Blog Web Application — Project Plan (Sections 1 to 33)

Compiled for handoff to development team. Includes goals, architecture, roadmap, DB design, security, and operational guidance.

1 — Executive summary

Build a modern, secure, SEO-friendly, multilingual blog platform with rich post types, PWA support, AI content generation, AWS S3 media, Ads management, author rewards, advanced admin controls, and a responsive Bootstrap/Tailwind UI. Backend: Node + Express + MySQL. Frontend: React (Tailwind + optional Bootstrap). Designed for scale, extensibility and maintainability.

2 — High-level goals & non-functional requirements

3 — Target users / personas

4 — MVP / Phased roadmap (suggested)

  1. Phase 0 — Planning & infra: Wireframes, data model, CI/CD, repo structure.
  2. Phase 1 — Core CMS & Auth: Roles, secure auth, CRUD posts, S3 media.
  3. Phase 2 — Reader features: Responsive frontend, search, reading list, comments, SEO URLs.
  4. Phase 3 — Advanced: AI content generation, scheduled posts, newsletter, ads, author rewards.
  5. Phase 4 — Polish & Ops: Google Indexing, sitemap, RSS aggregator, docs, installer.

5 — Architecture & major components

6 — Security & Authentication

7 — Localization & RTL

8 — SEO & Indexing

9 — UI / UX & Visual Settings

10 — Admin & Author features

11 — Background Jobs & Cron

12 — Monitoring, Testing & CI/CD

13 — API design (RESTful) — Highlights

Base path: /api/v1. Key endpoints (Auth, Users, Posts, Media, Comments, Ads, Navigation, Widgets, Pages, Search, Sitemap, RSS, AI, Newsletter).

14 — Database design (MySQL) — rationale

Normalized relational schema, InnoDB, utf8mb4 for emoji & multilingual. post_translations for per-language content. Slug uniqueness per language.

15 — Database schema (key tables)

Main tables: users, roles, posts, post_translations, categories, tags, media, comments, reactions, polls, subscribers, settings, reading_list, follows, post_images, post_files, post_categories, post_tags.

16 — SQL — Create tables (core subset)

Use provided DDL scripts (migrations) for MySQL. Include fulltext indexes where appropriate; consider ElasticSearch/Algolia for heavy traffic.

17 — Typical SQL queries (examples)

  1. Insert a new post (transaction): INSERT INTO posts ...; INSERT INTO post_translations ...
  2. Publish scheduled posts: UPDATE posts SET status='published' WHERE status='scheduled' AND published_at <= NOW();
  3. Increment view count: UPDATE posts SET views = views + 1 WHERE id = ?;
  4. Search posts (FULLTEXT): SELECT ... MATCH ... AGAINST ...
  5. Add a reaction (upsert): INSERT ... ON DUPLICATE KEY UPDATE ...
  6. Bulk CSV import pattern: upload to S3, queue job, worker inserts
  7. Get posts for homepage: join posts + post_translations filtered by language

18 — File storage & media handling

19 — AI content generator integration

20 — Ads & Monetization

21 — Author reward system

22 — Membership system

23 — RSS aggregator & feeds

24 — Performance & caching strategy

25 — Pagination, sorting, and API patterns

26 — Testing & QA checklist (selection)

27 — Deployment & DevOps

28 — Admin UI & Installation Wizard

  1. DB connection check
  2. Create initial admin user
  3. S3 credentials test
  4. Basic site settings
  5. Run migrations & seed roles

29 — Documentation & deliverables for developers

30 — Sample queries & usage snippets

Examples include create category + translation, add tag & link to post, save media record after S3 upload — use provided SQL snippets in migrations and examples.

31 — Operational concerns & notes

32 — Deliverables checklist for handoff to dev team

33 — Next recommended steps (actionable)

  1. Approve roadmap & choose SSR vs SPA (Next.js if SEO-priority)
  2. Create repo & CI pipeline; run initial lint/test scaffold
  3. Implement DB migrations and seed roles
  4. Implement auth & user management
  5. Implement posts, translations, and media upload flow
  6. Begin front-end layout & admin UI components

Created on October 20, 2025.