goodrain/rainbond - Githubissues

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Build Enterprise Applications Like Mobile Apps

[Website](https://www.rainbond.io?channel=github) • [Documentation](https://www.rainbond.io/docs/?channel=github)

What is Rainbond?

Rainbond is 100% open-source, offers a serverless experience, and allows you to easily manage containerized applications without needing to understand Kubernetes. It is an integrated application management platform suitable for private deployment.

🚀 One-line Definition: Rainbond = Heroku-like Experience + Native Kubernetes Support + Self-hosted Capabilities

Why Rainbond?

Positioning Differences with Mainstream Platforms

Platform Type	Representative Products	Rainbond's Differentiation
Developer-friendly PaaS	Heroku, Vercel	▶ Self-hosted Support ▶ Full K8s Compatibility
K8s Native Tools	Rancher, Devtron	▶ Application-level Abstraction ▶ Zero YAML Experience ▶ Complex Application Topology ▶ Offline Environment Support
Self-hosted Solutions	CapRover, Coolify	▶ Enterprise Multi-tenancy ▶ Hybrid Cloud Management

🎯 What Pain Points Does It Solve?

Developer Perspective

"I need to deploy a system with 20 microservices, but don't want to study K8s configs for each component"
"The configuration differences between production and test environments make every deployment risky"
"How to quickly deliver complex systems in customer's offline environment?"

Ops/Platform Admin Perspective

"Need to give developers autonomy while ensuring cluster stability"
"Traditional application cloud-native transformation costs too much"
"Unified application management across multi/hybrid cloud environments"

🚀 Core Capabilities

Install Enterprise Software Like Mobile Apps: Through the built-in application marketplace, various published microservice application templates support one-click installation and upgrades, even for systems with 100+ microservices.
Containerization Without Dockerfile and YAML: The platform automatically recognizes multiple development languages like Java, Python, Golang, NodeJS, PHP, .NetCore, etc., completing build and deployment through a wizard-like process without writing Dockerfile or YAML.
Full Application Lifecycle Management: Serverless experience where regular developers can manage and maintain applications and components without learning, including start, stop, build, update, auto-scaling, gateway policy management, etc., with non-invasive microservice architecture.
Microservice Modular Assembly: Business components running on Rainbond support modular dependency orchestration, one-click publishing as reusable application templates, enabling business component accumulation and reuse.

Who Is It Designed For?

👩💻 Developer Users

Need URL access within 5 minutes from code
Want cloud-native capabilities without learning K8s
Zero configuration differences between dev and prod environments

👨💼 Platform Managers

Traditional application cloud-native transformation
Building internal PaaS platforms
Achieving unified hybrid cloud management

✨ Differentiating Highlights Comparison

Dimension	Traditional Approach	Rainbond Approach
Deployment Complexity	Requires K8s experts to write YAML	Visual orchestration, auto-generates K8s resources
Environment Consistency	Manual maintenance of multiple configs	Environment config templating, one-click deployment
Delivery Form	Docs + scripts + manual deployment	Self-contained app template (code + config)
Skill Requirements	Need full container/K8s stack skills	Operation interface based on application model abstraction

Getting Started

Installation

Minimum Requirements

Linux OS (CentOS 7+/Ubuntu 18.04+)
2 CPU cores / 8GB RAM / 50GB disk space

3-Minute Quick Installation

You only need to execute the following command to run a container and quickly experience the full functionality of Rainbond. For more installation options, refer to Installation and Upgrade.

curl -o install.sh https://get.rainbond.com && IMGHUB_MIRROR=rainbond bash ./install.sh

After the command is executed successfully, open a browser and enter http://<IP>:7070 to access the platform and start deploying applications. <IP> is the IP address you selected or entered when running the script.

Quick Start

Please refer to the Quick Start documentation.

Open Source Community

If you encounter any issues while using Rainbond and need help, please refer to the Community Support.

Slack: Rainbond Slack Channel

Twitter: Rainbond Twitter

Discord: Rainbond Discord

Contribution

We welcome contributions and sharing in the Rainbond community in areas such as platform usage experience, standardized applications, and plugin sharing.

If you are a Rainbond user who has a deep understanding of Rainbond and aligns with its technical direction, and you have significant demands within your organization, we welcome you to contribute to Rainbond.

Related Projects

This repository contains the core service implementation code of the Rainbond data center. The project also includes the following sub-projects:

Rainbond-Console: Rainbond console server project.
Rainbond-Console-UI: Rainbond console frontend project.
Rainbond-Operator: Rainbond installation and operation project.
Rainbond-Cloud-adaptor: Rainbond cluster installation driver service.
Rainbond-Builder: Rainbond source code build toolset.
Rainbond-Docs: Rainbond documentation.

License

Rainbond follow LGPL-3.0 license, Details see LICENSE and Licensing.