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IGNY8 Application Architecture

Last Updated: 2025-01-XX (Added 6 missing modules: Linker, Optimizer, Publisher, Site Builder, Automation, Integration)
Purpose: Complete application architecture documentation covering system hierarchy, user roles, access control, modules, workflows, data models, multi-tenancy, API architecture, and security.

Table of Contents

  1. System Overview
  2. System Hierarchy
  3. User Roles & Access Control
  4. Module Organization
  5. Complete Workflows
  6. Data Models & Relationships
  7. Multi-Tenancy Architecture
  8. API Architecture
  9. Security Architecture
  10. Integration Points

System Overview

IGNY8 is a full-stack SaaS platform for SEO keyword management and AI-driven content generation. The system provides a scalable, multi-account platform that enables users to manage keywords, generate content ideas, create AI-powered content, and publish to WordPress.

Platform Capabilities

Capability Description Module
Keyword Management Import, organize, filter, and manage SEO keywords Planner
Keyword Clustering AI-powered semantic clustering of related keywords Planner
Content Ideas Generate content ideas from keyword clusters Planner
Content Generation AI-powered blog post and article generation Writer
Image Generation AI-powered image generation (DALL-E, Runware) Writer
WordPress Integration Direct publishing to WordPress sites Writer
Internal Linking AI-powered internal linking suggestions Linker
Content Optimization Content scoring and optimization suggestions Optimizer
Site Publishing Publishing records and site deployment Publisher
Site Blueprints Site structure and page blueprint management Site Builder
Automation Automation rules and scheduled tasks Automation
Site Integration External platform integrations and sync Integration
Account Management Multi-account SaaS with user roles Auth
Billing & Credits Credit-based billing system Billing
AI Configuration Customizable AI prompts and settings System

System Hierarchy

Entity Relationships

Account (1) ──< (N) User
Account (1) ──< (1) Subscription ──> (1) Plan
Account (1) ──< (N) Site
Site (1) ──< (1-5) Sector
Sector (1) ──< (N) Keywords, Clusters, ContentIdeas, Tasks
Cluster (1) ──< (N) Keywords (Many-to-Many)
Cluster (1) ──< (N) ContentIdeas
ContentIdeas (1) ──< (N) Tasks
Task (1) ──> (1) Content
Task (1) ──< (N) Images

Hierarchy Details

Account Level:

  • Top-level organization/workspace
  • Contains users, sites, subscriptions, and all data
  • Has credit balance and plan assignment
  • Status: active, suspended, trial, cancelled

User Level:

  • Individual user accounts within an account
  • Has role (developer, owner, admin, editor, viewer)
  • Can belong to only one account
  • Access controlled by role and site permissions

Site Level:

  • Workspace within an account (1-N relationship)
  • Can have multiple active sites simultaneously
  • Has WordPress integration settings (URL, username, password)
  • Can be associated with an industry
  • Status: active, inactive, suspended

Sector Level:

  • Content category within a site (1-5 per site)
  • Organizes keywords, clusters, ideas, and tasks
  • Can reference an industry sector template
  • Status: active, inactive

Content Level:

  • Keywords, Clusters, ContentIdeas belong to Sector
  • Tasks, Content, Images belong to Sector
  • All content is automatically associated with Account and Site

User Roles & Access Control

User Roles

Role Access Level Description Permissions
Developer System-wide Full system access, bypasses all restrictions All accounts, all sites, all data, system settings
Owner Account-wide Full account access, can manage users and billing All sites in account, user management, billing
Admin Account-wide Account admin access, can manage content and users All sites in account, content management, user management
Editor Site-specific Content editing access, can manage clusters/tasks Granted sites only, content editing
Viewer Site-specific Read-only access Granted sites only, read-only
System Bot System-wide System automation user All accounts, all sites, all data

Access Control Matrix

User Role Account Access Site Access Data Access User Management Billing
Developer All accounts All sites All data Yes Yes
System Bot All accounts All sites All data No No
Owner Own account All sites in account All data in account Yes Yes
Admin Own account All sites in account All data in account Yes No
Editor Own account Granted sites only Data in granted sites No No
Viewer Own account Granted sites only Read-only in granted sites No No

Site Access Control

Automatic Access:

  • Owners and Admins: Automatic access to all sites in their account
  • Developers and System Bot: Access to all sites across all accounts

Explicit Access:

  • Editors and Viewers: Require explicit SiteUserAccess records
  • Access granted by Owner or Admin
  • Access can be revoked at any time

Account Isolation

Principle: All data is automatically filtered by account.

Implementation:

  • All models inherit AccountBaseModel with account ForeignKey
  • All ViewSets inherit AccountModelViewSet with automatic filtering
  • Middleware sets request.account from JWT token
  • Queries automatically filter by account (except for Developer/System Bot)

Module Organization

Module Structure

Module Purpose Models ViewSets Celery Tasks
Planner Keyword management & content planning Keywords, Clusters, ContentIdeas KeywordViewSet, ClusterViewSet, ContentIdeasViewSet auto_cluster_keywords_task, auto_generate_ideas_task
Writer Content generation & management Tasks, Content, Images TasksViewSet, ContentViewSet, ImagesViewSet auto_generate_content_task, auto_generate_images_task
Linker Internal linking operations - LinkerViewSet -
Optimizer Content optimization & scoring - OptimizerViewSet -
Publisher Publishing records & site deployment PublishingRecord, DeploymentRecord PublishingRecordViewSet, DeploymentRecordViewSet, PublisherViewSet -
Site Builder Site blueprint management SiteBlueprint, PageBlueprint, SiteBlueprintCluster, SiteBlueprintTaxonomy SiteBlueprintViewSet, PageBlueprintViewSet, SiteAssetView, SiteBuilderMetadataView -
Automation Automation rules & scheduled tasks AutomationRule, ScheduledTask AutomationRuleViewSet, ScheduledTaskViewSet -
Integration External platform integrations SiteIntegration IntegrationViewSet -
System Settings, prompts, integrations AIPrompt, IntegrationSettings, AuthorProfile, Strategy AIPromptViewSet, IntegrationSettingsViewSet, AuthorProfileViewSet -
Billing Credits, transactions, usage CreditTransaction, CreditUsageLog CreditTransactionViewSet, CreditUsageLogViewSet -
Auth Multi-tenancy, users, accounts Account, User, Plan, Site, Sector AccountViewSet, UserViewSet, SiteViewSet, SectorViewSet -

Module Dependencies

Auth (Core)
  ├── Planner (depends on Auth)
  ├── Writer (depends on Auth, Planner)
  ├── Linker (depends on Auth, Writer)
  ├── Optimizer (depends on Auth, Writer)
  ├── Publisher (depends on Auth, Writer, Site Builder)
  ├── Site Builder (depends on Auth, Planner)
  ├── Automation (depends on Auth, Planner, Writer)
  ├── Integration (depends on Auth, Writer)
  ├── System (depends on Auth)
  └── Billing (depends on Auth)

Module Features

Planner Module

Purpose: Keyword research, clustering, and content idea generation

Features:

  • Keyword import (CSV/manual)
  • Keyword filtering and organization
  • AI-powered keyword clustering
  • Content idea generation from clusters
  • Keyword-to-cluster mapping
  • Cluster metrics and analytics

Models:

  • Keywords: Individual keywords with metrics (volume, difficulty, intent)
  • Clusters: Groups of related keywords
  • ContentIdeas: Content ideas generated from clusters

Writer Module

Purpose: Content generation, image generation, and publishing

Features:

  • Task creation from content ideas
  • AI-powered content generation
  • Content editing and review
  • Image prompt extraction
  • AI-powered image generation
  • WordPress publishing

Models:

  • Tasks: Content generation tasks
  • Content: Generated HTML content
  • Images: Generated images (featured, in-article)

System Module

Purpose: System configuration and AI settings

Features:

  • AI prompt management
  • Integration settings (OpenAI, Runware)
  • Author profile management
  • Content strategy management
  • System status and monitoring

Models:

  • AIPrompt: AI prompt templates
  • IntegrationSettings: API keys and configuration
  • AuthorProfile: Writing style profiles
  • Strategy: Content strategies

Linker Module

Purpose: Internal linking operations for content

Features:

  • AI-powered internal linking suggestions
  • Content-to-content link analysis
  • Cluster-based link recommendations
  • Batch linking operations
  • Link validation and management

ViewSets:

  • LinkerViewSet: Process content for internal linking

Optimizer Module

Purpose: Content optimization and scoring

Features:

  • Content analysis and scoring
  • SEO optimization suggestions
  • Readability improvements
  • Content quality metrics
  • Batch optimization operations

ViewSets:

  • OptimizerViewSet: Optimize and analyze content

Publisher Module

Purpose: Publishing records and site deployment

Features:

  • Publishing record tracking
  • Deployment record management
  • Site definition management
  • Publishing status tracking
  • Multi-destination publishing support

Models:

  • PublishingRecord: Records of content publishing
  • DeploymentRecord: Site deployment records

ViewSets:

  • PublishingRecordViewSet: Manage publishing records
  • DeploymentRecordViewSet: Manage deployment records
  • PublisherViewSet: Publishing operations

Site Builder Module

Purpose: Site blueprint and structure management

Features:

  • Site blueprint creation and management
  • Page blueprint management
  • Cluster attachment to blueprints
  • Taxonomy management
  • Site structure generation
  • Page content generation
  • Site asset management

Models:

  • SiteBlueprint: Site structure blueprints
  • PageBlueprint: Individual page blueprints
  • SiteBlueprintCluster: Cluster-to-blueprint links
  • SiteBlueprintTaxonomy: Taxonomy definitions

ViewSets:

  • SiteBlueprintViewSet: Manage site blueprints
  • PageBlueprintViewSet: Manage page blueprints
  • SiteAssetView: File management for site assets
  • SiteBuilderMetadataView: Metadata for site builder

Note: Site Builder Wizard UI has been removed. Blueprints can be managed via API.

Automation Module

Purpose: Automation rules and scheduled tasks

Features:

  • Automation rule creation and management
  • Scheduled task management
  • Rule execution tracking
  • Trigger-based automation
  • Conditional automation workflows

Models:

  • AutomationRule: Automation rule definitions
  • ScheduledTask: Scheduled task records

ViewSets:

  • AutomationRuleViewSet: Manage automation rules
  • ScheduledTaskViewSet: Manage scheduled tasks

Integration Module

Purpose: External platform integrations and synchronization

Features:

  • Site integration management (WordPress, etc.)
  • Integration connection testing
  • Content synchronization
  • Sync health monitoring
  • Multi-platform publishing support

Models:

  • SiteIntegration: Site-to-platform integration records

ViewSets:

  • IntegrationViewSet: Manage site integrations

Billing Module

Purpose: Credit management and usage tracking

Features:

  • Credit balance tracking
  • Credit transactions
  • Usage logging
  • Cost tracking

Models:

  • CreditTransaction: Credit additions and deductions
  • CreditUsageLog: Usage tracking with cost

Auth Module

Purpose: Multi-tenancy and user management

Features:

  • Account management
  • User management
  • Plan management
  • Site and sector management
  • Industry templates

Models:

  • Account: Top-level organization
  • User: User accounts
  • Plan: Subscription plans
  • Site: Sites within accounts
  • Sector: Sectors within sites
  • Industry: Global industry templates
  • IndustrySector: Industry sector templates

Complete Workflows

1. Account Setup Workflow

Purpose: Onboard a new account and user

Steps:

  1. User signs up via /signup
  2. Account created with default plan
  3. Owner user created and linked to account
  4. User signs in via /signin
  5. JWT token generated and returned
  6. Frontend stores token and redirects to dashboard
  7. User creates first site (optional)
  8. User creates sectors (1-5 per site, optional)
  9. User configures integration settings (OpenAI, Runware)
  10. System ready for use

Data Created:

  • 1 Account record
  • 1 User record (owner role)
  • 1 Subscription record (default plan)
  • 0-N Site records
  • 0-N Sector records (per site)
  • 1 IntegrationSettings record (per integration type)

2. Keyword Management Workflow

Purpose: Import, organize, and cluster keywords

Steps:

  1. User navigates to /planner/keywords
  2. User imports keywords via CSV or manual entry
  3. Keywords validated and stored in database
  4. Keywords displayed in table with filters
  5. User filters keywords by sector, status, intent, etc.
  6. User selects keywords for clustering
  7. User clicks "Auto Cluster" action
  8. Backend validates keyword IDs
  9. Celery task queued (auto_cluster_keywords_task)
  10. Task ID returned to frontend
  11. Frontend polls progress endpoint
  12. Celery worker processes task:
    • Loads keywords from database
    • Builds AI prompt with keyword data
    • Calls OpenAI API for clustering
    • Parses cluster response
    • Creates Cluster records
    • Links keywords to clusters
  13. Progress updates sent to frontend
  14. Task completes
  15. Frontend displays new clusters
  16. User can view clusters, edit cluster names, add/remove keywords

Data Created:

  • N Keyword records (if imported)
  • M Cluster records (created by AI)
  • N-M Keyword-to-Cluster relationships

AI Function: Auto Cluster Keywords

3. Content Idea Generation Workflow

Purpose: Generate content ideas from keyword clusters

Steps:

  1. User navigates to /planner/clusters
  2. User selects one or more clusters
  3. User clicks "Generate Ideas" action
  4. Backend validates cluster IDs
  5. Celery task queued (auto_generate_ideas_task)
  6. Task ID returned to frontend
  7. Frontend polls progress endpoint
  8. Celery worker processes task:
    • Loads clusters and keywords
    • Builds AI prompt with cluster data
    • Calls OpenAI API for idea generation
    • Parses idea response
    • Creates ContentIdeas records
    • Links ideas to clusters
  9. Progress updates sent to frontend
  10. Task completes
  11. Frontend displays new content ideas
  12. User can view ideas, edit titles, prioritize ideas

Data Created:

  • N ContentIdeas records (created by AI)
  • N ContentIdeas-to-Cluster relationships

AI Function: Generate Ideas

4. Content Generation Workflow

Purpose: Generate AI-powered content from content ideas

Steps:

  1. User navigates to /planner/ideas
  2. User selects one or more content ideas
  3. User clicks "Create Tasks" action
  4. Task records created for each idea
  5. User navigates to /writer/tasks
  6. User selects tasks for content generation
  7. User clicks "Generate Content" action
  8. Backend validates task IDs
  9. Celery task queued (auto_generate_content_task)
  10. Task ID returned to frontend
  11. Frontend polls progress endpoint
  12. Celery worker processes task:
    • Loads tasks and related data (cluster, keywords, idea)
    • Builds AI prompt with task data
    • Calls OpenAI API for content generation
    • Parses HTML content response
    • Creates/updates Content records
    • Updates task status
  13. Progress updates sent to frontend
  14. Task completes
  15. Frontend displays generated content
  16. User can review and edit content
  17. User navigates to /writer/content to view content

Data Created:

  • N Task records (from ideas)
  • N Content records (generated HTML)

AI Function: Generate Content

5. Image Generation Workflow

Purpose: Generate images for content

Steps:

  1. User navigates to /writer/content
  2. User selects content items
  3. User clicks "Generate Image Prompts" action (optional, can skip)
  4. Backend validates content IDs
  5. Celery task queued (auto_generate_image_prompts_task)
  6. Task processes:
    • Loads content HTML
    • Builds AI prompt for prompt extraction
    • Calls OpenAI API
    • Parses image prompts (featured, in-article)
    • Creates/updates Images records with prompts
  7. User clicks "Generate Images" action
  8. Backend validates image IDs
  9. Celery task queued (auto_generate_images_task)
  10. Task processes:
    • Loads images with prompts
    • Builds image generation prompt
    • Calls OpenAI DALL-E or Runware API
    • Receives image URLs
    • Updates Images records with URLs
  11. Images displayed in frontend
  12. User can view images, regenerate, or delete

Data Created:

  • N Images records (with prompts)
  • N Images records (with image URLs)

AI Functions: Generate Image Prompts, Generate Images

6. WordPress Publishing Workflow

Purpose: Publish content to WordPress

Steps:

  1. User navigates to /writer/content
  2. User selects content to publish
  3. User clicks "Publish to WordPress" action
  4. Backend validates:
    • Site has WordPress URL configured
    • Site has WordPress credentials
    • Content is ready (status: review or draft)
  5. Backend calls WordPress REST API:
    • Creates post with content HTML
    • Uploads featured image (if available)
    • Uploads in-article images (if available)
    • Sets post status (draft, publish)
  6. WordPress post ID stored in Content record
  7. Content status updated to "published"
  8. Frontend displays success message
  9. User can view published content in WordPress

Data Updated:

  • Content record: wp_post_id, status = "published"

Integration: WordPress REST API

7. User Management Workflow

Purpose: Add users to account and manage permissions

Steps:

  1. Owner/Admin navigates to /settings/users
  2. User clicks "Add User" action
  3. User enters email and selects role
  4. Backend creates User record:
    • Email validated (unique per account)
    • Role assigned
    • Account linked
    • Password set (or invitation sent)
  5. If role is Editor/Viewer:
    • Owner/Admin grants site access
    • SiteUserAccess records created
  6. New user receives invitation email
  7. New user signs in and accesses granted sites

Data Created:

  • 1 User record
  • 0-N SiteUserAccess records (for Editor/Viewer roles)

8. Integration Configuration Workflow

Purpose: Configure AI service integrations

Steps:

  1. User navigates to /settings/integration
  2. User selects integration type (OpenAI, Runware)
  3. User enters API key
  4. User clicks "Test Connection" (optional)
  5. Backend validates API key:
    • Makes test API call
    • Returns connection status
  6. User saves integration settings
  7. Backend stores API key in IntegrationSettings
  8. Integration ready for use in AI functions

Data Created/Updated:

  • 1 IntegrationSettings record (per integration type)

Test Functions: Test OpenAI, Test Runware

Data Models & Relationships

Core Models

Account Model:

  • Fields: name, slug, owner, plan, credits, status
  • Relationships: Users (1-N), Sites (1-N), Subscription (1-1)

User Model:

  • Fields: email, account, role
  • Relationships: Account (N-1), SiteUserAccess (N-M via SiteUserAccess)

Plan Model:

  • Fields: name, price, limits (users, sites, keywords, clusters, etc.), credits
  • Relationships: Accounts (1-N via Subscription)

Site Model:

  • Fields: name, slug, domain, industry, status, wp_url, wp_username, wp_app_password
  • Relationships: Account (N-1), Sectors (1-N), Industry (N-1)

Sector Model:

  • Fields: name, slug, site, industry_sector, status
  • Relationships: Site (N-1), IndustrySector (N-1), Keywords/Clusters/Ideas/Tasks (1-N)

Planner Models

Keywords Model:

  • Fields: keyword, volume, difficulty, intent, cluster (M-N)
  • Relationships: Sector (N-1), Clusters (M-N)

Clusters Model:

  • Fields: name, description, keywords_count, volume
  • Relationships: Sector (N-1), Keywords (M-N), ContentIdeas (1-N)

ContentIdeas Model:

  • Fields: idea_title, description, cluster, status
  • Relationships: Sector (N-1), Cluster (N-1), Tasks (1-N)

Writer Models

Tasks Model:

  • Fields: title, description, cluster, idea, status, content
  • Relationships: Sector (N-1), Cluster (N-1), ContentIdeas (N-1), Content (1-1), Images (1-N)

Content Model:

  • Fields: task, html_content, word_count, status, wp_post_id
  • Relationships: Task (1-1), Images (1-N)

Images Model:

  • Fields: task, content, image_type, prompt, image_url, status
  • Relationships: Task (N-1), Content (N-1)

System Models

AIPrompt Model:

  • Fields: prompt_type, prompt_value, account
  • Relationships: Account (N-1)

IntegrationSettings Model:

  • Fields: integration_type, config (JSON), account
  • Relationships: Account (N-1)

AuthorProfile Model:

  • Fields: name, description, tone, language, account
  • Relationships: Account (N-1)

Strategy Model:

  • Fields: name, description, sector, prompt_types, account
  • Relationships: Account (N-1), Sector (N-1)

Billing Models

CreditTransaction Model:

  • Fields: account, transaction_type, amount, balance_after
  • Relationships: Account (N-1)

CreditUsageLog Model:

  • Fields: account, operation_type, credits_used, cost_usd
  • Relationships: Account (N-1)

Multi-Tenancy Architecture

Account Isolation

Implementation Levels:

  1. Model Level: All models inherit AccountBaseModel with account ForeignKey
  2. ViewSet Level: All ViewSets inherit AccountModelViewSet with automatic filtering
  3. Middleware Level: AccountContextMiddleware sets request.account from JWT

Filtering:

  • All queries automatically filter by account = request.account
  • Developer and System Bot users bypass account filtering
  • System accounts bypass account filtering

Site/Sector Hierarchy

Purpose: Organize content within accounts

Structure:

Account
  └── Site 1 (Active)
      ├── Sector 1 (Active)
      │   ├── Keywords
      │   ├── Clusters
      │   ├── ContentIdeas
      │   └── Tasks
      ├── Sector 2 (Active)
      └── Sector 3 (Inactive)
  └── Site 2 (Active)
      └── Sector 1 (Active)

Constraints:

  • Maximum 5 active sectors per site
  • Multiple sites can be active simultaneously
  • All content must belong to a site and sector

Data Isolation Flow

Request with JWT Token
   ↓
AccountContextMiddleware
   ├── Extract Account ID from JWT
   ├── Load Account Object
   └── Set request.account
   ↓
ViewSet.get_queryset()
   ├── Check User Role
   ├── Filter by Account (if not admin/developer)
   └── Filter by Accessible Sites (if not owner/admin)
   ↓
Database Query
   ↓
Results (Account-Isolated)

API Architecture

API Structure

Base URL: /api/v1/

Module Endpoints:

  • /api/v1/auth/ - Accounts, users, sites, sectors, plans
  • /api/v1/planner/ - Keywords, clusters, ideas
  • /api/v1/writer/ - Tasks, content, images
  • /api/v1/linker/ - Internal linking operations
  • /api/v1/optimizer/ - Content optimization operations
  • /api/v1/publisher/ - Publishing records, deployment records
  • /api/v1/site-builder/ - Site blueprints, page blueprints, assets
  • /api/v1/automation/ - Automation rules, scheduled tasks
  • /api/v1/integration/ - Site integrations, sync operations
  • /api/v1/system/ - Prompts, integrations, author-profiles, strategies
  • /api/v1/billing/ - Credits, transactions, usage

Authentication Flow

1. User Signs In
   ↓
2. Backend Validates Credentials
   ↓
3. JWT Token Generated
   ↓
4. Token Returned to Frontend
   ↓
5. Frontend Stores Token (localStorage)
   ↓
6. Frontend Includes Token in Requests (Authorization: Bearer {token})
   ↓
7. Backend Validates Token
   ↓
8. Account Context Set
   ↓
9. Request Processed

Response Format

Success Response:

  • success: true
  • data: Response data
  • message: Optional message

Error Response:

  • success: false
  • message: Error message
  • errors: Validation errors (if applicable)

Pagination Response:

  • count: Total count
  • next: Next page URL
  • previous: Previous page URL
  • results: Array of results

Security Architecture

Authentication

Methods:

  • JWT (JSON Web Tokens) - Primary method
  • Session-based auth - Fallback for admin

Token Management:

  • Tokens stored in localStorage
  • Tokens included in Authorization: Bearer {token} header
  • Token refresh mechanism (future implementation)

Authorization

Role-Based Access Control (RBAC):

  • Role checked on every request
  • Permissions enforced at ViewSet level
  • Action-level permissions for sensitive operations

Data Access Control:

  • Account-level: Automatic filtering by account
  • Site-level: Filtering by accessible sites
  • Action-level: Permission checks in ViewSet actions

Data Security

Account Isolation:

  • All queries filtered by account
  • Admin/Developer override for system accounts
  • No cross-account data leakage

Site Access Control:

  • Users can only access granted sites
  • Admin/Developer override for all sites
  • Explicit access grants for Editor/Viewer roles

API Security:

  • CORS configured for frontend domain
  • CSRF enabled for session-based auth
  • Input validation via DRF serializers
  • Rate limiting (future implementation)

Integration Points

OpenAI Integration

Purpose: Text generation and image generation

Configuration:

  • API key stored per account in IntegrationSettings
  • Model selection per account
  • Cost tracking per request

Services Used:

  • GPT models for text generation
  • DALL-E for image generation

Runware Integration

Purpose: Alternative image generation service

Configuration:

  • API key stored per account
  • Model selection (e.g., runware:97@1)
  • Image type selection (realistic, artistic, cartoon)

WordPress Integration

Purpose: Content publishing

Configuration:

  • WordPress URL per site
  • Username and password stored per site
  • REST API integration for publishing

Workflow:

  1. Content generated in IGNY8
  2. Images attached
  3. Content published to WordPress via REST API
  4. Status updated in IGNY8

Stripe Integration (Planned)

Purpose: Payment processing

Status: Planned for future implementation

Features:

  • Subscription management
  • Payment processing
  • Webhook integration

Summary

The IGNY8 application architecture provides:

  1. Multi-Tenancy: Complete account isolation with automatic filtering
  2. Hierarchical Organization: Account > Site > Sector > Content structure
  3. Role-Based Access: Granular permissions for different user roles
  4. Module-Based Design: Clear separation of concerns across 10 backend modules
  5. Complete Workflows: End-to-end workflows from keyword import to publishing
  6. AI Integration: Unified AI framework for all AI operations
  7. Content Optimization: Internal linking and content optimization tools
  8. Publishing System: Multi-destination publishing with deployment tracking
  9. Site Builder: Site blueprint and structure management (API-based)
  10. Automation: Rule-based automation and scheduled tasks
  11. Integration: External platform integrations and synchronization
  12. WordPress Integration: Direct publishing to WordPress sites
  13. Credit System: Credit-based billing and usage tracking
  14. Security First: JWT auth, RBAC, data isolation
  15. Scalable Design: Supports multiple accounts, sites, and users

This architecture ensures scalability, maintainability, and extensibility while providing a robust foundation for the IGNY8 platform.

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