goodrain/rainbond
Rainbond
Rainbond is a Kubernetes-native application platform that deploys and manages containerized applications through a graphical interface, abstracting Kubernetes complexity so users can work without needing to learn Kubernetes commands or concepts. It provides a complete application lifecycle management system covering development, architecture, delivery, and operations from a single unified web interface, with automated workflows that handle cluster provisioning, application deployment, and ongoing management.
The platform distinguishes itself through its application marketplace, which packages applications as reusable templates for one-click installation, upgrades, and multi-environment distribution across multi-cloud, private, and SaaS environments. It builds and deploys applications directly from source code in Java, PHP, Python, Golang, and Ruby without manual containerization, automatically detecting project languages and build tools to compile, package, and containerize applications. Rainbond also converts existing traditional applications into cloud-native containerized services without code changes by auto-detecting language types.
The platform includes built-in service mesh governance for microservice architectures, providing service discovery, dynamic routing, and circuit breaking through a visual interface. It offers one-click deployment of pre-configured, production-ready middleware components with automatic storage and credential setup, and supports multi-data center orchestration for scheduling and migrating application groups across tenants or data centers with full backup and recovery capabilities. The platform is available under the GPLv3 license, with commercial licenses available for non-compliant usage.
Features
- Web-Based Kubernetes Management Interfaces - Hides Kubernetes complexity behind a web interface that automates cluster provisioning, application deployment, and lifecycle management.
- GUI-Based Kubernetes Deployments - Deploys and manages containerized applications on Kubernetes through a graphical interface without requiring CLI commands.
- Application Lifecycle Management - Oversees development, architecture, delivery, and operations of applications through a unified web interface with automated workflows.
- Unified Web Interfaces - Provides a single web-based dashboard for overseeing development, architecture, delivery, and operations of applications with automated workflows.
- Middleware Marketplace Installations - Deploys pre-configured, production-ready middleware components with one click, including automatic storage and credential setup.
- Legacy Application Modernization - Transforms traditional applications into cloud-native ones without code changes by auto-detecting language types.
- Source-to-Image Builders - Automatically detects project languages and build tools, then compiles and containerizes source code into running applications.
- Application Marketplaces - Publishes and shares applications through a public or private application marketplace with a complete sharing mechanism.
- Automated Multi-Cloud Deliveries - Delivers applications across multi-cloud, offline, and SaaS environments through a marketplace for one-click installation and upgrades.
- Source Builds - Builds and deploys applications directly from source code in multiple languages without manual containerization.
- Automatic Language Detection Builds - Automatically detects programming languages and build tools from source code, then compiles and containerizes applications without manual Dockerfile configuration.
- Multi-Language Source Builds - Builds and deploys applications directly from source code in multiple languages without manual containerization.
- Multi-Language - Automatically detects and builds applications from source code in Java, PHP, Python, Golang, and Ruby without manual Dockerfile configuration.
- Automatic Language Detection Deployments - Builds and deploys applications directly from a Git repository by automatically detecting the language type and building a container image.
- Application Packaging Templates - Packages applications as reusable templates for one-click installation and multi-environment distribution.
- Microservices Deployments - Deploys Spring Cloud, Dubbo, and API Gateway microservice architectures with built-in service mesh governance.
- Service Mesh Governance - Manages microservice communication through a graphical interface that injects sidecar proxies for service discovery, routing, and fault tolerance.
- Application Lifecycle Graphical Interfaces - Controls the full application lifecycle through a visual interface showing topology, network relationships, and real-time monitoring.
- Automatic Containerization Pipelines - Detects project language and build tools, then compiles, packages, and containerizes source code without manual Dockerfile configuration.
- Visual Dependency Injection Editors - Establishes component connections through a visual editor that automatically injects environment variables and connection information.
- Gradle Build Systems - Detects Gradle projects and builds them using the Gradle build system automatically.
- Marketplace Publishing Tools - Provides utilities for packaging, registering, and distributing applications to a centralized marketplace.
- Reusable Component Marketplaces - Publishes and consumes reusable application components through public or private marketplaces with version management.
- Topology Visualizers - Visualizes application groups, network topology, and relational topology with real-time monitoring in a graphical interface.
- On-Demand Compute Autoscalers - Automatically manages and scales compute nodes on demand with full cluster monitoring.
- Compute Node Autoscalers - Manages compute node clusters with automatic scaling and comprehensive monitoring.
- Multi-Cloud Application Delivery - Decouples applications from computing resources to enable hybrid, edge, and multi-cloud deployment without application changes.
- Single-Interface Scheduling - Rainbond schedules and deploys applications across multiple data centers and cloud environments from a single interface.
- Intelligent Container Conversions - Converts Docker images, run commands, and Compose files into deployable applications through an intelligent guided process.
- Docker Image Building - Creates applications from Docker images, run commands, or Compose files through an intelligent guided conversion process.
- Container Image Conversions - Converts Docker images, run commands, and Compose files into deployable applications through an intelligent guided process.
- SpringBoot - Detects the project structure and build system, then compiles and packages SpringBoot applications automatically.
- Hybrid Cloud Infrastructure - Rainbond decouples applications from computing resources to enable hybrid cloud, edge cloud, and seamless migration between clouds without application changes.
- Multi-Cluster Dashboard Managers - Controls and monitors several Kubernetes clusters from a single console, decoupling application management from underlying infrastructure.
- GUI-Based Provisioning - Provides a guided web interface for adding Linux hosts and selecting node roles to install a Kubernetes cluster.
- Application Group Migrations - Backs up and restores entire application groups and moves them across tenants or data centers for disaster recovery.
- GUI-Based Provisioners - Provides a web interface that guides adding Linux hosts and selecting node roles to install a Kubernetes cluster.
- Automatic Ingress DNS Generation - Automatically creates domain names and gateway rules for deployed applications without manual Ingress configuration.
- Automated Cluster Health Operations - Monitors multidimensional metrics and automates cluster maintenance tasks for operational health.
- Maven Single-Module Builds - Recognizes a single pom.xml in the root and builds the project with a single default command.
- Multi-Data Center Application Orchestration - Schedules and deploys application groups across multiple data centers with full backup, restore, and migration capabilities.
- Traffic Routing - Rainbond schedules and deploys applications across multiple data centers with support for cross-data-center traffic routing.
- Application Component Libraries - Publishes components into a library for drag-and-drop assembly, version management, and iterative upgrades.
- Maven - Selects which submodule to run while building only its dependencies in Maven multi-module projects.
- Auto-Generated Domain Accesses - Automatically generates domain names for deployed applications without manual gateway or Ingress configuration.
- Multi-Language Compilation Pipelines - Compiles source code from multiple languages into deployable applications using integrated build pipelines.
- Application Component Publishing - Ships a complete sharing mechanism for publishing and reusing application components through public and private markets.
- Business-Level Performance Analyzers - Analyzes business-level performance for HTTP, MySQL, and PostgreSQL protocols to identify bottlenecks in running applications.
- Real-Time Application Performance Monitors - Analyzes business-level performance for HTTP, MySQL, and PostgreSQL protocols with real-time topology and monitoring views.
- Automated Cluster Health Monitors - Automates cluster management and scales compute nodes on demand with comprehensive node and cluster monitoring.
- Deployment Status Monitors - Tracks the deployment lifecycle from building to running, with access to build logs for troubleshooting.
- Dashboards And Portals - Serverless PaaS for managing applications on Kubernetes.
- Infrastructure and Monitoring - Container-based PaaS platform.
- Platform as a Service - Serverless platform for cloud-native application management.
- Service Governance and Platforms - Cloud-native platform for application delivery and microservice governance.
