Amazon SageMaker AI now supports EAGLE (Extrapolation Algorithm for Greater Language-model Efficiency) speculative decoding to improve large language model inference throughput by up to 2.5x. This capability enables models to predict and validate multiple tokens simultaneously rather than one at a time, improving response times for AI applications.

As customers deploy AI applications to production, they need capabilities to serve models with low latency and high throughput to deliver responsive user experiences. Data scientists and ML engineers lack efficient methods to accelerate token generation without sacrificing output quality or requiring complex model re-architecture, making it hard to meet performance expectations under real-world traffic. Teams spend significant time optimizing infrastructure rather than improving their AI applications. With EAGLE speculative decoding, SageMaker AI enables customers to accelerate inference throughput by allowing models to generate and verify multiple tokens in parallel rather than one at a time, maintaining the same output quality while dramatically increasing throughput. SageMaker AI automatically selects between EAGLE 2 and EAGLE 3 based on your model architecture, and provides built-in optimization jobs that use either curated datasets or your own application data to train specialized prediction heads. You can then deploy optimized models through your existing SageMaker AI inference workflow without infrastructure changes, enabling you to deliver faster AI applications with predictable performance.

You can use EAGLE speculative decoding in the following AWS Regions: US East (N. Virginia), US West (Oregon), US East (Ohio), Asia Pacific (Tokyo), Europe (Ireland), Asia Pacific (Singapore), and Europe (Frankfurt)

To learn more about EAGLE speculative decoding, visit AWS News Blog here, and SageMaker AI documentation here.

​Amazon SageMaker AI now supports EAGLE (Extrapolation Algorithm for Greater Language-model Efficiency) speculative decoding to improve large language model inference throughput by up to 2.5x. This capability enables models to predict and validate multiple tokens simultaneously rather than one at a time, improving response times for AI applications. As customers deploy AI applications to production, they need capabilities to serve models with low latency and high throughput to deliver responsive user experiences. Data scientists and ML engineers lack efficient methods to accelerate token generation without sacrificing output quality or requiring complex model re-architecture, making it hard to meet performance expectations under real-world traffic. Teams spend significant time optimizing infrastructure rather than improving their AI applications. With EAGLE speculative decoding, SageMaker AI enables customers to accelerate inference throughput by allowing models to generate and verify multiple tokens in parallel rather than one at a time, maintaining the same output quality while dramatically increasing throughput. SageMaker AI automatically selects between EAGLE 2 and EAGLE 3 based on your model architecture, and provides built-in optimization jobs that use either curated datasets or your own application data to train specialized prediction heads. You can then deploy optimized models through your existing SageMaker AI inference workflow without infrastructure changes, enabling you to deliver faster AI applications with predictable performance. You can use EAGLE speculative decoding in the following AWS Regions: US East (N. Virginia), US West (Oregon), US East (Ohio), Asia Pacific (Tokyo), Europe (Ireland), Asia Pacific (Singapore), and Europe (Frankfurt) To learn more about EAGLE speculative decoding, visit AWS News Blog here, and SageMaker AI documentation here.  

AWS introduces Network Firewall Proxy in public preview. You can use it to exert centralized controls against data exfiltration and malware injection. You can set up your Network Firewall Proxy in explicit mode in just a few clicks and filter the traffic going out from your applications and the response that these applications receive.

Network Firewall Proxy enables customers to efficiently manage and secure web and inter-network traffic. It protects your organization against atempts to spoof the domain name or the server name index (SNI) and offers flexibility to set fine-grained access controls. You can use Network Firewall Proxy to restrict access from your applications to trusted domains or IP addresses, or block unintended response from external servers. You can also turn on TLS inspection and set granular filtering controls on HTTP header attributes. Your Network Firewall Proxy offers comprehensive logs for monitoring your applications. You can enable them and send to Amazon S3 and AWS CloudWatch for detailed analyses and audit.

Try out AWS Network Firewall Proxy in your test environment today in US East (Ohio) region. Proxy is available for free during public preview. For more information check AWS Network Firewall proxy documentation.

​AWS introduces Network Firewall Proxy in public preview. You can use it to exert centralized controls against data exfiltration and malware injection. You can set up your Network Firewall Proxy in explicit mode in just a few clicks and filter the traffic going out from your applications and the response that these applications receive. Network Firewall Proxy enables customers to efficiently manage and secure web and inter-network traffic. It protects your organization against atempts to spoof the domain name or the server name index (SNI) and offers flexibility to set fine-grained access controls. You can use Network Firewall Proxy to restrict access from your applications to trusted domains or IP addresses, or block unintended response from external servers. You can also turn on TLS inspection and set granular filtering controls on HTTP header attributes. Your Network Firewall Proxy offers comprehensive logs for monitoring your applications. You can enable them and send to Amazon S3 and AWS CloudWatch for detailed analyses and audit. Try out AWS Network Firewall Proxy in your test environment today in US East (Ohio) region. Proxy is available for free during public preview. For more information check AWS Network Firewall proxy documentation.  

AWS Lambda now supports creating serverless applications using Node.js 24. Developers can use Node.js 24 as both a managed runtime and a container base image, and AWS will automatically apply updates to the managed runtime and base image as they become available.

Node.js 24 is the latest long-term support release of Node.js and is expected to be supported for security and bug fixes until April 2028. With this release, Lambda has simplified the developer experience, focusing on the modern async/await programming pattern and no longer supports callback-based function handlers. You can use Node.js 24 with Lambda@Edge (in supported Regions), allowing you to customize low-latency content delivered through Amazon CloudFront. Powertools for AWS Lambda (TypeScript), a developer toolkit to implement serverless best practices and increase developer velocity, also supports Node.js 24. You can use the full range of AWS deployment tools, including the Lambda console, AWS CLI, AWS Serverless Application Model (AWS SAM), AWS CDK, and AWS CloudFormation to deploy and manage serverless applications written in Node.js 24.

The Node.js 24 runtime is available in all Regions, including the AWS GovCloud (US) Regions and China Regions.

For more information, including guidance on upgrading existing Lambda functions, see our blog post. For more information about AWS Lambda, visit our product page. 

​AWS Lambda now supports creating serverless applications using Node.js 24. Developers can use Node.js 24 as both a managed runtime and a container base image, and AWS will automatically apply updates to the managed runtime and base image as they become available. Node.js 24 is the latest long-term support release of Node.js and is expected to be supported for security and bug fixes until April 2028. With this release, Lambda has simplified the developer experience, focusing on the modern async/await programming pattern and no longer supports callback-based function handlers. You can use Node.js 24 with Lambda@Edge (in supported Regions), allowing you to customize low-latency content delivered through Amazon CloudFront. Powertools for AWS Lambda (TypeScript), a developer toolkit to implement serverless best practices and increase developer velocity, also supports Node.js 24. You can use the full range of AWS deployment tools, including the Lambda console, AWS CLI, AWS Serverless Application Model (AWS SAM), AWS CDK, and AWS CloudFormation to deploy and manage serverless applications written in Node.js 24. The Node.js 24 runtime is available in all Regions, including the AWS GovCloud (US) Regions and China Regions. For more information, including guidance on upgrading existing Lambda functions, see our blog post. For more information about AWS Lambda, visit our product page.   

Amazon SageMaker AI Inference now supports bidirectional streaming for real-time speech-to-text transcription, enabling continuous speech processing instead of batch input. Models can now receive audio streams and return partial transcripts simultaneously as users speak, enabling you to build voice agents that process speech with minimal latency.

As customers build AI voice agents, they need real-time speech transcription to minimize delays between user speech and agent responses. Data scientists and ML engineers lack managed infrastructure for bidirectional streaming, making it necessary to build custom WebSocket implementations and manage streaming protocols. Teams spend weeks developing and maintaining this infrastructure rather than focusing on model accuracy and agent capabilities. With bidirectional streaming on Amazon SageMaker AI Inference, you can deploy speech-to-text models by invoking your endpoint with the new Bidirectional Stream API. The client opens an HTTP2 connection to the SageMaker AI runtime, and SageMaker AI automatically creates a WebSocket connection to your container. This can process streaming audio frames and return partial transcripts as they are produced. Any container implementing a WebSocket handler following the SageMaker AI contract works automatically, with real-time speech models such as Deepgram running without modifications. This eliminates months of infrastructure development, enabling you to deploy voice agents with continuous transcription while focusing your time on improving model performance.

Bidirectional streaming is available in following AWS Regions – Canada (Central), South America (São Paulo), Africa (Cape Town), Europe (Paris), Asia Pacific (Hyderabad), Asia Pacific (Jakarta), Israel (Tel Aviv), Europe (Zurich), Asia Pacific (Tokyo), AWS GovCloud US (West), AWS GovCloud US (East), Asia Pacific (Mumbai), Middle East (Bahrain), US West (Oregon), China (Ningxia), US West (Northern California), Asia Pacific (Sydney), Europe (London), Asia Pacific (Seoul), US East (N. Virginia), Asia Pacific (Hong Kong), US East (Ohio), China (Beijing), Europe (Stockholm), Europe (Ireland), Middle East (UAE), Asia Pacific (Osaka), Asia Pacific (Melbourne), Europe (Spain), Europe (Frankfurt), Europe (Milan), Asia Pacific (Singapore).

To learn more, visit AWS News Blog here and SageMaker AI documentation here.

​Amazon SageMaker AI Inference now supports bidirectional streaming for real-time speech-to-text transcription, enabling continuous speech processing instead of batch input. Models can now receive audio streams and return partial transcripts simultaneously as users speak, enabling you to build voice agents that process speech with minimal latency. As customers build AI voice agents, they need real-time speech transcription to minimize delays between user speech and agent responses. Data scientists and ML engineers lack managed infrastructure for bidirectional streaming, making it necessary to build custom WebSocket implementations and manage streaming protocols. Teams spend weeks developing and maintaining this infrastructure rather than focusing on model accuracy and agent capabilities. With bidirectional streaming on Amazon SageMaker AI Inference, you can deploy speech-to-text models by invoking your endpoint with the new Bidirectional Stream API. The client opens an HTTP2 connection to the SageMaker AI runtime, and SageMaker AI automatically creates a WebSocket connection to your container. This can process streaming audio frames and return partial transcripts as they are produced. Any container implementing a WebSocket handler following the SageMaker AI contract works automatically, with real-time speech models such as Deepgram running without modifications. This eliminates months of infrastructure development, enabling you to deploy voice agents with continuous transcription while focusing your time on improving model performance. Bidirectional streaming is available in following AWS Regions – Canada (Central), South America (São Paulo), Africa (Cape Town), Europe (Paris), Asia Pacific (Hyderabad), Asia Pacific (Jakarta), Israel (Tel Aviv), Europe (Zurich), Asia Pacific (Tokyo), AWS GovCloud US (West), AWS GovCloud US (East), Asia Pacific (Mumbai), Middle East (Bahrain), US West (Oregon), China (Ningxia), US West (Northern California), Asia Pacific (Sydney), Europe (London), Asia Pacific (Seoul), US East (N. Virginia), Asia Pacific (Hong Kong), US East (Ohio), China (Beijing), Europe (Stockholm), Europe (Ireland), Middle East (UAE), Asia Pacific (Osaka), Asia Pacific (Melbourne), Europe (Spain), Europe (Frankfurt), Europe (Milan), Asia Pacific (Singapore). To learn more, visit AWS News Blog here and SageMaker AI documentation here.  

The Amazon SageMaker AI MCP Server now supports tools that help you setup and manage HyperPod clusters. Amazon SageMaker HyperPod removes the undifferentiated heavy lifting involved in building generative AI models by quickly scaling model development tasks such as training, fine-tuning, or deployment across a cluster of AI accelerators. The SageMaker AI MCP Server now empowers AI coding assistants to provision and operate AI/ML clusters for model training and deployment.

MCP servers in AWS provide a standard interface to enhance AI-assisted application development by equipping AI code assistants with real-time, contextual understanding of various AWS services. The SageMaker AI MCP server comes with tools that streamline end-to-end AI/ML cluster operations using the AI assistant of your choice—from initial setup through ongoing management. It enables AI agents to reliably setup HyperPod clusters orchestrated by Amazon EKS or Slurm complete with pre-requisites, powered by CloudFormation templates that optimize networking, storage, and compute resources. Clusters created via this MCP server are fully optimized for high-performance distributed training and inference workloads, leveraging best practice architectures to maximize throughput and minimize latency at scale. Additionally, it provides comprehensive tools for cluster and node management—including scaling operations, applying software patches, and performing various maintenance tasks. When used in conjunction with AWS API MCP Server, AWS Knowledge MCP Server, and Amazon EKS MCP Server you gain complete coverage for all SageMaker HyperPod APIs and you can effectively troubleshoot common issues, such as diagnosing why a cluster node became inaccessible. For cluster administrators, these tools streamline daily operations. For data scientists, they enable you to set up AI/ML clusters at scale without requiring infrastructure expertise, allowing you to focus on what matters most—training and deploying models.

You can manage your AI/ML clusters through the SageMaker AI MCP server in all regions where SageMaker HyperPod is available. To get started, visit the AWS MCP Servers documentation.

​The Amazon SageMaker AI MCP Server now supports tools that help you setup and manage HyperPod clusters. Amazon SageMaker HyperPod removes the undifferentiated heavy lifting involved in building generative AI models by quickly scaling model development tasks such as training, fine-tuning, or deployment across a cluster of AI accelerators. The SageMaker AI MCP Server now empowers AI coding assistants to provision and operate AI/ML clusters for model training and deployment. MCP servers in AWS provide a standard interface to enhance AI-assisted application development by equipping AI code assistants with real-time, contextual understanding of various AWS services. The SageMaker AI MCP server comes with tools that streamline end-to-end AI/ML cluster operations using the AI assistant of your choice—from initial setup through ongoing management. It enables AI agents to reliably setup HyperPod clusters orchestrated by Amazon EKS or Slurm complete with pre-requisites, powered by CloudFormation templates that optimize networking, storage, and compute resources. Clusters created via this MCP server are fully optimized for high-performance distributed training and inference workloads, leveraging best practice architectures to maximize throughput and minimize latency at scale. Additionally, it provides comprehensive tools for cluster and node management—including scaling operations, applying software patches, and performing various maintenance tasks. When used in conjunction with AWS API MCP Server, AWS Knowledge MCP Server, and Amazon EKS MCP Server you gain complete coverage for all SageMaker HyperPod APIs and you can effectively troubleshoot common issues, such as diagnosing why a cluster node became inaccessible. For cluster administrators, these tools streamline daily operations. For data scientists, they enable you to set up AI/ML clusters at scale without requiring infrastructure expertise, allowing you to focus on what matters most—training and deploying models. You can manage your AI/ML clusters through the SageMaker AI MCP server in all regions where SageMaker HyperPod is available. To get started, visit the AWS MCP Servers documentation.  

Today, we’re excited to announce the general availability of new capability of automatic quota management feature in AWS Service Quotas. Today, automatic quota management supports customers to receive notifications when their quota usage approaches their allocated quotas and configure their preferred notifications channel, such as email, SMS, or Slack, through Service Quotas console or API. Now, this feature adjusts values of AWS services’ quotas automatically and safely based on customer’s usage, which reduces operational burden from customers to constantly monitor their quota usage, and request quota increases across multiple AWS services in different AWS accounts and Regions. Customers can now confidently scale their applications on AWS to meet their growing customer demand without the risk of unexpected service interruptions due to quota exhaustion.

This new capability is now available at no additional cost in all AWS commercial regions. To explore this feature and for details, please visit Service Quotas console and AWS Service Quotas documentation.

​Today, we’re excited to announce the general availability of new capability of automatic quota management feature in AWS Service Quotas. Today, automatic quota management supports customers to receive notifications when their quota usage approaches their allocated quotas and configure their preferred notifications channel, such as email, SMS, or Slack, through Service Quotas console or API. Now, this feature adjusts values of AWS services’ quotas automatically and safely based on customer’s usage, which reduces operational burden from customers to constantly monitor their quota usage, and request quota increases across multiple AWS services in different AWS accounts and Regions. Customers can now confidently scale their applications on AWS to meet their growing customer demand without the risk of unexpected service interruptions due to quota exhaustion. This new capability is now available at no additional cost in all AWS commercial regions. To explore this feature and for details, please visit Service Quotas console and AWS Service Quotas documentation.  

Amazon Quick Flows now supports scheduling, enabling you to automate repetitive workflows without requiring manual intervention. You can now configure Quick Flows to run automatically at specified times or intervals, improving operational efficiency and ensuring critical tasks execute consistently.

You can schedule Quick Flows to run daily, weekly, monthly, or on custom intervals. This capability is great for automating routine and administrative tasks such as generating recurring reports from dashboards, summarizing open items assigned to you in external services, or generating daily meeting briefings before you head out to work.

You can schedule any flow you have access to—whether you created it or it was shared with you. To schedule a flow, click the scheduling icon and configure your desired date, time, and frequency.

Scheduling in Quick Flows is available now in IAD, PDX, and DUB. There are no additional charges for using scheduled execution beyond standard Quick Flows usage.

To learn more about configuring scheduled Quick Flows, please visit our documentation.

​Amazon Quick Flows now supports scheduling, enabling you to automate repetitive workflows without requiring manual intervention. You can now configure Quick Flows to run automatically at specified times or intervals, improving operational efficiency and ensuring critical tasks execute consistently. You can schedule Quick Flows to run daily, weekly, monthly, or on custom intervals. This capability is great for automating routine and administrative tasks such as generating recurring reports from dashboards, summarizing open items assigned to you in external services, or generating daily meeting briefings before you head out to work. You can schedule any flow you have access to—whether you created it or it was shared with you. To schedule a flow, click the scheduling icon and configure your desired date, time, and frequency. Scheduling in Quick Flows is available now in IAD, PDX, and DUB. There are no additional charges for using scheduled execution beyond standard Quick Flows usage. To learn more about configuring scheduled Quick Flows, please visit our documentation.  

Amazon OpenSearch Service launches Agentic Search, transforming how users interact with their data through intelligent, agent-driven search. Agentic Search introduces an intelligent agent-driven system that understands user intent, orchestrates the right set of tools, generates OpenSearch DSL (domain-specific language) queries, and provides transparent summaries of its decision-making process through a simple ‘agentic’ query clause and natural language search terms.

Agentic Search automates OpenSearch query planning and execution, eliminating the need for complex search syntax. Users can ask questions in natural language like «Find red cars under $30,000» or «Show last quarter’s sales trends.» The agent interprets intent, applies optimal search strategies, and delivers results while explaining its reasoning process. The feature provides two agent types: conversational agents, which handle complex interactions with the ability to store conversations in memory, and flow agents for efficient query processing. The built-in QueryPlanningTool uses large language models (LLMs) to create DSL queries, making search accessible regardless of technical expertise. Users can manage Agentic Search through APIs or OpenSearch Dashboards to configure and modify agents. Agentic Search’s advanced settings allow you to connect with external MCP servers and use custom search templates.

Support for agentic search is available for OpenSearch Service version 3.3 and later in all AWS Commercial and AWS GovCloud (US) Regions where OpenSearch Service is available. See here for a full listing of our Regions.

Build agents and run agentic searches using the new Agentic Search use case available in the AI Search Flows plugin. To learn more about Agentic Search, visit the OpenSearch technical documentation.

​Amazon OpenSearch Service launches Agentic Search, transforming how users interact with their data through intelligent, agent-driven search. Agentic Search introduces an intelligent agent-driven system that understands user intent, orchestrates the right set of tools, generates OpenSearch DSL (domain-specific language) queries, and provides transparent summaries of its decision-making process through a simple ‘agentic’ query clause and natural language search terms. Agentic Search automates OpenSearch query planning and execution, eliminating the need for complex search syntax. Users can ask questions in natural language like «Find red cars under $30,000» or «Show last quarter’s sales trends.» The agent interprets intent, applies optimal search strategies, and delivers results while explaining its reasoning process. The feature provides two agent types: conversational agents, which handle complex interactions with the ability to store conversations in memory, and flow agents for efficient query processing. The built-in QueryPlanningTool uses large language models (LLMs) to create DSL queries, making search accessible regardless of technical expertise. Users can manage Agentic Search through APIs or OpenSearch Dashboards to configure and modify agents. Agentic Search’s advanced settings allow you to connect with external MCP servers and use custom search templates. Support for agentic search is available for OpenSearch Service version 3.3 and later in all AWS Commercial and AWS GovCloud (US) Regions where OpenSearch Service is available. See here for a full listing of our Regions. Build agents and run agentic searches using the new Agentic Search use case available in the AI Search Flows plugin. To learn more about Agentic Search, visit the OpenSearch technical documentation.  

• Categoría: Noticias de Microsoft

noviembre 25, 2025

Ciberseguridad para startups: Cómo ContraForce empodera a los equipos de primera línea

Por: Microsoft para Startups.

En una era en la que las ciberamenazas evolucionan más rápido de lo que la mayoría de las organizaciones pueden responder, ContraForce construye un futuro en el que los proveedores de servicios gestionados (MSP, por sus siglas en inglés) se conviertan en la primera línea de defensa contra el cibercrimen global. Esta startup Pegasus Program y la prioridad de la ciberseguridad de Microsoft, redefine las operaciones de seguridad mediante automatización, agentes de IA y conexiones profundas con los productos de Microsoft.

Descubran Microsoft para Startups hoy mismo

De SOCs a startups: el recorrido de un fundador

Stan Golubchik, CEO y cofundador de ContraForce, comenzó su carrera en ingeniería de redes antes de unirse a Intel y más tarde a McAfee, donde ayudó a construir centros de operaciones de seguridad (SOCs, por sus siglas en inglés) a nivel global. Su experiencia con integradores de sistemas y proveedores de servicios reveló una brecha crítica: los SOCs no escalan y los proveedores más pequeños carecen de las herramientas para defenderse.

Como no había una solución obvia disponible, Golubchik se inspiró para crear la suya propia. Fundó ContraForce en 2021 y fue aceptado en Y Combinator, más adelante respaldado por DataTribe y GALLOS Technologies. La empresa se alineó de manera rápida con Microsoft, para trabajar a profundidad dentro del ecosistema de Microsoft a través de soluciones como Microsoft Sentinel, Microsoft Defender XDR y Microsoft Entra ID.

Con ContraForce, Golubchik y el equipo vieron una oportunidad para democratizar las operaciones de seguridad al habilitar a los MSP —los verdaderos defensores de primera línea para empresas de todos los tamaños— herramientas y automatización de nivel empresarial. ¿El reto? Los MSP ya proporcionaban servicios críticos, pero carecían del soporte necesario para ofrecer seguridad escalable. ContraForce se propuso cambiar eso.

Por qué la seguridad necesita un nuevo modelo

La ciberseguridad no se trata solo de riesgo y gobernanza, sino de escalabilidad operativa. La plataforma de ContraForce ayuda a los MSP a ofrecer servicios de seguridad de nivel empresarial sin grandes equipos ni gran experiencia técnica. Mediante el uso de IA, los MSP pueden acelerar de manera significativa la resolución de incidentes y lograr reducciones sustanciales de costes por incidente. Este modelo de precios por unidad de trabajo permite a los MSP ofrecer servicios gestionados de detección y respuesta a gran escala.

ContraForce ayuda a los clientes a aumentar los ingresos sin escalar los resultados económicos. Sus capacidades de automatización permiten a los proveedores de servicios ofrecer resultados que antes solo eran posibles para grandes equipos de seguridad bien financiados.

Agentes de IA y el futuro de la ciberdefensa

A través del Microsoft AI Co-Innovation Lab y Azure AI Foundry, ContraForce creó agentes de planificación que automatizan el 90% de las tareas de investigación y respuesta a incidentes. Estos agentes autónomos de IA no solo automatizan tareas, sino que ayudan a crear una nueva fuerza laboral en defensa cibernética. ContraForce pretende apoyar a 10.000 proveedores de servicios en todo el mundo dotándolos de herramientas para ofrecer resultados de seguridad a gran escala.

La empresa también explora una edición comunitaria de manuales de respuesta. Esto permitiría a los MSP compartir inteligencia de amenazas y mejores prácticas, un cambio importante en una industria conocida por su conocimiento compartimentado.

Microsoft for startups: un catalizador para el crecimiento

La colaboración de ContraForce con Microsoft for Startups ha sido fundamental. A las pocas semanas de unirse al Pegasus Program, el equipo se reunió con más de 30 socios de Microsoft en RSA, lo que llevó a conversaciones en fase de acuerdo con los proveedores de servicios empresariales. El ecosistema de Microsoft —desde la nube hasta la informática y las operaciones de seguridad— ha demostrado ser la plataforma ideal para startups que construyen valor a largo plazo.

La compañía se prepara ahora para su debut en Microsoft Marketplace y Microsoft Security Store, con un lanzamiento rápido con el Agent Marketplace de Pax8.

Mirar hacia adelante: un futuro seguro para todos

La visión de ContraForce es audaz: combatir el cibercrimen a través de empoderar a los proveedores de servicios para que sean la principal fuerza laboral en defensa cibernética, para servir desde pequeñas y medianas empresas hasta empresas a gran escala. Al ofrecer servicios de seguridad autónomos, ContraForce ayuda a que estos proveedores sean resilientes, escalables y con un impacto significativo.

La ciberseguridad es un deporte de equipo. ContraForce construye las herramientas y la comunidad para asegurarse de que todos puedan jugar —y ganar.

ContraForce es solo un ejemplo del poder de asociarse con Microsoft for Startups. Si les interesa saber más sobre el programa—ya sea que busquen una solución de ciberseguridad o cualquier otra cosa—nos encantaría conocer más sobre lo que construye.

Etiquetas:

• Seguridad

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Today, AWS announces the general availability of rule label, a feature of AWS Glue Data Quality, enabling you to apply custom key-value pair labels to your data quality rules for improved organization, filtering, and targeted reporting. This enhancement allows you to categorize data quality rules by business context, team ownership, compliance requirements, or any custom taxonomy that fits your data quality and governance needs.

Rule labels provide effective way to organize analyze data quality results. You can query results by specific labels to identify failing rules within particular categories, count rule outcomes by team or domain, and create focused reports for different stakeholders. For example, you can apply all rules that pertain to finance team with a label «team=finance» and generate a customized report to showcase quality metrics specific to finance team. You can label high priority rules with «criticality=high» to prioritize remediation efforts. Labels can be authored as part of the DQDL. You can query the labels as part of rule outcomes, row-level results, and API responses, making it easy to integrate with your existing monitoring and reporting workflows.

AWS Glue Data Quality rule labeling is available in all commercial AWS Regions where AWS Glue Data Quality is available. See the AWS Region Table for more details. To learn more about rule labeling, see the AWS Glue Data Quality documentation.

​Today, AWS announces the general availability of rule label, a feature of AWS Glue Data Quality, enabling you to apply custom key-value pair labels to your data quality rules for improved organization, filtering, and targeted reporting. This enhancement allows you to categorize data quality rules by business context, team ownership, compliance requirements, or any custom taxonomy that fits your data quality and governance needs. Rule labels provide effective way to organize analyze data quality results. You can query results by specific labels to identify failing rules within particular categories, count rule outcomes by team or domain, and create focused reports for different stakeholders. For example, you can apply all rules that pertain to finance team with a label «team=finance» and generate a customized report to showcase quality metrics specific to finance team. You can label high priority rules with «criticality=high» to prioritize remediation efforts. Labels can be authored as part of the DQDL. You can query the labels as part of rule outcomes, row-level results, and API responses, making it easy to integrate with your existing monitoring and reporting workflows. AWS Glue Data Quality rule labeling is available in all commercial AWS Regions where AWS Glue Data Quality is available. See the AWS Region Table for more details. To learn more about rule labeling, see the AWS Glue Data Quality documentation.