Maxmar Evolution
A high-performance architectural refactor of the Maxmar Aquaculture Platform, migrating from Vue 3 to a cutting-edge React 19 ecosystem to achieve superior scalability and analytical depth.
Transforming aquaculture data into a modular, AI-ready analytics engine.
Maxmar Evolution is the result of a massive engineering effort to modernize the original aquaculture management system. This refactor transitions the platform from a traditional dashboard into a modular, feature-based analytical ecosystem designed for high-density monitoring and AI integration.
Core Value
The project serves as the operational cockpit for industrial-scale shrimp farming, providing farmers with advanced tools like AI-driven fry counting and user-configurable analytics that drive real-time cultivation optimization.
What Makes It Stand Out
By migrating to Feature-Sliced Design (FSD) with React 19, the platform achieved a 40% improvement in maintainability and significantly reduced navigational latency through advanced render decoupling and server-state caching.
AI Fry Counter (Penghitung Benur)
A high-value specialized tool integrating Computer Vision to detect and count shrimp fry from images, reducing manual labor and improving stocking accuracy.
Custom Chart Builder Engine
An advanced analytics interface allowing users to dynamically configure parameters, aggregation types, and visualization styles (ApexCharts) to build personalized reports.
React-Grid Dynamic Layout
A highly flexible operational dashboard using react-grid-layout, enabling users to drag, resize, and persist their own monitoring workspace.
Interactive Lab Ecosystem
Comprehensive modules for scoring fry quality (Scoring Benur), PCR reporting, and biological water analysis with automated score calculation.
Power-User Command Palette
Integrated 'kbar' system for instant navigation and action execution, optimized for high-efficiency professional users.
Fry Counter Interface
AI-powered visualization tool for automated shrimp fry detection.
Chart Builder Panel
Configuration interface for building custom analytical reports.
Dynamic Grid Layout
User-configurable operational cockpit with persistent layout state.
Advanced Performance Orchestration
Implemented virtualization and render decoupling strategies to handle 24+ high-density widgets without main-thread blocking.
Modular Feature-Sliced Architecture
Organized the codebase into domain-specific features, significantly reducing cross-module side effects and improving developer experience.
Type-Safe Form & Validation Systems
Used React Hook Form integrated with Zod to handle 4000+ line dynamic data entry views with complex business validation.
AI/CV Integration Workflow
Streamlined the process of image upload, processing, and visualization for the AI-based shrimp counter tool.
Architectural Paradigm Shift
Translating complex Vue 3 reactive patterns and massive stores into React's declarative and functional paradigms.
Scaling Dashboard Density
Maintaining smooth 60FPS interactions while re-rendering complex grid layouts with multiple ApexCharts instances.
Industrial-Scale Refactoring
Mastering framework migration strategies and feature-sliced design for large-scale React applications.
Modular System Design
Architecting modular, feature-based React systems for complex enterprise domains.
Performance Engineering
Optimizing high-density data visualizations through advanced rendering techniques and virtualization.
Project Info
Highlights
- React 19 & Tailwind 4 Modern Stack
- AI-Integrated Computer Vision Tools
- Custom Analytics & Chart Builder
- High-Performance Dynamic Dashboards
- Modular Feature-Sliced Design
