AWS Compute Blog
Tag: contributed
Enriching and customizing notifications with HAQM EventBridge Pipes
This blog post authored by Elie Elmalem, Associate Scale Solutions Architect When implementing event-driven architectures, customers frequently need to enrich their incoming events with additional information to make them more valuable for downstream consumers. Traditionally, customers using HAQM EventBridge would accomplish this by writing AWS Lambda functions to augment their events with supplementary data. However, […]
Simplifying private API integrations with HAQM EventBridge and AWS Step Functions
AWS announces new integration capabilities for HAQM EventBridge and AWS Step Functions, enabling direct communication with private APIs using AWS PrivateLink and HAQM VPC Lattice. This enhancement streamlines secure application interactions across private networks, on-premises infrastructure, and cloud platforms, offering improved security, simplified architecture, and enhanced performance for enterprise-level deployments.
Optimizing network footprint in serverless applications
This post is authored by Anton Aleksandrov, Principal Solution Architect, AWS Serverless and Daniel Abib, Senior Specialist Solutions Architect, AWS Serverless application developers may commonly encounter scenarios where they need to transport large payloads, especially when building modern cloud applications that need rich data. Examples include analytics services with detailed reports, e-commerce platforms with extensive […]
Handling billions of invocations – best practices from AWS Lambda
This post is written by Anton Aleksandrov, Principal Solution Architect, AWS Serverless and Rajesh Kumar Pandey, Principal Engineer, AWS Lambda AWS Lambda is a highly scalable and resilient serverless compute service. With over 1.5 million monthly active customers and tens of trillions of invocations processed, scalability and reliability are two of the most important service […]
Introducing an enhanced local IDE experience for AWS Step Functions
This post written by Ben Freiberg, Senior Solutions Architect. AWS Step Functions introduces an enhanced local IDE experience to simplify building state machines. Workflow Studio is now available within Visual Studio Code (VS Code) through the AWS Toolkit extension. With this integration, developers can author and edit state machines in their local IDE using the […]
Introducing JSONL support with Step Functions Distributed Map
This post written by Uma Ramadoss, Principal Specialist SA, Serverless and Vinita Shadangi, Senior Specialist SA, Serverless. Today, AWS Step Functions is expanding the capabilities of Distributed Map by adding support for JSON Lines (JSONL) format. JSONL, a highly efficient text-based format, stores structured data as individual JSON objects separated by newlines, making it particularly […]
AWS Lambda introduces recursive loop detection APIs
This post is written by James Ngai, Senior Product Manager, AWS Lambda, and Aneel Murari, Senior Specialist SA, Serverless. Today, AWS Lambda is announcing new recursive loop detection APIs that allow you to set recursive loop detection configuration on individual Lambda functions. This allows you to turn off recursive loop detection on functions that intentionally use […]
Using the circuit-breaker pattern with AWS Lambda extensions and HAQM DynamoDB
The circuit breaker pattern is a powerful tool for helping to ensure the resiliency and stability of serverless applications. Lambda extensions are a good fit for its implementation, as demonstrated in this example.
Running code after returning a response from an AWS Lambda function
This blog shows four ways of combining synchronous and asynchronous tasks in a Lambda function, allowing you to run tasks that continue running after the function returns a response to the client.
Accelerating workflow development with the TestState API in AWS Step Functions
The TestState API helps developers to iterate faster, resolve issues efficiently, and deliver high-quality applications with greater confidence. By enabling developers to test individual states independently and integrating testing into their preferred development workflows, it simplifies the debugging process and reduces context switches.