CepatEdge

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CepatEdge Documentation ​

Enterprise-Grade Platform - High-performance, cost-optimized maintenance management system with aggressive caching, enterprise security, and edge-first architecture.

This directory is the single source of truth for all CepatEdge documentation.

Repository-root planning docs (/system/* and admin analytics) ​

These two files live at the monorepo root (not under docs/). They are the canonical plans for the admin system area; keep them updated as you implement.

  1. maintainer/phases/system-observability.md — Observability for /system/* (internal logs, audit, monitor, settings). Finish this plan first when working through system hardening.
  2. maintainer/phases/dashboard.md — Dashboard and analytics. Start after system observability is in a good state.

Contributors: see maintainer/temp/CONTINUE.md and maintainer/phases/active-phase.md. Maintainer plans are not synced to the public docs site.

Structure ​

Architecture Overview ​

CepatEdge is an enterprise-grade maintenance management platform built with modern edge computing technologies, delivering exceptional performance, security, and cost efficiency for organizations of any size.

Core Advantages ​

  • ⚡ Speed Aggressive Caching: Multi-layer caching strategy reducing database calls by 80-90%
  • 🔒 Enterprise Security: JWT authentication, role-based access control, comprehensive audit logging
  • 💰 Cost Efficient: Optimized to stay under probably nothing even with university-scale usage
  • 🌐 Edge-First Architecture: Global performance with <100ms response times worldwide
  • 📈 Auto-Scaling: Horizontal scaling across 300+ data centers without configuration
  • 🔧 Developer Experience: TypeScript-first, comprehensive testing, clean architecture

Technology Stack ​

  • Frontend: React SPA on Cloudflare Pages (dynamic routing without server overhead)
  • Backend: Hono API on Cloudflare Workers (lightweight, fast, edge-native)
  • Database: Neon Serverless PostgreSQL with Drizzle ORM (connection pooling, query optimization)
  • Caching: Single Durable Object class with multiple instances, optimized for faster reads when cache hits thanks to timestamp and index-based instances of DO
  • Deployment: Zero-configuration deployment with Cloudflare's global network

Enterprise Advantages ​

Performance Excellence ​

  • Sub-100ms Global Response Times: Edge deployment ensures consistent performance worldwide
  • 80-90% Database Call Reduction: Aggressive caching with Durable Objects minimizes backend load
  • Automatic Scaling: Handles traffic spikes across 300+ global data centers
  • Zero Cold Starts: Persistent Durable Objects maintain state between requests
  • Global File Delivery: R2 storage with Cloudflare CDN for instant file access

Cost Efficiency ​

  • Free Tier Maximized: 100K Workers requests/day, 1GB Neon storage, unlimited Pages hosting
  • Predictable Scaling: Linear cost growth with usage, transparent pricing
  • No Hidden Fees: All services included, no premium feature locks
  • Cost Efficient: Almost costs nothing unless real heavy usage like more than 50K-100K requests per day
  • Scales to Millions: Will still cost nothing even if usage hits millions thanks to advanced caching, R2 usage for uploads, and Neon serverless DB with minimal DB calls

Enterprise Security ​

  • JWT-Based Authentication: Stateless, secure session management
  • Role-Based Access Control: Granular permissions for different user types
  • Comprehensive Audit Logging: Complete activity tracking and monitoring
  • Input Validation: Type-safe APIs with runtime validation

Development ​

Prerequisites ​

  • Node.js 18+
  • pnpm
  • Cloudflare account

Quick Start ​

bash
# Install dependencies
pnpm install

# Start development servers
cd apps/worker && pnpm wrangler dev
cd apps/web && pnpm dev

Testing ​

bash
# Run all tests
pnpm test

# Run specific app tests
cd apps/worker && pnpm test

Contributing ​

  1. Edit documentation in this docs/ directory
  2. Documentation is auto-synced to apps/docs/ for the website
  3. Follow the established patterns and structure
  4. Add ADRs for significant architectural decisions

Support ​