This comprehensive guide covers AWS Lambda, an on-demand serverless computing service. Learn how Lambda complements other AWS services, and how your business can use it.

Newton's Craddle pixabay AWS Lambda celebrated its tenth anniversary in November 2024, marking a decade of transforming cloud computing through serverless architecture.

In Part 2, you’ll integrate your Lambda function with DynamoDB, then use the AWS SDK to invoke Lambda functions in a Java application. What is serverless computing?

Recently, AWS introduced a new framework for writing .NET 6 Lambda functions called Lambda Annotations. This framework was built alongside the .NET 6 managed runtime for Lambda released last February.

Developers will be able to use the Serverless MCP Server by prompting their AI-driven coding agents to design, deploy, and troubleshoot serverless applications.

Lambda is an on-demand serverless computing service that enables developers to create applications that scale as needed for increasing or variable workloads.

As a serverless computing service, AWS Lambda eliminates the need for traditional infrastructure management, allowing 7EDGE and the customer to focus on innovation and rapid development.

The case for serverless starts with a simple premise: if the fastest startup in a given market is going to win, then the most important thing is to maintain or increase development velocity over time.

AWS’s vision is clear: Empower developers to build the future. From serverless computing to the AI-driven applications of tomorrow.

Amazon Web Services is previewing a new framework for using its recently introduced .NET 6 runtime to create AWS Lambda functions, the foundation of serverless computing in the Amazon cloud.