Kabballa

Kabballa is a cutting-edge application designed to streamline the management and deployment of modern, scalable infrastructures. This platform supports a wide array of technologies, including MySQL, Redis, Nginx, PHP, Golang, Vite, Node.js, Memcached, Elasticsearch, and more. Leveraging the power of Kubernetes (K8s) or Docker Swarm, it provides an efficient way to host and orchestrate applications across multiple environments.

Additionally, Kabballa aims to become an auto-installer for any existing application. It is planning to develop both a CLI and a UI that will allow users to launch any application online in a multicloud environment on the fly.

Who Is It For?

Developers

For those aiming to enhance application performance through efficient deployment and management.

Organizations

Businesses looking to reduce overhead, improve scalability, and optimize their infrastructure.

IT Teams & Managers

Providing a streamlined approach to handling distributed applications with ease and security.

Key Features of Kabballa

Integrated Multi-Layered Architecture

Each application within the stack is assigned its own dedicated Nginx server in the backend, ensuring a robust and isolated environment for hosting various services built with PHP, Python, Node.js, Golang, and other frameworks. Caddy serves as the reverse proxy, seamlessly managing traffic across all backend servers while automatically generating and managing digital certificates. It also adds security headers, bolstering overall application security.

Advanced Load Balancing and Multi-CDN Management

Similar to Amazon's load balancer, Kabballa enables you to manage multiple CDN servers simultaneously. This capability ensures that static content can be distributed across platforms like Amazon S3, Google Cloud, or any preferred provider, enhancing content delivery performance.

Multi-Cloud and Distributed Applications

Applications can run across various environments, connecting seamlessly through Caddy. Utilizing its capabilities, developers can maintain interoperability between cloud servers, CDN nodes, and origin servers, ensuring high availability and scalability.

Support for Complex Architectures

Whether your architecture involves standalone APIs, search engines, or interconnected microservices, Kabballa simplifies the setup. For instance, an API server built with Golang can interact via Nginx as its backend and Caddy as the reverse proxy, while a Python-based search engine can rely on a uWSGI intermediary to communicate with Nginx and Caddy.

Secure Communication Across Services

By leveraging CORS headers and proper security configurations, Kabballa ensures secure communication between services. Whether your application involves multiple origin servers or hybrid architectures, the platform mitigates the risk of vulnerabilities.

A Unified API Hub for Modern Technologies

Kabballa aims to become a central hub for unifying any application via API, leveraging modern technologies such as Karmada, Kubernetes, OpenAI GPT, and Coozila AGI. It is designed to be a self-hosted application that runs on any operating system while enabling rapid multi-cloud deployments via API. Additionally, Kabballa can be used directly in the Kabballa Cloud hosted on Coozila, providing a seamless experience for developers looking to deploy applications efficiently.

Coozila Search Engine initiated this project to simplify application development and unite developers within an open-source ecosystem, fostering collaboration and innovation.

Current Progress

We have successfully implemented a multi-service architecture, including:

• Caddy as the reverse proxy.
• Redis for caching.
• Nginx for serving web content and managing requests.
• PHP-FPM for processing PHP applications.
• MySQL/MariaDB for relational data storage.
• Kibana for data visualization.
• Elasticsearch for powerful search capabilities.
• Memcached for enhanced data caching.

Next Steps to Achieve Our Objectives

To further enhance Kabballa and meet our deployment goals, the following steps should be prioritized:

1. Automated Testing: Implement automated tests to ensure that all services function correctly together. This will help catch issues early in the development cycle.
2. Monitoring and Logging: Set up comprehensive monitoring and logging for all services. Utilize tools like Prometheus and Grafana for monitoring performance metrics, and ELK Stack for centralized logging.
3. Documentation: Expand documentation to provide clear guidelines for developers on how to contribute to the project, set up their local development environment, and deploy updates.
4. Security Audits: Conduct regular security audits of the stack to identify and mitigate any vulnerabilities. Ensure that all dependencies are up to date and follow best practices for security.
5. Scalability Testing: Perform load testing to evaluate how the stack performs under heavy usage and to identify potential bottlenecks. Optimize configurations for better performance based on testing results.
6. User Feedback: Gather feedback from users and stakeholders to identify areas for improvement and additional features that would enhance the application.

Contributing

We welcome contributions to this project! Please refer to our Contributing Guidelines for detailed instructions on how to contribute.

AI Contributions

We would also like to acknowledge Hypatia AI, a project of Coozila! AGI, for providing intelligent assistance and support in developing this documentation and enhancing the overall project experience. For questions or contributions, feel free to contact Coozila! Labs at labs@coozila.com.

Code of Conduct

We are committed to fostering an inclusive and respectful environment. Please review our Contributor Code of Conduct for guidelines on acceptable behavior.

References and Credits

We extend our gratitude to the creators and maintainers of the tools and technologies that power this project. Below are some key references:

• Hypatia AI - A project of Coozila! AGI
• ChatGPT - For providing intelligent assistance in documentation

Installation Assistance

If you would like assistance with the installation of this product, please contact Coozila! Labs at labs@coozila.com. Our team is ready to help you with the installation process and ensure a smooth setup.

Based on the size and complexity of your project, we will provide you with a tailored pricing quote.

For purchasing the installation, please visit the following link:

• Coozila! Labs

For any inquiries, feel free to reach out through our contact page:

• Contact Coozila!

After Purchase Notes

After your purchase, please provide the following information via email:

• Server login credentials
• An SSH key for secure access
• Details about the project you wish to integrate

Additional Documentation

For more details, please refer to the main repository:

• Coozila! Apps

Trademarks and Copyright

This software listing is packaged by Coozila!. All trademarks mentioned are the property of their respective owners, and their use does not imply any affiliation or endorsement.

Copyright

Copyright (C) 2009 - 2025 Coozila! Licensed under the MIT License.

Licenses

• Coozila!: MIT License

Disclaimer

This product is provided "as is," without any guarantees or warranties regarding its functionality, performance, or reliability. By using this product, you acknowledge that you do so at your own risk. Coozila! and its contributors are not liable for any issues, damages, or losses that may arise from the use of this product. We recommend thoroughly testing the product in your own environment before deploying it in a production setting.

If you enjoy the project, please consider giving us a GitHub star ⭐️. Thank you!

Sponsors

If you want to support our project and help us grow it, you can become a sponsor on GitHub.