Home

1. Home

• Overview of the infrastructure.
• Key goals and components.
• Links to related repositories and documentation.

2. Architecture

• High-level overview of the infrastructure design.
• Description of core services and dependencies.

3. Setup and Installation

• Prerequisites.
• Step-by-step guide for deploying the infrastructure locally or in the cloud.

4. Components

• List and description of infrastructure modules.
• Networking, storage, compute, and monitoring tools.

5. Deployment

• Guidelines for deployment using automated tools or manual steps.
• Recommendations for scaling and optimizing performance.

6. Security and Compliance

• Security best practices.
• Details about compliance requirements.

7. Contribution

• How to contribute to the repository.
• Coding standards and testing guidelines.

8. FAQ

• Common issues and solutions.
• Frequently asked questions about the infrastructure.

9. License

• Details about the licensing of the repository.

10. Acknowledgements

• Credits to contributors and open-source projects used.

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Home.md

# Welcome to Katya Infrastructure Wiki

This repository hosts the infrastructure components for Katya-Incorporated projects. It serves as the backbone for managing scalable, secure, and high-performance services.

## Key Features
- Modular and flexible infrastructure design.
- Support for cloud-native and on-premise deployments.
- Integrated monitoring, logging, and analytics.

Explore this Wiki to understand, deploy, and contribute to the infrastructure.

## Related Repositories
- [AppStore](https://github.com/Katya-Incorporated/AppStore.git)
- [talkback](https://github.com/Katya-Incorporated/talkback.git)
- [releases.grapheneos.org](https://github.com/Katya-Incorporated/releases.grapheneos.org.git)

---

Architecture.md

# Architecture Overview

## High-Level Design
The infrastructure is built on a microservices architecture, ensuring modularity and scalability. Key components include:

- **Networking**: Provides secure and reliable communication between services.
- **Storage**: Optimized for both structured and unstructured data.
- **Compute**: Scalable compute resources for high availability.

## Key Dependencies
- Kubernetes for container orchestration.
- Terraform for infrastructure as code (IaC).
- Prometheus and Grafana for monitoring and visualization.

### Architecture Diagram
```plaintext
[Clients] --> [Load Balancer] --> [API Gateway] --> [Microservices Cluster]
                             --> [Monitoring/Analytics]
                             --> [Storage/Databases]

---

### **Setup_and_Installation.md**
```markdown
# Setup and Installation

## Prerequisites
- Docker (20.10+)
- Kubernetes (v1.23+)
- Terraform (v1.4+)

## Installation Steps
1. Clone the repository:
   ```bash
   git clone https://github.com/Katya-Incorporated/infrastructure.git
   cd infrastructure

2. Initialize Terraform:

   terraform init

3. Deploy infrastructure:

   terraform apply

4. Verify the setup:

   kubectl get pods -n infrastructure

Follow detailed steps in docs/installation.md for custom configurations.

---

### **Components.md**
```markdown
# Components Overview

## Core Modules
1. **Networking**
   - Handles traffic routing and DNS.
   - Powered by Traefik and CoreDNS.

2. **Storage**
   - Uses PostgreSQL for relational data.
   - S3-compatible storage for object data.

3. **Compute**
   - Deployed on Kubernetes clusters.
   - Optimized for auto-scaling and redundancy.

4. **Monitoring**
   - Prometheus for metrics collection.
   - Grafana for dashboard visualization.

Refer to the `components/` directory for configuration files.

---

Deployment.md

# Deployment Guide

## Local Deployment
1. Set up Minikube or a similar local Kubernetes environment.
2. Apply configurations:
   ```bash
   kubectl apply -f k8s/local-config.yaml

3. Access services locally:
   • API Gateway: http://localhost:8080
   • Grafana Dashboard: http://localhost:3000

Cloud Deployment

1. Configure cloud provider credentials (AWS/GCP/Azure).

2. Use Terraform for provisioning:

   terraform plan
   terraform apply

3. Monitor services using your cloud provider's dashboard.

For advanced deployment strategies, see docs/deployment.md.

---

### **Security_and_Compliance.md**
```markdown
# Security and Compliance

## Security Features
- TLS encryption for all communications.
- Role-based access control (RBAC) for Kubernetes.
- Audit logs for monitoring access and changes.

## Compliance Standards
- Infrastructure aligns with ISO/IEC 27001.
- Follows GDPR and CCPA privacy guidelines.

### Recommendations
- Regularly rotate access keys.
- Use a VPN for accessing sensitive resources.

---

Contribution.md

# Contribution Guidelines

We welcome contributions from the community. Here's how you can help:

## Steps to Contribute
1. Fork the repository and create a feature branch:
   ```bash
   git checkout -b feature/new-feature

2. Test your changes locally:

   terraform validate

3. Submit a pull request with a detailed description.

Coding Standards

• Follow best practices for Terraform and Kubernetes.
• Include tests for new features.

Let's build a robust infrastructure together!

---

### **FAQ.md**
```markdown
# FAQ

### Q: What cloud providers are supported?
A: AWS, GCP, and Azure are fully supported. Additional providers can be added via Terraform modules.

### Q: How can I monitor resource usage?
A: Use the Grafana dashboard for detailed metrics and visualizations.

### Q: What happens if a service fails?
A: Kubernetes ensures automatic restart of failed pods and services.

---

License.md

# License

This project is licensed under the MIT License. See the full license text in the [LICENSE](https://github.com/Katya-Incorporated/infrastructure/blob/main/LICENSE) file.

---

Acknowledgements.md

# Acknowledgements

Special thanks to:
- The Katya-Incorporated team for their dedication.
- Open-source projects that make this possible, including Kubernetes, Terraform, and Prometheus.

Together, we’re building reliable and secure infrastructure!