luraproject/lura

Features

• Middleware-Based Request Pipelines - Processes incoming network requests through a modular pipeline of wrappers for data transformation and input validation.
• Backend Response Aggregation - Executes concurrent requests to multiple backend services and merges the results into a single unified output.
• API Gateways - Acts as a high-performance entry point that routes network traffic to backend services via configurable processing pipelines.
• Load Balancers - Distributes traffic across multiple backend hosts using defined strategies to ensure high availability and redundancy.
• Load Balancing Strategies - Distributes incoming network traffic across multiple backend host instances using configurable selection strategies.
• Request Routing - Directs incoming network requests to specific backend services based on defined routing rules and paths.
• Network Traffic Routing - Directs incoming requests to various backend services using a configurable set of routers and middlewares.
• Request Proxies - Forwards incoming requests to destination servers while managing the connection and response flow.
• Traffic Routers - Provides a routing layer that directs network requests to specific backend services based on paths and transformation rules.
• Traffic Routing - Directs incoming network traffic to various backend services using configurable routing rules and processing pipelines.
• Request Middleware - Implements a system for executing sequential processing steps to validate, modify, and transform incoming requests and responses.
• Middleware Chains - Processes incoming requests through a configurable sequence of middleware wrappers for transformation and validation.
• Request Data Transformation - Provides mechanisms to rename response fields and filter unwanted data before delivering the final payload to clients.
• Dynamic Request Forwarding - Forwards incoming network requests to destination servers while maintaining the connection and managing the response flow.
• Request Middleware - Executes a sequence of validation and transformation steps on incoming requests before they reach the destination server.
• Response Aggregators - Implements the ability to combine data from multiple backend services into a single composite API response.
• API Response Caching - Caches the output of network requests for a set duration to decrease latency and reduce backend load.
• Response Caching - Stores backend network outputs for a specified duration to reduce latency and decrease upstream server load.
• Backend Concurrency Controls - Implements concurrency limits on outbound calls to prevent backend service overload.
• Backend Service Bindings - Binds endpoints to backend services and transforms incoming requests for internal processing.
• Concurrent Request Racers - Sends multiple requests simultaneously to a processing step and returns the first successful response within a timeout.
• Concurrency Controllers - Controls the number of simultaneous outbound connections to specific backends to prevent service overload.
• Multi-Host Distribution - Distributes traffic across a list of backend servers to provide redundancy and high availability.
• Response Field Mappings - Enables dynamic renaming of response fields and data filtering to optimize the final client payload.
• Entity-Based Response Formatting - Allows transforming raw backend data objects into structured API responses to expose specific attributes.
• API Gateways - High-performance gateway with middleware capabilities.
• Distributed Systems - API gateway framework.
• API and Data Services - Provides a high-performance API gateway.
• API Gateways and Proxies - High-performance API gateway with middleware support.
• Language Toolkits - Framework for building high-performance API gateways.

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