Benchmarking AWS Lambda Cold Starts Across JavaScript Runtimes
Performance optimization is crucial for user experience and revenue in serverless environments, with Deno showing the lowest cold start times in AWS Lambda.
High-Performance Serverless with Rust: Insights from Benjamen Pyle's Talk at QCon San Francisco
Rust and AWS Lambda together enhance serverless applications, providing high performance, safety, and cost-effectiveness for developers.
Benchmarking AWS Lambda Cold Starts Across JavaScript Runtimes
Performance optimization is crucial for user experience and revenue in serverless environments, with Deno showing the lowest cold start times in AWS Lambda.
High-Performance Serverless with Rust: Insights from Benjamen Pyle's Talk at QCon San Francisco
Rust and AWS Lambda together enhance serverless applications, providing high performance, safety, and cost-effectiveness for developers.
AWS Lambda Introduces a Visual Studio Code-Based Editor with Advanced Features and AI Integration
AWS Lambda's new Code-OSS integration enhances the coding experience with features for larger packages, real-time log tracking, and AI-driven coding assistance.
Serverless functions have evolved but face significant challenges in sharing code efficiently.
Introducing the new Amazon Q Developer experience in AWS Lambda | Amazon Web Services
AWS Lambda's new code editor features enhanced integration with Amazon Q Developer, improving code generation and debugging capabilities for developers.
Serverless Developer Experience is Finally Great Thanks to Lambda Live Debugger | HackerNoon
Lambda Live Debugger enhances serverless development by enabling local debugging of AWS Lambda functions without the need to redeploy.
How to Share Code Between Serverless Functions
Serverless functions have evolved but face significant challenges in sharing code efficiently.
Introducing the new Amazon Q Developer experience in AWS Lambda | Amazon Web Services
AWS Lambda's new code editor features enhanced integration with Amazon Q Developer, improving code generation and debugging capabilities for developers.
Serverless Developer Experience is Finally Great Thanks to Lambda Live Debugger | HackerNoon
Lambda Live Debugger enhances serverless development by enabling local debugging of AWS Lambda functions without the need to redeploy.
How to Use AWS Lambda Versions and Aliases: Benefits and Techniques
Lambda versions provide immutable snapshots ensuring code consistency and stability, while aliases facilitate effective version management and gradual traffic shifting.
Efficiently processing batched data using parallelization in AWS Lambda | Amazon Web Services
Optimizing AWS Lambda through batching, distribution, and parallelization enhances resource utilization and reduces costs and function invocation frequency.
GitHub - awslabs/llrt: LLRT (Low Latency Runtime) is a lightweight JavaScript runtime designed to address the growing demand for fast and efficient Serverless applications.
LLRT is a lightweight JavaScript runtime designed for fast and efficient Serverless applications.
The LLRT runtime offers faster startup and lower cost compared to other JavaScript runtimes on AWS Lambda.
AWS Introduces an Experimental Low Latency Runtime for Faster, More Efficient Serverless Apps
LLRT offers faster startup and lower cost than other JavaScript runtimes on AWS Lambda.
LLRT eliminates a JIT compiler to reduce complexity and conserve resources, focusing on faster application startup.
GitHub - awslabs/llrt: LLRT (Low Latency Runtime) is a lightweight JavaScript runtime designed to address the growing demand for fast and efficient Serverless applications.
LLRT is a lightweight JavaScript runtime designed for fast and efficient Serverless applications.
The LLRT runtime offers faster startup and lower cost compared to other JavaScript runtimes on AWS Lambda.
AWS Introduces an Experimental Low Latency Runtime for Faster, More Efficient Serverless Apps
LLRT offers faster startup and lower cost than other JavaScript runtimes on AWS Lambda.
LLRT eliminates a JIT compiler to reduce complexity and conserve resources, focusing on faster application startup.
Developers can now access a real-time feed of CloudWatch Logs from all log groups and have it delivered to a single destination for further processing.
Customers can deliver real-time log events to a Kinesis Data Stream, Amazon Kinesis Data Firehose, or AWS Lambda for custom processing or redirection to alternative destinations.
Introducing AWS Lambda response streaming | Amazon Web Services
AWS Lambda now supports response payload streaming, allowing functions to progressively stream response data back to clients.
Response streaming improves performance for web and mobile applications, enables functions to return larger payloads, and allows long-running operations with incremental progress reporting.
Should You Use Amazon API Gateway in 2024? Consider Function URLs Instead!
AWS introduced Function URLs for AWS Lambda Functions in 2022, allowing direct invocation of Lambda functions without the need for an API Gateway.
The Amazon API Gateway is a fully managed service that serves as the front door to internal system resources, providing features like routing, security, and monitoring.
Refactoring to Serverless: From Application to Automation | Amazon Web Services
Serverless architecture reduces application code, enhancing operational characteristics and maintainability.
Serverless is an architecture, enabling evolution from monolithic to loosely-coupled applications.
Cloud automation languages like CloudFormation and CDK continue to evolve for managing cloud resources efficiently.
Should You Use Amazon API Gateway in 2024? Consider Function URLs Instead!
AWS introduced Function URLs for AWS Lambda Functions in 2022, allowing direct invocation of Lambda functions without the need for an API Gateway.
The Amazon API Gateway is a fully managed service that serves as the front door to internal system resources, providing features like routing, security, and monitoring.
Refactoring to Serverless: From Application to Automation | Amazon Web Services
Serverless architecture reduces application code, enhancing operational characteristics and maintainability.
Serverless is an architecture, enabling evolution from monolithic to loosely-coupled applications.
Cloud automation languages like CloudFormation and CDK continue to evolve for managing cloud resources efficiently.
How To Effectively Share Code Between AWS Lambda Functions?
Sharing code between Lambda functions in AWS can lead to easier maintenance, smaller bundle sizes, and increased team efficiency.
Bit components provide a novel way of sharing code between frontend and serverless backend in a loosely coupled manner.
Common strategies for sharing code among Lambda functions include putting shared code in one place, using Lambda Layers, and using tools like Serverless Framework and AWS CDK.
How To Effectively Share Code Between AWS Lambda Functions?
Sharing code between Lambda functions in AWS can lead to easier maintenance, smaller bundle sizes, and increased team efficiency.
Bit components provide a novel way of sharing code between frontend and serverless backend in a loosely coupled manner.
Common strategies for sharing code among Lambda functions include putting shared code in one place, using Lambda Layers, and using tools like Serverless Framework and AWS CDK.
How To Effectively Share Code Between AWS Lambda Functions?
Sharing code between Lambda functions in AWS can lead to easier maintenance, smaller bundle sizes, and increased team efficiency.
Bit components provide a novel way of sharing code between frontend and serverless backend in a loosely coupled manner.
Common strategies for sharing code among Lambda functions include putting shared code in one place, using Lambda Layers, and using tools like Serverless Framework and AWS CDK.