study8677/awesome-architecture

The gap in what exists

While many system design resources exist, there's always a demand for highly curated, visually clear, and up-to-date content with real-world open-source examples, especially for niche or emerging patterns (like AI agents).

Wedge to win

Target developers preparing for interviews or looking to upskill in specific modern architectural patterns (e.g., AI/ML systems) by offering highly visual, practical guides linked to runnable code examples.

Reputation value (worth doing free for proof) — 70/100

Creating a well-maintained, high-quality open-source resource on system design and architecture builds significant credibility within the developer and engineering community, useful for consulting or product sales.

Likely monetization

unclear

Incumbents to beat

Grokking System Design InterviewEducative System DesignExcalidraw.com for diagramsvarious architecture blogs and books

You are a senior software architect and AI coding assistant. I need you to help me build an interactive web application that serves as a curated library of software architecture patterns, with a focus on modern cloud-native and AI-driven systems (e.g., RAG, AI agents, inference serving). The application should be built using Next.js 16 App Router, React 19, Tailwind v4 for styling, and integrate with a Neon Postgres database via Vercel for content storage.

Here's the plan:
1.  **Core Data Model**: Define a PostgreSQL schema for 'architecture_patterns' with fields like `id`, `title`, `description`, `category`, `tags` (array of strings), `diagram_svg` (for C4-model-style diagrams, perhaps using Mermaid syntax), `open_source_links` (array of URLs), and `tutorial_section` (markdown content).
2.  **Architecture Pattern Pages**: Create dynamic routes (`/patterns/[slug]`) to display each architecture pattern. Each page should render the title, description, a visual diagram (interpret `diagram_svg` using a library if applicable), and clearly linked open-source prototypes.
3.  **Home/Browse Page**: Develop a main landing page (`/`) that lists all available architecture patterns. Implement search functionality (by title, description, tags) and filtering by categories (e.g., 'AI', 'Microservices', 'Scalability').
4.  **System Design Tutorial Integration**: Create a separate section (`/tutorial`) for a language-agnostic system design tutorial. This should be structured with multiple pages/chapters and link to relevant architecture patterns within the tutorial text. Use markdown for content.
5.  **MVP Scope**: For the first version, focus on implementing 5 core architecture patterns (e.g., Event-Driven Architecture, Microservices, RAG System, AI Agent Orchestration, Serverless Functions) with their diagrams and links. Ensure the search and filter for these 5 patterns are functional, and that a basic 3-chapter system design tutorial is integrated.

**Build/Verify Gate**: Once the MVP is complete, demonstrate the ability to add a new architecture pattern via the database, verify it appears on the browse page, and its dedicated page renders correctly with a diagram and links. Also, show navigation through the tutorial and its internal links to patterns.