NEXTLAUNDRY

NEXTLAUNDRY — a production-minded laundry management web app. Frontend built with React; backend and REST API implemented in Go; MySQL for persistent storage. Designed for admin users to manage orders, customers, and pricing with clarity and performance

NEXTLAUNDRY

NEXTLAUNDRY is a web-based laundry management application focused on admin workflows: order intake, progress tracking, pricing management, and basic reporting. The project pairs a React-powered frontend with a performant Go backend and MySQL storage to deliver a responsive UI and a robust REST API surface for integrations.

Highlights

  • Clear separation of concerns: React for UI, Go for backend services and REST API, MySQL for data persistence.

  • Designed for admin efficiency: quick order creation, status updates, and simple reporting.

  • Lightweight, production-oriented stack chosen for speed and maintainability.

Key features

  • Order management (create / update / status tracking)

  • Customer directory and contact details

  • Pricing and service configuration (e.g., per-item or per-weight rules)

  • Basic reporting and summary views for daily activity

  • REST API for third-party integrations or mobile clients

Tech stack

  • Frontend: React (component-based UI, client-side routing)

  • Backend: Go (REST API, business logic, performance-oriented concurrency)

  • Database: MySQL (relational data model for orders/customers/pricing)

  • Deployment: Built to run on typical cloud providers or VPS; designed for containerisation.

Architecture (overview)

  1. React UI — single-page application that consumes the backend REST endpoints.

  2. REST API (Go) — exposes endpoints for orders, customers, pricing, and reports; responsible for validation and business rules.

  3. MySQL — stores normalized tables for orders, customers, service types, and admin accounts.

Mockup

Landing Page

Auth Page

Dashboard Page

Member Page

Impact & lessons learned

  • Combining a modern React UI with a Go backend gave an excellent balance of developer ergonomics and runtime performance.

  • The project highlights the value of a small, focused API surface for admin workflows — simpler endpoints reduce UI complexity.

  • Future improvements could include authentication/authorization, background job processing for bulk operations, and richer analytics dashboards.