS Nitro System, a collection of AWS designed innovations that deliver efficient, flexible, and secure cloud services with isolated multi-tenancy, private networking, and fast local storage.
Amazon EC2 Graviton3 instances also use up to 60% less energy to reduce your cloud carbon footprint for the same performance than comparable EC2 instances. For increased scalability, these instances are available in 9 different instance sizes, including bare metal, and offer up to 30 Gbps networking bandwidth and up to 20 Gbps of bandwidth to the Amazon Elastic Block Store (EBS).
Starting today, Amazon Elastic Compute Cloud (Amazon EC2) R7g instances are available in AWS Asia Pacific (Melbourne) region. These instances are powered by AWS Graviton3 processors that provide up to 25% better compute performance compared to AWS Graviton2 processors, and built on top of the the AWS Nitro System, a collection of AWS designed innovations that deliver efficient, flexible, and secure cloud services with isolated multi-tenancy, private networking, and fast local storage. Amazon EC2 Graviton3 instances also use up to 60% less energy to reduce your cloud carbon footprint for the same performance than comparable EC2 instances. For increased scalability, these instances are available in 9 different instance sizes, including bare metal, and offer up to 30 Gbps networking bandwidth and up to 20 Gbps of bandwidth to the Amazon Elastic Block Store (EBS). To learn more, see Amazon EC2 R7g. To explore how to migrate your workloads to Graviton-based instances, see AWS Graviton Fast Start program and Porting Advisor for Graviton. To get started, see the AWS Management Console.
