Laravel Management Addon

Product Requirements Document (PRD)

1. Introduction

Purpose: This document defines the requirements for a Laravel Management Addon, equivalent to CyberPanel’s WordPress Module, but tailored for Laravel 13+ websites. The addon will automate installation, maintenance, security, and monitoring for Laravel applications.

Scope:

Automate Laravel 13+ installation, updates, and dependency management.
Centralize security, monitoring, and version control integration.
Support multi-site management with role-based access.

2. Objectives

Automation: Streamline Laravel deployment and updates.
Security: Implement zero-trust architecture, vulnerability scanning, and real-time alerts.
Monitoring: Track performance, errors, and dependency changes.
Scalability: Support multi-site management with modular design.

3. Functional Requirements

3.1 Installation & Deployment

Automated Laravel 13+ Installation:
- Support for Apache/Nginx, MySQL/PostgreSQL, PHP 8.3+.
- Composer dependency resolution and installation.
- Environment configuration (.env generation, key rotation).
One-Click Deployment:
- Git repository cloning and branch selection.
- Database setup and migrations.
- Seeders and initial data population.

3.2 Maintenance & Updates

Automated Updates:
- Laravel core updates (minor/patch versions).
- Composer package updates (security patches, version bumps).
- Rollback mechanism for failed updates.
Dependency Management:
- Composer lock file validation.
- Conflict resolution for package versions.

3.3 Security Management

Zero-Trust Architecture:
- Role-based access control (RBAC) for users and teams.
- Multi-factor authentication (MFA) for dashboard access.
Vulnerability Scanning:
- Integration with SensioLabs Security Checker, LocalPHP Security Checker.
- Automated scans for Laravel core, packages, and custom code.
- Real-time alerts for critical vulnerabilities (e.g., CVE databases).
Firewall & SSL:
- UFW firewall rule management.
- Let’s Encrypt SSL certificate issuance and renewal.

3.4 Monitoring & Alerts

Performance Monitoring:
- Integration with Laravel Telescope, Debugbar, and third-party tools (New Relic, Sentry).
- Real-time metrics: response time, memory usage, error rates.
Change Tracking:
- Monitor Git commits, Composer updates, and file changes.
- Alert on unauthorized or suspicious changes.
Alert System:
- Configurable thresholds for performance/errors.
- Notifications via email, Slack, or webhooks.

3.5 Multi-Site Management

Centralized Dashboard:
- Overview of all managed Laravel sites.
- Bulk actions (updates, backups, security scans).
Site Isolation:
- Separate configurations, databases, and users per site.
- Resource usage tracking per site.

3.6 Backup & Recovery

Automated Backups:
- Database and file system backups (daily/weekly).
- Offsite storage (AWS S3, Dropbox, SFTP).
Restore Points:
- One-click restore from backups.
- Point-in-time recovery for databases.

4. Non-Functional Requirements

4.1 Performance

Dashboard load time < 2 seconds for 100+ sites.
Background jobs for updates/scans to avoid UI blocking.

4.2 Security

Encryption for sensitive data (database credentials, API keys).
Audit logs for all administrative actions.

4.3 Scalability

Horizontal scaling for dashboard backend.
Support for 1,000+ concurrent sites.

4.4 Compatibility

Laravel 13+ (PHP 8.3+).
MySQL 8.0+, PostgreSQL 15+.
Redis/Memcached for caching.

5. User Roles & Permissions

Role	Permissions
Super Admin	Full access: manage sites, users, settings, and global configurations.
Site Admin	Manage assigned sites (install, update, monitor, secure).
Developer	Deploy code, manage dependencies, view logs/metrics.
Security Auditor	View security scans, vulnerabilities, and audit logs.
Viewer	Read-only access to dashboards and reports.

6. Assumptions & Constraints

Assumptions:
- Servers run Linux (Ubuntu 22.04+ or CentOS 8+).
- Laravel applications follow standard directory structures.
Constraints:
- No support for Windows servers.
- Requires root/sudo access for server-level operations.

7. Dependencies

Laravel Ecosystem:
- Laravel Forge (for server provisioning inspiration).
- Laravel Envoy (for deployment scripts).
Third-Party Tools:
- Git (version control).
- Composer (dependency management).
- Sentry/New Relic (monitoring).
- SensioLabs Security Checker (vulnerability scanning).

8. Risks & Mitigations

Risk	Mitigation Strategy
Composer package conflicts	Pre-deployment validation and conflict resolution tools.
Security scanner false positives/negatives	Manual review + integration with multiple scanners.
Performance bottlenecks in dashboard	Caching, pagination, and background job queues.

9. Glossary

RBAC: Role-Based Access Control.
MFA: Multi-Factor Authentication.
CVE: Common Vulnerabilities and Exposures.
SFTP: SSH File Transfer Protocol.

10. Approval

Role	Name	Date	Signature
Product Owner	Hasan AlDoy	2026-06-27
Technical Lead	[TBD]	2026-06-27

Version: 1.0
Last Updated: 2026-06-27
Next Review: 2026-07-27

Laravel Management Addon

Technical Architecture Document (TAD)

1. Overview

This document describes the high-level and low-level architecture for the Laravel Management Addon, designed to automate the installation, maintenance, security, and monitoring of Laravel 13+ applications.

2. System Architecture

2.1 High-Level Architecture

graph TD
    A[User] -->|Web Browser| B[Frontend: React/Vue.js + Inertia.js]
    B -->|API Calls| C[Backend: Laravel 13+]
    C --> D[Database: MySQL/PostgreSQL]
    C --> E[Redis: Caching & Queues]
    C --> F[External Services]
    F --> F1[GitHub/GitLab/Bitbucket]
    F --> F2[Composer Repository]
    F --> F3[Sentry/New Relic]
    F --> F4[Let’s Encrypt]
    F --> F5[SensioLabs Security Checker]
    C --> G[Agent Workers]
    G --> G1[Server 1: Laravel App]
    G --> G2[Server 2: Laravel App]
    G --> G3[Server N: Laravel App]

Frontend: React/Vue.js + Inertia.js for dynamic, SPA-like dashboards.
Backend: Laravel 13+ (API-driven, stateless where possible).
Database: MySQL/PostgreSQL for persistent storage (sites, users, logs).
Caching/Queues: Redis for session caching, job queues, and rate limiting.
External Services: Git, Composer, monitoring, SSL, and security tools.
Agent Workers: Lightweight PHP/Shell scripts deployed on each managed server for local operations (e.g., file scans, log tailing).

2.2 Component Diagram

graph TD
    subgraph Frontend
        A[Dashboard UI] -->|API| B[Laravel Backend]
        A -->|WebSockets| C[Real-Time Updates]
    end
    
    subgraph Backend
        B --> D[Site Manager]
        B --> E[Security Manager]
        B --> F[Monitoring Manager]
        B --> G[Update Manager]
        B --> H[User Manager]
        D --> I[Database]
        E --> J[External Scanners]
        F --> K[Sentry/New Relic]
        G --> L[Composer API]
        G --> M[Git API]
    end
    
    subgraph Managed Servers
        N[Agent Worker] -->|SSH| O[Laravel App]
        N --> P[Web Server]
        N --> Q[Database]
    end
    
    B -->|Commands| N

3. Technology Stack

Layer	Technology	Purpose
Frontend	React 18 + TypeScript + Vite	Dynamic dashboard UI.
	Tailwind CSS	Styling.
	Inertia.js	Server-side rendering for Laravel + React integration.
Backend	Laravel 13+	Core logic, API endpoints, and business rules.
	PHP 8.3+	Runtime.
Database	MySQL 8.0+ / PostgreSQL 15+	Persistent storage for sites, users, logs, and configurations.
	Redis 7+	Caching, queues, and real-time data.
DevOps	Docker + Docker Compose	Local development and containerized deployments.
	GitHub Actions / GitLab CI	CI/CD pipelines.
Monitoring	Sentry	Error tracking.
	New Relic / Prometheus + Grafana	Performance metrics.
Security	SensioLabs Security Checker	Vulnerability scanning.
	LocalPHP Security Checker	Local package scanning.
	UFW (Uncomplicated Firewall)	Server firewall management.
Deployment	Laravel Forge (inspiration)	Server provisioning logic.
	Laravel Envoy	Deployment scripts.

4. Detailed Component Design

4.1 Frontend Architecture

Framework: React 18 + TypeScript + Vite.
State Management: Zustand or React Query.
UI Components:
- Dashboard: Overview of all sites (status, health, updates).
- Site Details: Deep dive into a single site (logs, metrics, config).
- Security Center: Vulnerability reports, firewall rules, SSL status.
- Update Manager: Pending updates, changelogs, rollback options.
- User Management: RBAC, MFA, audit logs.
Real-Time Updates:
- WebSockets (Laravel Echo + Pusher) for live alerts (e.g., security scans, deployments).

4.2 Backend Architecture

Laravel 13+ Features:
- Native Vector Search: For fast log/search queries.
- AI SDK: Future integration for anomaly detection (e.g., unusual traffic patterns).
- PHP Attributes: For clean, declarative code (e.g., @Secured for routes).
API Design:
- RESTful endpoints for CRUD operations.
- WebSocket endpoints for real-time features.

Modular Structure:

app/
├── Modules/
│   ├── SiteManager/
│   │   ├── Services/
│   │   │   ├── InstallationService.php
│   │   │   ├── UpdateService.php
│   │   │   └── DeploymentService.php
│   │   └── Controllers/
│   ├── SecurityManager/
│   │   ├── Services/
│   │   │   ├── VulnerabilityScanner.php
│   │   │   └── FirewallService.php
│   │   └── Controllers/
│   ├── MonitoringManager/
│   │   ├── Services/
│   │   │   ├── MetricCollector.php
│   │   │   └── AlertService.php
│   │   └── Controllers/
│   └── UserManager/
│       ├── Services/
│       │   └── RBACService.php
│       └── Controllers/
└── Models/
    ├── Site.php
    ├── Server.php
    ├── User.php
    └── Log.php

4.3 Database Schema (Core Tables)

-- Sites: Managed Laravel applications
CREATE TABLE `sites` (
    `id` BIGINT UNSIGNED AUTO_INCREMENT PRIMARY KEY,
    `name` VARCHAR(255) NOT NULL,
    `domain` VARCHAR(255) NOT NULL UNIQUE,
    `server_id` BIGINT UNSIGNED NOT NULL,
    `laravel_version` VARCHAR(20) NOT NULL,
    `php_version` VARCHAR(20) NOT NULL,
    `status` ENUM('installing', 'active', 'inactive', 'error') DEFAULT 'inactive',
    `last_heartbeat` TIMESTAMP NULL,
    `created_at` TIMESTAMP DEFAULT CURRENT_TIMESTAMP,
    `updated_at` TIMESTAMP DEFAULT CURRENT_TIMESTAMP ON UPDATE CURRENT_TIMESTAMP,
    FOREIGN KEY (`server_id`) REFERENCES `servers`(`id`)
);

-- Servers: Physical/VPS servers hosting sites
CREATE TABLE `servers` (
    `id` BIGINT UNSIGNED AUTO_INCREMENT PRIMARY KEY,
    `name` VARCHAR(255) NOT NULL,
    `ip_address` VARCHAR(45) NOT NULL UNIQUE,
    `ssh_port` INT DEFAULT 22,
    `ssh_username` VARCHAR(255) NOT NULL,
    `ssh_public_key` TEXT,
    `os` VARCHAR(50) NOT NULL,
    `web_server` ENUM('apache', 'nginx') NOT NULL,
    `db_type` ENUM('mysql', 'postgresql') NOT NULL,
    `status` ENUM('online', 'offline', 'error') DEFAULT 'offline',
    `created_at` TIMESTAMP DEFAULT CURRENT_TIMESTAMP,
    `updated_at` TIMESTAMP DEFAULT CURRENT_TIMESTAMP ON UPDATE CURRENT_TIMESTAMP
);

-- Users: System users (not Laravel app users)
CREATE TABLE `users` (
    `id` BIGINT UNSIGNED AUTO_INCREMENT PRIMARY KEY,
    `name` VARCHAR(255) NOT NULL,
    `email` VARCHAR(255) NOT NULL UNIQUE,
    `password` VARCHAR(255) NOT NULL,
    `mfa_secret` VARCHAR(255) NULL,
    `last_login_at` TIMESTAMP NULL,
    `created_at` TIMESTAMP DEFAULT CURRENT_TIMESTAMP,
    `updated_at` TIMESTAMP DEFAULT CURRENT_TIMESTAMP ON UPDATE CURRENT_TIMESTAMP
);

-- Roles & Permissions (RBAC)
CREATE TABLE `roles` (
    `id` BIGINT UNSIGNED AUTO_INCREMENT PRIMARY KEY,
    `name` VARCHAR(255) NOT NULL UNIQUE,
    `description` TEXT,
    `created_at` TIMESTAMP DEFAULT CURRENT_TIMESTAMP
);

CREATE TABLE `permissions` (
    `id` BIGINT UNSIGNED AUTO_INCREMENT PRIMARY KEY,
    `name` VARCHAR(255) NOT NULL UNIQUE,
    `description` TEXT
);

CREATE TABLE `role_permissions` (
    `role_id` BIGINT UNSIGNED NOT NULL,
    `permission_id` BIGINT UNSIGNED NOT NULL,
    PRIMARY KEY (`role_id`, `permission_id`),
    FOREIGN KEY (`role_id`) REFERENCES `roles`(`id`),
    FOREIGN KEY (`permission_id`) REFERENCES `permissions`(`id`)
);

CREATE TABLE `user_roles` (
    `user_id` BIGINT UNSIGNED NOT NULL,
    `role_id` BIGINT UNSIGNED NOT NULL,
    PRIMARY KEY (`user_id`, `role_id`),
    FOREIGN KEY (`user_id`) REFERENCES `users`(`id`),
    FOREIGN KEY (`role_id`) REFERENCES `roles`(`id`)
);

-- Site User Pivot (for site-specific access)
CREATE TABLE `site_user` (
    `site_id` BIGINT UNSIGNED NOT NULL,
    `user_id` BIGINT UNSIGNED NOT NULL,
    `role_id` BIGINT UNSIGNED NOT NULL,
    PRIMARY KEY (`site_id`, `user_id`),
    FOREIGN KEY (`site_id`) REFERENCES `sites`(`id`),
    FOREIGN KEY (`user_id`) REFERENCES `users`(`id`),
    FOREIGN KEY (`role_id`) REFERENCES `roles`(`id`)
);

-- Security Scans
CREATE TABLE `security_scans` (
    `id` BIGINT UNSIGNED AUTO_INCREMENT PRIMARY KEY,
    `site_id` BIGINT UNSIGNED NOT NULL,
    `scan_type` ENUM('vulnerability', 'file_integrity', 'malware') NOT NULL,
    `status` ENUM('pending', 'running', 'completed', 'failed') DEFAULT 'pending',
    `results` JSON,
    `started_at` TIMESTAMP NULL,
    `completed_at` TIMESTAMP NULL,
    FOREIGN KEY (`site_id`) REFERENCES `sites`(`id`)
);

-- Monitoring Metrics
CREATE TABLE `monitoring_metrics` (
    `id` BIGINT UNSIGNED AUTO_INCREMENT PRIMARY KEY,
    `site_id` BIGINT UNSIGNED NOT NULL,
    `metric_type` ENUM('response_time', 'memory_usage', 'error_rate', 'cpu_load') NOT NULL,
    `value` DECIMAL(10,4) NOT NULL,
    `timestamp` TIMESTAMP DEFAULT CURRENT_TIMESTAMP,
    FOREIGN KEY (`site_id`) REFERENCES `sites`(`id`)
);

-- Alerts
CREATE TABLE `alerts` (
    `id` BIGINT UNSIGNED AUTO_INCREMENT PRIMARY KEY,
    `site_id` BIGINT UNSIGNED NULL,
    `server_id` BIGINT UNSIGNED NULL,
    `type` ENUM('security', 'performance', 'update', 'error') NOT NULL,
    `severity` ENUM('low', 'medium', 'high', 'critical') DEFAULT 'medium',
    `title` VARCHAR(255) NOT NULL,
    `message` TEXT NOT NULL,
    `data` JSON,
    `is_resolved` BOOLEAN DEFAULT FALSE,
    `resolved_at` TIMESTAMP NULL,
    `created_at` TIMESTAMP DEFAULT CURRENT_TIMESTAMP,
    FOREIGN KEY (`site_id`) REFERENCES `sites`(`id`),
    FOREIGN KEY (`server_id`) REFERENCES `servers`(`id`)
);

-- Update Logs
CREATE TABLE `update_logs` (
    `id` BIGINT UNSIGNED AUTO_INCREMENT PRIMARY KEY,
    `site_id` BIGINT UNSIGNED NOT NULL,
    `type` ENUM('laravel', 'composer', 'git') NOT NULL,
    `from_version` VARCHAR(50),
    `to_version` VARCHAR(50),
    `status` ENUM('pending', 'in_progress', 'completed', 'failed') DEFAULT 'pending',
    `log` TEXT,
    `started_at` TIMESTAMP NULL,
    `completed_at` TIMESTAMP NULL,
    FOREIGN KEY (`site_id`) REFERENCES `sites`(`id`)
);

-- Backup Records
CREATE TABLE `backups` (
    `id` BIGINT UNSIGNED AUTO_INCREMENT PRIMARY KEY,
    `site_id` BIGINT UNSIGNED NOT NULL,
    `type` ENUM('database', 'files', 'full') NOT NULL,
    `storage_path` VARCHAR(255) NOT NULL,
    `size` BIGINT UNSIGNED NOT NULL, -- in bytes
    `status` ENUM('created', 'failed') DEFAULT 'created',
    `created_at` TIMESTAMP DEFAULT CURRENT_TIMESTAMP,
    FOREIGN KEY (`site_id`) REFERENCES `sites`(`id`)
);

4.4 Agent Worker Design

Purpose: Lightweight scripts deployed on each managed server to perform local operations (e.g., file scans, log tailing, Composer updates).
Implementation:
- Language: PHP (for Laravel compatibility) + Shell scripts.
- Communication:
  - Pull Model: Agent polls the central backend for tasks (e.g., "run security scan").
  - Push Model: Backend pushes commands via SSH (for immediate actions).
- Security:
  - SSH key-based authentication.
  - Signed commands to prevent tampering.
- Tasks:
  - Run composer audit and report vulnerabilities.
  - Tail Laravel logs for errors.
  - Check disk/memory usage.
  - Execute Git pulls or Composer updates.

4.5 API Endpoints

Module	Endpoint	Method	Description
Sites	`/api/sites`	GET	List all sites (paginated, filterable).
	`/api/sites`	POST	Create a new site.
	`/api/sites/{id}`	GET	Get site details.
	`/api/sites/{id}`	PUT	Update site configuration.
	`/api/sites/{id}/deploy`	POST	Trigger deployment (Git pull + Composer install + migrations).
Servers	`/api/servers`	GET	List all servers.
	`/api/servers/{id}/status`	GET	Check server health (SSH, web server, DB).
Security	`/api/sites/{id}/scan`	POST	Trigger security scan.
	`/api/sites/{id}/scans`	GET	List security scan results.
	`/api/sites/{id}/firewall`	PUT	Update firewall rules.
	`/api/sites/{id}/ssl`	POST	Request/renew SSL certificate.
Monitoring	`/api/sites/{id}/metrics`	GET	Get performance metrics (with time range filters).
	`/api/alerts`	GET	List alerts (filterable by site, severity, status).
	`/api/alerts/{id}/resolve`	PUT	Mark alert as resolved.
Updates	`/api/sites/{id}/updates`	GET	List pending updates (Laravel, Composer, Git).
	`/api/sites/{id}/updates/laravel`	POST	Update Laravel core.
	`/api/sites/{id}/updates/composer`	POST	Update Composer packages.
Backups	`/api/sites/{id}/backups`	GET	List backups.
	`/api/sites/{id}/backups`	POST	Create backup.
	`/api/backups/{id}/restore`	POST	Restore from backup.
Users	`/api/users`	GET	List users (for admins).
	`/api/users/{id}/roles`	PUT	Assign roles to user.
RBAC	`/api/roles`	GET	List roles.
	`/api/permissions`	GET	List permissions.

5. Data Flow

5.1 Site Deployment Flow

sequenceDiagram
    participant User
    participant Dashboard
    participant Backend
    participant Agent
    participant Git
    participant Composer
    
    User->>Dashboard: Click "Deploy Site"
    Dashboard->>Backend: POST /api/sites/{id}/deploy
    Backend->>Backend: Validate request
    Backend->>Agent: SSH Command (git pull)
    Agent->>Git: Pull latest code
    Git-->>Agent: Code
    Agent->>Backend: Confirm Git pull
    Backend->>Agent: SSH Command (composer install)
    Agent->>Composer: Install dependencies
    Composer-->>Agent: Dependencies
    Agent->>Backend: Confirm Composer install
    Backend->>Agent: SSH Command (php artisan migrate)
    Agent->>Agent: Run migrations
    Agent->>Backend: Confirm migrations
    Backend->>Dashboard: Deployment successful
    Dashboard->>User: Show success message

5.2 Security Scan Flow

sequenceDiagram
    participant User
    participant Dashboard
    participant Backend
    participant Agent
    participant Scanner
    
    User->>Dashboard: Click "Scan for Vulnerabilities"
    Dashboard->>Backend: POST /api/sites/{id}/scan
    Backend->>Backend: Create scan record (status: pending)
    Backend->>Agent: SSH Command (run scanner)
    Agent->>Scanner: Run sensiolabs/security-checker
    Scanner-->>Agent: Scan results
    Agent->>Backend: Return results
    Backend->>Backend: Update scan record (status: completed)
    Backend->>Backend: Generate alerts for critical issues
    Backend->>Dashboard: WebSocket alert
    Dashboard->>User: Show scan results

6. Security Architecture

6.1 Authentication & Authorization

Authentication:
- Laravel Sanctum (for API token management).
- Laravel Fortify (for user authentication, password reset, MFA).
Authorization:
- RBAC using Laravel Gates/Policies.
- Middleware for role/permission checks.

6.2 Data Protection

Encryption:
- Database fields (e.g., SSH keys, API tokens) encrypted using Laravel’s encryption.
- HTTPS enforced for all communications.
Audit Logs:
- Track all sensitive actions (e.g., user login, site deletion, config changes).
- Store: user ID, action, timestamp, IP address, user agent.

6.3 Network Security

Firewall Rules:
- UFW for server-level firewall.
- Restrict SSH access to backend IP only.
SSH Hardening:
- Disable password authentication (SSH keys only).
- Rate limiting for SSH login attempts.

6.4 Vulnerability Management

Scanners:
- SensioLabs Security Checker (for Composer packages).
- LocalPHP Security Checker (for local code).
- Custom scripts for Laravel-specific checks (e.g., .env file exposure).
Alerts:
- Critical vulnerabilities trigger immediate alerts (email + dashboard).
- Integration with CVE databases for up-to-date checks.

7. Monitoring & Alerting

7.1 Metrics Collection

Sources:
- Laravel Telescope (for app-level metrics).
- Agent workers (for server-level metrics: CPU, memory, disk).
- External services (Sentry for errors, New Relic for performance).
Storage:
- Time-series data in Redis (short-term) or dedicated TSDB (long-term).

7.2 Alert Rules

Metric	Threshold	Severity	Action
CPU Usage	> 90% for 5 mins	High	Email + Dashboard alert
Memory Usage	> 85% for 5 mins	High	Email + Dashboard alert
Error Rate	> 1% of requests	Critical	Email + Slack + Dashboard alert
Response Time	> 2s (p95)	Medium	Dashboard alert
Security Vulnerability	Critical CVE	Critical	Email + Slack + Dashboard alert
Disk Space	< 10% free	High	Email + Dashboard alert

7.3 Notification Channels

Email: SMTP integration (configurable templates).
Slack: Webhook integration for team alerts.
Webhooks: Custom endpoints for third-party integrations.
Dashboard: Real-time popups and badge counters.

8. Deployment Architecture

8.1 Backend Deployment

Environment: Docker containers (for consistency).
Orchestration: Docker Compose (for simplicity) or Kubernetes (for scaling).
Reverse Proxy: Nginx (for SSL termination, load balancing).
Database: Managed MySQL/PostgreSQL (e.g., AWS RDS, DigitalOcean DB).
Cache/Queue: Redis (managed service or self-hosted).

8.2 Agent Deployment

Installation:
- Single-line Bash script to install the agent on a server.
- Requires: PHP 8.3+, Composer, SSH access.
Updates:
- Agents auto-update from a central repository.
- Rollback mechanism for failed updates.

8.3 CI/CD Pipeline

graph LR
    A[GitHub] -->|Push| B[GitHub Actions]
    B --> C[Run Tests]
    C --> D[Build Docker Image]
    D --> E[Push to Registry]
    E --> F[Deploy to Staging]
    F --> G[Run Integration Tests]
    G --> H[Deploy to Production]

Tests:
- PHPUnit for backend.
- Pest for API endpoints.
- Jest for frontend.
Artifacts:
- Docker images for backend.
- Built JS/CSS for frontend.

9. Scalability Considerations

9.1 Horizontal Scaling

Backend:
- Stateless design (session in Redis).
- Multiple backend instances behind a load balancer.
Database:
- Read replicas for reporting/analytics.
- Connection pooling (e.g., PgBouncer for PostgreSQL).
Queues:
- Redis or RabbitMQ for job queues.
- Worker scaling based on queue length.

9.2 Performance Optimization

Caching:
- Redis for API responses, database queries.
- CDN for static assets (dashboard UI).
Database:
- Indexes for frequently queried columns (e.g., sites.status, alerts.severity).
- Partitioning for large tables (e.g., monitoring_metrics).

10. Disaster Recovery

10.1 Backup Strategy

Backend:
- Daily database backups (automated, encrypted, offsite).
- Docker volume backups for persistent data.
Agents:
- Agent code stored in Git; easy to redeploy.
- Server configurations backed up (e.g., Nginx, PHP, DB configs).

10.2 Failover Plan

Backend:
- Multi-region deployment (if using cloud).
- DNS failover to secondary region.
Agents:
- If an agent fails, redeploy to a new server.
- Central backend tracks agent health and alerts on failures.

11. Open Questions & Decisions Log

Question/Decision	Status	Notes
Use React or Vue.js for frontend?	Decided	React + TypeScript (team familiarity).
Self-hosted or SaaS?	Decided	Self-hosted (aligns with open-source goals).
Use Laravel Forge logic?	Decided	Yes, but extend for Laravel-specific features.
How to handle agent updates?	Decided	Auto-update from central repo with rollback.
Which TSDB for metrics?	Open	Start with Redis, migrate to Prometheus if needed.

Version: 1.0
Last Updated: 2026-06-27
Next Review: 2026-07-27

Laravel Management Addon

Development Plan

1. Overview

This document outlines the development roadmap, timelines, team structure, and risk management for building the Laravel Management Addon. The plan is divided into 4 phases, each with clear deliverables and milestones.

2. Project Phases

Phase 1: Foundation & Core Backend (Weeks 1-6)

Objective: Set up the project structure, core backend, and basic site management.

2.1.1 Tasks

Task	Priority	Estimated Effort	Dependencies	Assignee
Set up Laravel 13+ project with Docker	High	2 days	None	Backend Lead
Configure CI/CD pipeline (GitHub Actions)	High	2 days	Docker setup	DevOps
Design and implement database schema (core tables)	High	5 days	Laravel setup	Backend Lead
Implement authentication (Sanctum + Fortify)	High	5 days	Database	Backend Dev
Implement RBAC system (roles, permissions)	High	5 days	Auth	Backend Dev
Create Site model and CRUD API endpoints	High	5 days	RBAC	Backend Dev
Create Server model and CRUD API endpoints	High	5 days	Site model	Backend Dev
Implement SSH key management for servers	High	3 days	Server model	Backend Dev
Set up Redis for caching/queues	Medium	2 days	Docker	DevOps
Write unit tests for backend APIs	Medium	5 days	APIs	QA

2.1.2 Deliverables

Dockerized Laravel 13+ backend with CI/CD.
Functional RBAC system with Super Admin, Site Admin, Developer, Security Auditor, Viewer roles.
API endpoints for managing sites and servers.
SSH key management for secure server access.
Redis integration for caching and queues.
Unit test coverage (>80%).

2.1.3 Milestones

Week 2: Laravel project + Docker + CI/CD ready.
Week 4: Database schema + auth + RBAC implemented.
Week 6: Site/Server CRUD APIs + SSH management + tests complete.

Phase 2: Agent System & Core Features (Weeks 7-12)

Objective: Develop the agent system, deployment, and basic monitoring.

2.2.1 Tasks

Task	Priority	Estimated Effort	Dependencies	Assignee
Design agent architecture (PHP + Shell)	High	3 days	Phase 1	Backend Lead
Implement agent installation script	High	3 days	Agent design	Backend Dev
Implement agent-backend communication (SSH + API)	High	5 days	Agent install	Backend Dev
Implement Git deployment (pull, branch selection)	High	5 days	Agent comms	Backend Dev
Implement Composer dependency management	High	5 days	Git deployment	Backend Dev
Implement Laravel installation/updates	High	5 days	Composer	Backend Dev
Implement basic monitoring (CPU, memory, disk)	Medium	5 days	Agent comms	Backend Dev
Implement error log tailing	Medium	3 days	Monitoring	Backend Dev
Write integration tests for agent	Medium	5 days	Agent	QA

2.2.2 Deliverables

Agent system deployed and communicating with backend.
Git-based deployment (pull, branch switching).
Composer dependency installation/updates.
Laravel core installation and updates.
Basic server monitoring (CPU, memory, disk).
Error log tailing for Laravel apps.
Integration tests for agent-backend interaction.

2.2.3 Milestones

Week 8: Agent system + communication ready.
Week 10: Git/Composer/Laravel deployment implemented.
Week 12: Basic monitoring + error logging + tests complete.

Phase 3: Security & Advanced Features (Weeks 13-18)

Objective: Implement security features, vulnerability scanning, and advanced monitoring.

2.3.1 Tasks

Task	Priority	Estimated Effort	Dependencies	Assignee
Integrate SensioLabs Security Checker	High	3 days	Phase 2	Backend Dev
Integrate LocalPHP Security Checker	High	3 days	SensioLabs	Backend Dev
Implement vulnerability scan scheduling	High	3 days	Security checkers	Backend Dev
Implement firewall management (UFW)	High	5 days	Phase 2	Backend Dev
Implement SSL certificate management (Let’s Encrypt)	High	5 days	Firewall	Backend Dev
Implement MFA for dashboard access	High	3 days	Auth system	Backend Dev
Implement audit logging	Medium	3 days	RBAC	Backend Dev
Implement performance monitoring (response time, error rates)	Medium	5 days	Basic monitoring	Backend Dev
Integrate Sentry for error tracking	Medium	3 days	Performance monitoring	Backend Dev
Implement alert system (email, Slack, dashboard)	Medium	5 days	Monitoring	Backend Dev

2.3.2 Deliverables

Automated vulnerability scanning (SensioLabs + LocalPHP).
Firewall (UFW) and SSL (Let’s Encrypt) management.
MFA for dashboard users.
Audit logging for all sensitive actions.
Performance monitoring (response time, error rates).
Sentry integration for error tracking.
Alert system with email/Slack/dashboard notifications.

2.3.3 Milestones

Week 14: Vulnerability scanning + firewall + SSL implemented.
Week 16: MFA + audit logging + performance monitoring ready.
Week 18: Alert system + Sentry integration + tests complete.

Phase 4: Frontend & Polish (Weeks 19-24)

Objective: Build the frontend dashboard, refine UX, and prepare for release.

2.4.1 Tasks

Task	Priority	Estimated Effort	Dependencies	Assignee
Set up React + TypeScript + Vite project	High	3 days	None	Frontend Lead
Design dashboard UI/UX (Figma mockups)	High	5 days	None	Designer
Implement dashboard layout (Tailwind CSS)	High	5 days	Mockups	Frontend Dev
Implement site/server management UI	High	7 days	Dashboard layout	Frontend Dev
Implement security center UI	High	5 days	Dashboard	Frontend Dev
Implement monitoring/alerts UI	High	5 days	Security UI	Frontend Dev
Implement update manager UI	Medium	5 days	Monitoring UI	Frontend Dev
Integrate WebSockets (Laravel Echo + Pusher)	Medium	3 days	Backend APIs	Frontend Dev
Implement real-time alerts	Medium	3 days	WebSockets	Frontend Dev
Write frontend tests (Jest)	Medium	5 days	Frontend	QA
Performance optimization (frontend)	Low	3 days	Frontend	Frontend Dev

2.4.2 Deliverables

React + TypeScript frontend with Tailwind CSS.
Dashboard UI for site/server management.
Security center UI (vulnerability reports, firewall, SSL).
Monitoring/alerts UI (metrics, error tracking).
Update manager UI (Laravel/Composer/Git updates).
Real-time alerts via WebSockets.
Frontend test coverage (>70%).

2.4.3 Milestones

Week 20: React project + dashboard layout ready.
Week 22: Site/server/security UIs implemented.
Week 24: Monitoring/alerts/update UIs + real-time features + tests complete.

3. Team Structure

Role	Responsibilities	Team Members	Tools
Product Owner	Define requirements, prioritize features, stakeholder communication	Hasan AlDoy	Jira, Confluence
Technical Lead	Architectural decisions, code reviews, technical guidance	[TBD]	GitHub, Slack
Backend Lead	Backend development, API design, agent system	[TBD]	PHPStorm, Docker
Backend Developer	Backend implementation, database, queues	[TBD]	PHPStorm, Docker
Frontend Lead	Frontend architecture, UI/UX design	[TBD]	VSCode, Figma
Frontend Developer	Frontend implementation, state management	[TBD]	VSCode, Figma
DevOps Engineer	CI/CD, deployment, infrastructure	[TBD]	Docker, GitHub Actions
QA Engineer	Testing (unit, integration, E2E), bug reporting	[TBD]	PHPUnit, Jest, Postman
Designer	UI/UX design, mockups, branding	[TBD]	Figma, Adobe XD

4. Tools & Workflow

4.1 Development Tools

Category	Tool	Purpose
Version Control	GitHub	Code hosting, PRs, issues
Project Management	Jira	Task tracking, sprints
Communication	Slack	Team chat, alerts
Documentation	Confluence	Technical docs, meeting notes
Design	Figma	UI/UX mockups
Backend IDE	PHPStorm	PHP/Laravel development
Frontend IDE	VSCode	React/TypeScript development
Database	MySQL/PostgreSQL	Local development
Containerization	Docker	Consistent environments
CI/CD	GitHub Actions	Automated testing/deployment

4.2 Workflow

Requirements: Product Owner creates Jira tickets for features/bugs.
Grooming: Team reviews tickets in sprint planning (weekly).
Development:
- Developers work on branches (feature/*, bugfix/*).
- PRs require 1 approval + passing CI tests.
Testing:
- QA tests on staging environment.
- Bugs logged in Jira.
Deployment:
- Merged PRs trigger GitHub Actions pipeline.
- Staging deployment for final testing.
- Production deployment after approval.

5. Risk Management

5.1 Risks & Mitigations

Risk	Likelihood	Impact	Mitigation Strategy	Owner
Scope creep (adding too many features)	Medium	High	Strict PRD adherence, change control board	Product Owner
Agent performance bottlenecks	Medium	High	Load test agents, optimize scripts	Backend Lead
Security vulnerabilities in addon	Low	Critical	Regular audits, penetration testing	Security Auditor
Composer package conflicts	High	Medium	Pre-deployment validation, conflict resolution	Backend Dev
Dependency on external services (e.g., SensioLabs)	Medium	Medium	Fallback to alternative scanners, local checks	Backend Lead
Team member availability	Medium	High	Cross-training, documentation	Technical Lead
Integration issues with Laravel 13+	Medium	High	Early adoption, beta testing	Backend Lead

5.2 Contingency Plans

Risk	Contingency Plan
Agent performance issues	Optimize agent scripts, reduce frequency of scans/monitoring
External service downtime	Cache results, implement retries, fallback to local checks
Critical security bug	Immediate patch, notify users, post-mortem analysis
Missed deadline	Re-prioritize features, extend timeline, add resources

6. Testing Strategy

6.1 Test Types

Test Type	Tools	Coverage Goal	Responsible
Unit Tests (Backend)	PHPUnit	>80%	Backend Dev
Unit Tests (Frontend)	Jest	>70%	Frontend Dev
Integration Tests	PHPUnit, Pest	Critical paths	Backend Dev
API Tests	Pest, Postman	All endpoints	QA
E2E Tests	Cypress	Core user flows	QA
Performance Tests	k6, Laravel Debugbar	<2s response time	DevOps
Security Tests	OWASP ZAP, manual review	No critical vulnerabilities	Security Auditor

6.2 Test Environments

Environment	Purpose	Data
Local	Development	Mock data
Staging	Integration testing	Production-like data
Production	Live	Real user data

7. Quality Assurance

7.1 Code Reviews

Requirements:
- All PRs must have at least 1 approval.
- PRs must pass CI tests (PHPUnit, Jest, Pest).
- PRs must include a description of changes and screenshots (for UI changes).
Checklist:
- Code follows PSR-12 (PHP) / ESLint (JS) standards.
- No sensitive data (keys, passwords) committed.
- Tests added/updated for new functionality.
- Documentation updated (if applicable).

7.2 Definition of Done (DoD)

A task is Done when:

Code is merged to main branch.
All tests pass in CI.
No critical bugs reported in QA.
Documentation is updated.
Feature works as described in the PRD.

8. Timeline & Milestones

Phase	Duration	Start Date	End Date	Key Deliverables
Phase 1	6 weeks	2026-06-27	2026-08-07	Backend core, RBAC, Site/Server APIs
Phase 2	6 weeks	2026-08-08	2026-09-18	Agent system, deployment, basic monitoring
Phase 3	6 weeks	2026-09-19	2026-10-29	Security, advanced monitoring, alerts
Phase 4	6 weeks	2026-10-30	2026-12-10	Frontend dashboard, UX polish
Beta Release	-	2026-12-11	2026-12-22	Internal testing
Stable Release	-	2026-12-23	2026-12-30	Public release

9. Budget (Estimate)

Category	Cost (USD)	Notes
Salaries	$60,000	3 developers x $10,000/month x 6 months
Tools	$2,000	GitHub Pro, Sentry, Slack, Figma, etc.
Infrastructure	$3,000	Staging/production servers, databases, CI/CD
Design	$5,000	UI/UX design (Figma, branding)
Testing	$2,000	Penetration testing, security audits
Contingency	$8,000	10% buffer
Total	$80,000

10. Success Metrics

Metric	Target	Measurement
On-Time Delivery	100%	% of milestones met on time
Code Quality	>80%	Test coverage (backend + frontend)
User Adoption	50+ sites	Number of sites managed in first 3 months
Performance	<2s	Dashboard load time (p95)
Security	0 critical	Number of critical vulnerabilities in first 3 months
User Satisfaction	>4.5/5	Survey score from beta testers

11. Appendices

11.1 Glossary

RBAC: Role-Based Access Control.
MFA: Multi-Factor Authentication.
CVE: Common Vulnerabilities and Exposures.
TSDB: Time-Series Database.
CI/CD: Continuous Integration/Continuous Deployment.
E2E: End-to-End.

11.2 References

Version: 1.0
Last Updated: 2026-06-27
Next Review: 2026-07-27

Laravel Management Addon

Security and Monitoring Specification

1. Introduction

This document details the security measures, monitoring setup, and alerting mechanisms for the Laravel Management Addon. It ensures the system is secure by design, proactively monitored, and resilient to threats.

2. Security Architecture

2.1 Security Principles

Zero Trust: Verify every request, enforce least privilege.
Defense in Depth: Multiple layers of security (network, application, data).
Least Privilege: Users/agents have only the permissions they need.
Secure by Default: All features are secure out of the box.
Transparency: Audit logs for all sensitive actions.

2.2 Authentication & Authorization

2.2.1 Authentication

Mechanism: Laravel Fortify (for user auth) + Sanctum (for API tokens).
Features:
- Password hashing (bcrypt).
- Password reset via email.
- Remember me tokens (encrypted).
- Rate limiting for login attempts (5 attempts/5 minutes).
Multi-Factor Authentication (MFA):
- Method: TOTP (Time-Based One-Time Password).
- Enforcement: Mandatory for Super Admin and Site Admin roles.
- Recovery: Backup codes (generated on MFA setup).

2.2.2 Authorization (RBAC)

Roles:

Role	Permissions
Super Admin	Full access: manage users, roles, sites, servers, settings.
Site Admin	Manage assigned sites (install, update, monitor, secure).
Developer	Deploy code, manage dependencies, view logs/metrics.
Security Auditor	View security scans, vulnerabilities, audit logs.
Viewer	Read-only access to dashboards and reports.

Implementation:
- Laravel Gates/Policies for fine-grained control.
- Middleware to check roles/permissions for routes.
- Frontend: Hide/disable UI elements based on user permissions.

2.3 Data Protection

2.3.1 Encryption

At Rest:
- Database fields (e.g., SSH keys, API tokens, passwords) encrypted using Laravel’s encrypt() helper (AES-256).
- Backup files encrypted (AES-256) before offsite storage.
In Transit:
- HTTPS enforced for all communications (TLS 1.2+).
- SSH for agent-backend communication (SFTP for file transfers).

2.3.2 Sensitive Data Handling

Never Log:
- Passwords, API keys, SSH keys, tokens.
- Credit card numbers, PII (Personally Identifiable Information).
Masking:
- Mask sensitive data in logs (e.g., ***** for passwords).
- Use config:show to hide sensitive .env values in debug output.

2.3.3 Secrets Management

Storage:
- Secrets (e.g., database passwords, API keys) stored in .env files (excluded from Git).
- Use Laravel’s config() helper to access secrets (never hardcode).
Rotation:
- Automated rotation for API tokens (every 90 days).
- Manual rotation for SSH keys (on compromise or annually).

2.4 Network Security

2.4.1 Firewall Rules (UFW)

Default Policy: Deny all incoming, allow all outgoing.

Allowed Ports:

Port	Protocol	Purpose	Restrict to
22	TCP	SSH	Backend IP + trusted IPs
80	TCP	HTTP	All (redirect to HTTPS)
443	TCP	HTTPS	All
3306	TCP	MySQL	Backend IP
5432	TCP	PostgreSQL	Backend IP
6379	TCP	Redis	Backend IP

Automation:
- UFW rules managed via backend API (e.g., POST /api/sites/{id}/firewall).
- Rules applied by agent on the managed server.

2.4.2 SSH Hardening

Authentication:
- Disable password authentication (SSH keys only).
- Use ed25519 keys (preferred) or RSA (4096-bit).
Access Control:
- Restrict SSH access to backend IP (via UFW).
- Use Fail2Ban to block brute-force attacks (5 failed attempts = 1-hour ban).
Agent SSH:
- Dedicated SSH user for agents (e.g., laravel-agent).
- Restrict agent user to specific commands (via authorized_keys command= option).

2.4.3 SSL/TLS

Certificates:
- Let’s Encrypt (free, automated) for all domains.
- Wildcard certificates for subdomains (if needed).
Automation:
- Certbot for certificate issuance/renewal.
- Agent handles renewal (cron job: certbot renew --quiet).
Configuration:
- TLS 1.2+ (disable TLS 1.0/1.1, SSLv3).
- Strong ciphers (e.g., ECDHE-ECDSA-AES256-GCM-SHA384).
- HSTS header (Strict-Transport-Security: max-age=31536000; includeSubDomains).

2.5 Application Security

2.5.1 Input Validation

Backend:
- Laravel’s built-in validation (e.g., Request::validate()).
- Sanitize inputs for SQL injection (use Eloquent/Query Builder).
- Sanitize inputs for XSS (use e() helper or {!! !!} with caution).
Frontend:
- Client-side validation (React Hook Form + Zod).
- Never trust frontend validation alone.

2.5.2 CSRF Protection

Mechanism: Laravel’s VerifyCsrfToken middleware.
API:
- Use Sanctum tokens (not cookies) for API requests.
- CSRF tokens for web forms (e.g., login).

2.5.3 Rate Limiting

Backend:
- Laravel’s throttle middleware (60 requests/minute for APIs).
- Custom rate limits for sensitive endpoints (e.g., login: 5 attempts/5 minutes).
Agent:
- Rate limit agent commands (e.g., 1 scan/hour per site).

2.5.4 Security Headers

Middleware: AppServiceProvider::boot() or middleware group.

Headers:

// In AppServiceProvider or a dedicated middleware
header("X-Content-Type-Options: nosniff");
header("X-Frame-Options: DENY");
header("X-XSS-Protection: 1; mode=block");
header("Referrer-Policy: strict-origin-when-cross-origin");
header("Content-Security-Policy: default-src 'self'; script-src 'self' 'unsafe-inline' cdn.jsdelivr.net; style-src 'self' 'unsafe-inline' cdn.jsdelivr.net;");
header("Strict-Transport-Security: max-age=31536000; includeSubDomains; preload");

2.6 Dependency Security

2.6.1 Composer Packages

Scanning:
- SensioLabs Security Checker: Scan for known vulnerabilities in Composer packages.
- LocalPHP Security Checker: Local alternative (offline-capable).
Automation:
- Scan on every deployment (composer audit).
- Weekly automated scans for all sites.
Alerts:
- Critical vulnerabilities: immediate email + Slack + dashboard alert.
- High vulnerabilities: daily digest email.

2.6.2 Laravel Core

Updates:
- Monitor Laravel Releases for security patches.
- Auto-update minor/patch versions (configurable per site).
Vulnerability Tracking:
- Subscribe to Laravel security advisories (e.g., Laravel Security).
- Cross-reference with CVE databases.

2.6.3 Frontend Dependencies

Scanning:
- npm audit for JavaScript packages.
- yarn audit (if using Yarn).
Automation:
- Scan on every frontend build.
- Block deployments if critical vulnerabilities exist.

2.7 Audit Logging

2.7.1 Logged Actions

Category	Actions
User	Login, logout, MFA setup, password change
Site	Create, update, delete, deploy
Server	Create, update, delete, SSH key changes
Security	Firewall rule changes, SSL certificate requests, vulnerability scans
Updates	Laravel/Composer/Git updates, rollbacks
Backups	Create, restore, delete

2.7.2 Log Structure

{
  "id": "uuid",
  "user_id": 123,
  "action": "site.deploy",
  "target": "sites",
  "target_id": 456,
  "ip_address": "192.168.1.100",
  "user_agent": "Mozilla/5.0...",
  "status": "success",
  "metadata": {
    "site_name": "My Laravel App",
    "git_branch": "main"
  },
  "created_at": "2026-06-27T12:00:00Z"
}

2.7.3 Storage

Database: audit_logs table (pruned after 1 year).
Retention: 1 year (configurable).
Export: CSV/JSON export for compliance.

2.8 Agent Security

2.8.1 Agent Authentication

SSH Keys:
- Each agent has a unique SSH key pair.
- Public key stored on the managed server (~/.ssh/authorized_keys).
- Private key stored encrypted in the backend database.
Command Signing:
- Backend signs commands with a private key.
- Agent verifies signatures before execution.

2.8.2 Agent Permissions

Restricted User:
- Agent runs as a dedicated user (e.g., laravel-agent).
- User has limited permissions (no sudo by default).
Command Whitelisting:
- Agent only executes predefined commands (e.g., git pull, composer install).
- Commands are validated against a whitelist.

2.8.3 Agent Communication

Pull Model:
- Agent polls backend for tasks (e.g., every 30 seconds).
- Reduces inbound connections to managed servers.
Push Model (Fallback):
- Backend pushes commands via SSH (for urgent tasks).
- Requires SSH access to be pre-configured.

3. Monitoring Architecture

3.1 Monitoring Goals

Uptime: Ensure Laravel apps and backend are available.
Performance: Track response times, error rates, resource usage.
Security: Detect vulnerabilities, attacks, or misconfigurations.
Dependencies: Monitor Laravel/Composer/Git updates.

3.2 Monitoring Components

3.2.1 Backend Monitoring

Tools:
- Laravel Telescope: Request/response, queries, exceptions, logs.
- Sentry: Error tracking (frontend + backend).
- New Relic/Prometheus: Performance metrics (APM).

Metrics:

Metric	Description	Target
Request Rate	Requests per minute	< 1000/min
Error Rate	% of failed requests	< 1%
Response Time	Avg. response time	< 500ms
Memory Usage	Backend memory usage	< 512MB
CPU Usage	Backend CPU usage	< 70%

3.2.2 Agent Monitoring

Server Metrics:

Metric Description Target

CPU Usage % CPU usage < 80%

Memory Usage % memory usage < 85%

Disk Usage % disk usage < 90%

Load Average 1/5/15 min load < 1.0 per core
Laravel App Metrics:

Metric Description Target

Queue Length Number of queued jobs < 100

Log Errors Errors in Laravel logs 0

Dependency Updates Pending Composer updates < 5

Metric	Description	Target
CPU Usage	% CPU usage	< 80%
Memory Usage	% memory usage	< 85%
Disk Usage	% disk usage	< 90%
Load Average	1/5/15 min load	< 1.0 per core

Metric	Description	Target
Queue Length	Number of queued jobs	< 100
Log Errors	Errors in Laravel logs	0
Dependency Updates	Pending Composer updates	< 5

3.2.3 Security Monitoring

Vulnerability Scans:
- Frequency: Daily (configurable).
- Tools: SensioLabs, LocalPHP Security Checker.
- Metrics:
  
  Metric Description Target
  
  Critical Vulnerabilities Number of critical CVEs 0
  
  High Vulnerabilities Number of high CVEs < 5
File Integrity:
- Tool: Custom script to detect unauthorized file changes.
- Frequency: Hourly.
- Alerts: Immediate for changes to .env, config/, vendor/.

Metric	Description	Target
Critical Vulnerabilities	Number of critical CVEs	0
High Vulnerabilities	Number of high CVEs	< 5

3.3 Monitoring Tools Integration

Tool	Purpose	Integration Method
Laravel Telescope	App-level monitoring	Laravel package
Sentry	Error tracking	Laravel SDK + Frontend SDK
New Relic	APM	PHP agent + Infrastructure agent
Prometheus	Metrics collection	Node Exporter + Laravel Exporter
Grafana	Dashboards	Prometheus data source
SensioLabs Security Checker	Vulnerability scanning	CLI + API
LocalPHP Security Checker	Local vulnerability scanning	CLI
Fail2Ban	Brute-force protection	System package

3.4 Alerting System

3.4.1 Alert Severity Levels

Severity	Description	Response Time	Notification Channels
Critical	System down, security breach, critical vulnerability	Immediate	Email, Slack, SMS, Dashboard
High	High error rate, resource exhaustion, high vulnerability	< 1 hour	Email, Slack, Dashboard
Medium	Performance degradation, medium vulnerability	< 4 hours	Email, Dashboard
Low	Informational alerts (e.g., minor updates)	< 24 hours	Dashboard

3.4.2 Alert Rules

Category	Metric	Threshold	Severity	Cooldown
Uptime	Backend down	1 failed health check	Critical	5 minutes
Uptime	Agent offline	5 missed heartbeats	High	10 minutes
Performance	Response time	> 2s (p95)	High	1 hour
Performance	Error rate	> 5%	High	1 hour
Performance	CPU usage	> 90% for 5 minutes	High	1 hour
Performance	Memory usage	> 85% for 5 minutes	High	1 hour
Security	Critical vulnerability	1+	Critical	0 (immediate)
Security	Failed login attempts	5 in 5 minutes	Medium	1 hour
Security	Unauthorized file change	1+	Critical	0 (immediate)
Updates	Laravel security update	Available	Medium	1 day
Updates	Composer security update	Available	High	1 hour

3.4.3 Notification Channels

Email:
- SMTP integration (configurable sender/recipients).
- Templates for each alert type (e.g., critical vulnerability, high CPU).
Slack:
- Webhook integration.
- Channel: #laravel-addon-alerts.
- Format: Rich messages with emoji, colors, and links.
SMS:
- Twilio integration (for Critical alerts only).
- Configurable phone numbers.
Dashboard:
- Real-time alerts via WebSockets (Laravel Echo + Pusher).
- Alert bell icon with badge counter.
- Alert list with filtering (by severity, site, time).

3.5 Dashboards

3.5.1 Backend Dashboard

Purpose: Monitor the health of the Laravel Management Addon itself.
Widgets:
- Uptime status (backend + agents).
- Request rate, error rate, response time.
- Resource usage (CPU, memory, disk).
- Active alerts (grouped by severity).
Tools: Grafana (for metrics) + custom Laravel dashboard (for alerts).

3.5.2 Site Dashboard

Purpose: Monitor individual Laravel sites.
Widgets:
- Site status (online/offline).
- Latest deployment (time, commit, status).
- Performance metrics (response time, error rate).
- Resource usage (CPU, memory, disk).
- Security status (vulnerabilities, firewall, SSL).
- Pending updates (Laravel, Composer, Git).
- Recent alerts (last 24 hours).

3.5.3 Security Dashboard

Purpose: Centralized view of security posture.
Widgets:
- Vulnerability scan results (grouped by severity).
- Firewall rules (per site/server).
- SSL certificate status (expiry dates).
- Failed login attempts (last 7 days).
- Audit logs (filterable by user/action).

4. Incident Response Plan

4.1 Incident Classification

Severity	Description	Example
SEV-1	Critical impact (system down, data breach)	Backend unavailable, SQL injection
SEV-2	High impact (major feature broken)	Deployment failures, high error rate
SEV-3	Medium impact (minor feature broken)	Monitoring delays, UI bugs
SEV-4	Low impact (cosmetic issues)	Typo in dashboard

4.2 Response Procedures

4.2.1 SEV-1 Incident

Detect:
- Alert triggered (email/Slack/SMS).
- Manual report (user or team member).
Triage (5 minutes):
- Assign incident commander (Technical Lead or on-call).
- Confirm incident (check dashboards, logs).
- Declare SEV-1 if confirmed.
Mitigate (15 minutes):
- Isolate affected systems (e.g., take backend offline).
- Apply temporary fixes (e.g., rollback deployment).
Resolve (1 hour):
- Root cause analysis (RCA).
- Permanent fix (e.g., patch vulnerability).
Recover (1 hour):
- Restore service (e.g., redeploy backend).
- Verify functionality.
Post-Mortem (24 hours):
- Document incident (timeline, impact, RCA).
- Action items to prevent recurrence.
- Share with team/stakeholders.

4.2.2 SEV-2 Incident

Detect: Alert or report.
Triage (15 minutes):
- Assign owner (Backend/Frontend Lead).
- Confirm impact.
Mitigate (30 minutes):
- Apply workaround (e.g., disable feature).
Resolve (4 hours):
- Permanent fix.
Post-Mortem (48 hours):
- Document and share.

4.2.3 SEV-3/4 Incident

Handle during normal working hours.
Fix in next sprint.

4.3 Communication Plan

Severity	Internal Notification	External Notification	Frequency
SEV-1	Slack + Email + SMS	Status page + Email (users)	Every 30 minutes
SEV-2	Slack + Email	Status page (if prolonged)	Every 2 hours
SEV-3	Slack	None	Daily
SEV-4	Slack	None	As needed

Status Page:
- Hosted on Upptime or similar.
- Shows incident history, current status, and maintenance windows.

4.4 Escalation Path

First Responder: Developer on call.
Incident Commander: Technical Lead (if SEV-1).
Executive: Hasan AlDoy (if SEV-1 with major impact).

5. Compliance & Auditing

5.1 Compliance Requirements

GDPR:
- Right to access, rectification, erasure.
- Data minimization (only collect necessary data).
- Breach notification within 72 hours.
PCI DSS: Not applicable (no payment processing).
SOC 2: Future consideration for enterprise customers.

5.2 Audit Trails

User Actions:
- Log all sensitive actions (see Audit Logging).
System Events:
- Log agent commands, deployments, scans.
Retention:
- Audit logs: 1 year.
- Monitoring metrics: 3 months (raw), 1 year (aggregated).

5.3 Third-Party Audits

Penetration Testing:
- Annual external audit (e.g., via HackerOne).
- Scope: Backend, frontend, agent system.
Code Reviews:
- Internal peer reviews for all PRs.
- External review for critical components (e.g., auth, agent).

6. Disaster Recovery

6.1 Backup Strategy

Data	Frequency	Retention	Storage
Backend Database	Daily	30 days	Encrypted S3
Backend Files	Weekly	90 days	Encrypted S3
Agent Backups	N/A	N/A	Git (code)
Server Configs	Weekly	90 days	Encrypted S3

Backup Process:
- Automated via Laravel scheduled commands.
- Encrypted using AWS KMS or OpenSSL.
- Offsite storage (S3 + versioning).

6.2 Recovery Procedures

6.2.1 Backend Recovery

Restore Database:
- Download latest backup from S3.
- Decrypt and restore to MySQL/PostgreSQL.
Restore Files:
- Pull Docker images from registry.
- Restore volumes from S3.
Reconfigure:
- Update .env with current secrets.
- Restart services.

6.2.2 Agent Recovery

Reinstall Agent:
- Run installation script on the managed server.
- Re-register with backend.
Reapply Configurations:
- Firewall rules, SSL certificates, etc.

6.2.3 Site Recovery

Restore from Backup:
- Use site’s backup (database + files).
Redeploy:
- Trigger deployment from Git.

6.3 Failover Plan

Backend:
- Multi-region deployment (if using cloud).
- DNS failover to secondary region (TTL: 60 seconds).
Database:
- Read replicas for reporting.
- Failover to replica if primary fails.
Agents:
- If agent fails, redeploy to a new server.
- Central backend tracks agent health and alerts on failures.

7. Training & Awareness

7.1 Team Training

Security Best Practices:
- Annual training on OWASP Top 10, secure coding.
- Hands-on workshops (e.g., SQL injection, XSS).
Tool Training:
- Laravel security features (e.g., validation, encryption).
- Monitoring tools (Sentry, New Relic, Grafana).
Incident Response:
- Tabletop exercises for SEV-1/SEV-2 incidents.

7.2 User Awareness

Documentation:
- Security best practices for Laravel apps (e.g., .env protection, HTTPS).
- How to interpret alerts and dashboards.
Alerts:
- Clear, actionable messages (e.g., "Critical vulnerability in laravel/framework: Update to v13.2.0").

8. Appendices

8.1 Glossary

Term	Definition
APM	Application Performance Monitoring
CVE	Common Vulnerabilities and Exposures
HSTS	HTTP Strict Transport Security
MFA	Multi-Factor Authentication
OWASP	Open Web Application Security Project
RBAC	Role-Based Access Control
SEV	Severity (e.g., SEV-1 = Critical)
TSDB	Time-Series Database

8.2 References

8.3 Checklists

8.3.1 Pre-Deployment Security Checklist

8.3.2 Incident Response Checklist

Version: 1.0
Last Updated: 2026-06-27
Next Review: 2026-07-27 I’ve generated four comprehensive documents to enable your development team to build the Laravel Management Addon from scratch. Each document is now available as a canvas for easy editing, collaboration, and iteration:

📄 1. Product Requirements Document (PRD)

Purpose: Defines the what and why of the Laravel Management Addon. Key Sections:

Objectives (automation, security, monitoring, scalability).
Functional requirements (installation, maintenance, security, monitoring, multi-site management).
Non-functional requirements (performance, security, compatibility).
User roles and permissions (Super Admin, Site Admin, Developer, Security Auditor, Viewer).
Assumptions, constraints, and dependencies.
Risks and mitigations.

Canvas: laravel-management-addon-prd

🏗️ 2. Technical Architecture Document (TAD)

Purpose: Defines the how—the system’s architecture, components, and integrations. Key Sections:

High-level and component-level architecture diagrams (Mermaid).
Technology stack (Laravel 13+, React, Redis, Docker, etc.).
Detailed component design (frontend, backend, database, agents).
Data flow diagrams for deployment, security scans, and monitoring.
Security architecture (authentication, encryption, network security).
Monitoring and alerting design.
Deployment and scalability considerations.

Canvas: laravel-management-addon-architecture

📅 3. Development Plan

Purpose: Outlines the who, when, and how for execution. Key Sections:

4 Phases (Foundation, Agent System, Security, Frontend) with tasks, timelines, and milestones.
Team structure (roles, responsibilities, tools).
Testing strategy (unit, integration, E2E, security).
Risk management (contingency plans, escalation paths).
Budget estimate ($80,000) and success metrics.

Canvas: laravel-management-addon-development-plan

🔒 4. Security and Monitoring Specification

Purpose: Ensures the system is secure by design and proactively monitored. Key Sections:

Security principles (zero trust, defense in depth, least privilege).
Authentication (MFA, RBAC) and data protection (encryption, secrets management).
Network security (firewall, SSH hardening, SSL/TLS).
Dependency security (Composer, Laravel core, frontend).
Monitoring architecture (metrics, tools, dashboards).
Alerting system (severity levels, rules, notification channels).
Incident response plan (SEV-1 to SEV-4 procedures).
Compliance, auditing, and disaster recovery.

Canvas: laravel-management-addon-security-monitoring

🚀 Next Steps for Your Team

Review and Refine: Have your team review each document and suggest edits directly in the canvases.
Assign Owners: Use the Development Plan to assign roles and responsibilities.
Prioritize: Start with Phase 1 (Foundation & Core Backend) to establish the base.
Tooling Setup: Set up the development environment (Docker, Laravel 13+, React, etc.) as outlined in the TAD.
Security First: Implement the Security and Monitoring requirements from day one.

Question: Would you like me to dive deeper into any specific section (e.g., agent system design, security scanning integration, or frontend UI mockups) to kickstart development?

aldoyh/cyberpanel-laravel-addon-prd.md

Laravel Management Addon

Product Requirements Document (PRD)

1. Introduction

2. Objectives

3. Functional Requirements

3.1 Installation & Deployment

3.2 Maintenance & Updates

3.3 Security Management

3.4 Monitoring & Alerts

3.5 Multi-Site Management

3.6 Backup & Recovery

4. Non-Functional Requirements

4.1 Performance

4.2 Security

4.3 Scalability

4.4 Compatibility

5. User Roles & Permissions

6. Assumptions & Constraints

7. Dependencies

8. Risks & Mitigations

9. Glossary

10. Approval

Laravel Management Addon

Technical Architecture Document (TAD)

1. Overview

2. System Architecture

2.1 High-Level Architecture

2.2 Component Diagram

3. Technology Stack

4. Detailed Component Design

4.1 Frontend Architecture

4.2 Backend Architecture

4.3 Database Schema (Core Tables)

4.4 Agent Worker Design

4.5 API Endpoints

5. Data Flow

5.1 Site Deployment Flow

5.2 Security Scan Flow

6. Security Architecture

6.1 Authentication & Authorization

6.2 Data Protection

6.3 Network Security

6.4 Vulnerability Management

7. Monitoring & Alerting

7.1 Metrics Collection

7.2 Alert Rules

7.3 Notification Channels

8. Deployment Architecture

8.1 Backend Deployment

8.2 Agent Deployment

8.3 CI/CD Pipeline

9. Scalability Considerations

9.1 Horizontal Scaling

9.2 Performance Optimization

10. Disaster Recovery

10.1 Backup Strategy

10.2 Failover Plan

11. Open Questions & Decisions Log

Laravel Management Addon

Development Plan

1. Overview

2. Project Phases

Phase 1: Foundation & Core Backend (Weeks 1-6)

2.1.1 Tasks

2.1.2 Deliverables

2.1.3 Milestones

Phase 2: Agent System & Core Features (Weeks 7-12)

2.2.1 Tasks

2.2.2 Deliverables

2.2.3 Milestones

Phase 3: Security & Advanced Features (Weeks 13-18)

2.3.1 Tasks

2.3.2 Deliverables

2.3.3 Milestones

Phase 4: Frontend & Polish (Weeks 19-24)

2.4.1 Tasks

2.4.2 Deliverables

2.4.3 Milestones

3. Team Structure