AWS Compute Blog
Category: Messaging
Building a serverless document chat with AWS Lambda and Amazon Bedrock
This post is written by Pascal Vogel, Solutions Architect, and Martin Sakowski, Senior Solutions Architect. Large language models (LLMs) are proving to be highly effective at solving general-purpose tasks such as text generation, analysis and summarization, translation, and much more. Because they are trained on large datasets, they can use a broad generalist knowledge base. […]
Implementing the transactional outbox pattern with Amazon EventBridge Pipes
Reliable interservice communication is an important consideration in microservice design, especially when faced with dual writes. Combining the transactional outbox pattern with dual writes provides a robust way of improving message reliability.
Integrating IBM MQ with Amazon SQS and Amazon SNS using Apache Camel
This post is written by Joaquin Rinaudo, Principal Security Consultant and Gezim Musliaj, DevOps Consultant. IBM MQ is a message-oriented middleware (MOM) product used by many enterprise organizations, including global banks, airlines, and healthcare and insurance companies. Customers often ask us for guidance on how they can integrate their existing on-premises MOM systems with new […]
Detecting and stopping recursive loops in AWS Lambda functions
This post is written by Pawan Puthran, Principal Serverless Specialist TAM, Aneel Murari, Senior Serverless Specialist Solution Architect, and Shree Shrikhande, Senior AWS Lambda Product Manager. AWS Lambda is announcing a recursion control to detect and stop Lambda functions running in a recursive or infinite loop. At launch, this feature is available for Lambda integrations […]
Implementing AWS Lambda error handling patterns
This post is written by Jeff Chen, Principal Cloud Application Architect, and Jeff Li, Senior Cloud Application Architect Event-driven architectures are an architecture style that can help you boost agility and build reliable, scalable applications. Splitting an application into loosely coupled services can help each service scale independently. A distributed, loosely coupled application depends on […]
Implementing AWS Well-Architected best practices for Amazon SQS – Part 3
This blog is written by Chetan Makvana, Senior Solutions Architect and Hardik Vasa, Senior Solutions Architect. This is the third part of a three-part blog post series that demonstrates best practices for Amazon Simple Queue Service (Amazon SQS) using the AWS Well-Architected Framework. This blog post covers best practices using the Performance Efficiency Pillar, Cost […]
Implementing AWS Well-Architected best practices for Amazon SQS – Part 2
This blog is written by Chetan Makvana, Senior Solutions Architect and Hardik Vasa, Senior Solutions Architect. This is the second part of a three-part blog post series that demonstrates implementing best practices for Amazon Simple Queue Service (Amazon SQS) using the AWS Well-Architected Framework. This blog post covers best practices using the Security Pillar and […]
Implementing AWS Well-Architected best practices for Amazon SQS – Part 1
This blog is written by Chetan Makvana, Senior Solutions Architect and Hardik Vasa, Senior Solutions Architect. Amazon Simple Queue Service (Amazon SQS) is a fully managed message queuing service that makes it easy to decouple and scale microservices, distributed systems, and serverless applications. AWS customers have constantly discovered powerful new ways to build more scalable, […]
Monitor Amazon SNS-based applications end-to-end with AWS X-Ray active tracing
This post is written by Daniel Lorch, Senior Consultant and David Mbonu, Senior Solutions Architect. Amazon Simple Notification Service (Amazon SNS), a messaging service that provides high-throughput, push-based, many-to-many messaging between distributed systems, microservices, and event-driven serverless applications, now supports active tracing with AWS X-Ray. With AWS X-Ray active tracing enabled for SNS, you can […]
Extending a serverless, event-driven architecture to existing container workloads
The blog explains a way to integrate existing container workload running on AWS Fargate with a new event-driven architecture. You use EventBridge to decouple different services from each other that are built using different compute technologies, languages, and frameworks. Using AWS CDK, you gain the modularity of building services decoupled from each other.