serverless/serverless

Features

• Deployment Orchestrators - Automates the provisioning, updating, and removal of cloud infrastructure across environments.
• Infrastructure as Code - Automates provisioning of complex cloud architectures through declarative templates.
• Infrastructure as Code Frameworks - Provides a declarative tool for defining and managing cloud-native resources through unified configuration.
• Serverless Development Environments - Serverless Framework allows rapid iteration by proxying events from live cloud functions to local machines, avoiding the need for full redeployments during testing.
• Serverless Lifecycle Management - Manages the end-to-end lifecycle of isolated cloud functions from development to deployment.
• Serverless Orchestration - Orchestrates cloud resources and application code through unified configuration files.
• Local Function Execution - Allows developers to execute serverless code locally to verify logic, event handling, and environment settings without deploying to the cloud.
• Plugin Systems - Extends core functionality through a modular plugin system for custom infrastructure tasks.
• Declarative Infrastructure Templates - Translates high-level configuration files into provider-specific resource templates to automate the provisioning of cloud infrastructure.
• Event-Driven Orchestration - Links cloud-native event sources to specific code execution units by automatically configuring triggers and permission policies.
• Infrastructure Orchestration - Serverless Framework enables managing related services as a single unit to support parallel deployments, ordered execution, and data sharing between infrastructure components.
• Event-Driven Architectures - Facilitates building reactive systems by linking cloud-native triggers to code execution.
• Service Orchestration - Enables managing multiple services in single repositories by defining them centrally.
• Dynamic Configuration Resolution - Resolves configuration values at runtime by fetching data from environment variables, secret managers, or external service outputs.
• Environment Configurations - Allows defining environment-specific values in central files to automatically inject correct settings.
• Local Emulation Environments - Provides local emulation of serverless architectures to verify logic before deployment.
• Event-Driven Infrastructure - Links cloud resources to functions to automatically provision necessary infrastructure.
• Infrastructure Definitions - Enables defining databases and storage alongside code within single configuration files.
• Infrastructure Templates - Supports publishing infrastructure templates directly using standard commands and configuration files.
• Cloud Credential Management - Supports authenticating deployments using standard methods like environment variables or security roles.
• Encrypted Secret Management - Provides a centralized dashboard to store and share sensitive configuration values, injecting them securely into deployments as encrypted parameters.
• Gateway Security Controls - Provides gateway security controls to manage agent authentication, token validation, and public access endpoints.
• Secret Management - Enables secure injection of sensitive configuration values into cloud infrastructure at runtime.
• Database and Backend - Toolkit for building serverless architectures.
• Serverless - Framework for building serverless architectures.
• Developer Tooling - Framework for building and deploying serverless applications.
• Developer Tools - Plugin for deploying serverless applications to workers.
• IoT Frameworks - Framework for building IoT applications on AWS Lambda.
• Language Toolkits - Framework for building and maintaining serverless applications.
• Serverless and Lambda - The Serverless Application Framework.
• Web Frameworks - Framework for building and deploying serverless applications.
• Lifecycle Management - Coordinates complex architectures by managing shared state and dependencies across services.
• Plugin Architectures - Allows developers to inject custom logic and third-party integrations into the core lifecycle through a modular hook system.
• API Infrastructure Orchestration - Configures API infrastructure, including data sources, authentication methods, and operational limits for application interfaces.
• Cloud Event Orchestration - Provides a configuration layer that links external triggers to specific code execution units.
• Cloud Provider Settings - Enables control over infrastructure provisioning by defining deployment regions, security profiles, and operational policies for cloud providers.
• Deployment Stage Management - Allows setting environment-specific parameters in project configurations to ensure correct values are applied for different deployment targets.
• Environment Configuration - Supports defining environment-specific infrastructure values like domain names and API endpoints.
• Streaming Event Triggers - Supports executing code using messages from streaming clusters by specifying target topics.
• Service Architectures - Allows structuring projects into logical services for unified deployment.
• Service Interoperability - Supports passing resource identifiers between services by injecting outputs using variable syntax.
• Function Monitoring - Enables aggregating metrics, traces, and logs across multiple accounts into centralized dashboards.
• Log Streaming - Provides real-time streaming of cloud execution logs directly to the terminal.
• GraphQL Schema Management - Facilitates GraphQL schema management by supporting multi-file definitions and automatic merging to create a unified interface for application data.
• Agent Tool Integrations - Connects business logic, databases, and APIs to automated agents by serving tools through standard communication protocols.
• Cloud Function Invocation Tools - Supports executing cloud-hosted functions directly from the terminal for testing purposes.
• Deployment Lifecycle Hooks - Manages the deployment process by triggering sequential operations across initialization, packaging, deployment, and cleanup phases.
• Multi-Account Architectures - Enables organizing infrastructure across multiple accounts to ensure secure and isolated environments.
• API Key Management - Supports defining authentication keys with custom expiration policies and security rules to control access to protected application interfaces.
• Credential Configurations - Allows configuring access credentials using environment variables or shared files for secure cloud interaction.
• Credential Management - Supports secure communication by integrating with secret management services for credentials.
• External Secret Resolution - Supports fetching secure configuration values from external management services during deployment using environment-specific tokens and project mappings.
• Vault Integrations - Provides syntax for retrieving nested sensitive data directly from secure vault paths.
• Cloud Resource Debugging - Allows inspecting infrastructure state and logs directly within development environments.
• Observability Integrations - Aggregates logs, metrics, and traces from distributed functions into a centralized dashboard.
• Tool Schema Definitions - Enables the description of tool interfaces using standard data formats to ensure automated agents can correctly validate and invoke functions.
• Command Orchestration - Allows executing lifecycle tasks like deployment or removal across all defined services simultaneously.
• Dynamic Configuration Providers - Enables custom variable sources to dynamically resolve configuration values during deployment.
• Remote Event Proxying - Enables local development by intercepting live cloud events and forwarding them to a local machine for real-time debugging.
• Cloud Provider Variable Referencing - Supports accessing cloud-specific identifiers like account IDs and regions in configuration files using prefixes that resolve based on active credentials.
• Infrastructure Overrides - Enables modifying or extending generated infrastructure resources by applying custom properties.
• Resource Definitions - Allows including raw cloud template syntax in configuration files to deploy custom resources.
• Stream Processing Configurations - Enables optimization of message consumption through batching and processing window settings.
• Stream Processing Policies - Provides control over data record processing through retry attempts and windowing behaviors.
• Authentication Service Integrations - Enables connecting code execution to existing user authentication services.
• Identity Authentication - Supports authentication using single sign-on protocols by managing session profiles and refreshing tokens.
• Secret Resolution Services - Integrates with vault servers to fetch sensitive data using secure authentication tokens.

Star-Verlauf