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Falcone Dashboard

Modern Business Management Platform with Real-Time Analytics & Project Tracking.

Next.jsTypeScriptTailwind CSSNode.jsExpress.jsMongoDBLucide Reactdate-fnsReact Hooks
Falcone Dashboard screenshot 1
Falcone Dashboard screenshot 2
Falcone Dashboard screenshot 3

Overview

Falcon Dashboard is a feature-rich management platform designed for software development companies and modern businesses. Built with Next.js 15, TypeScript, and shadcn/ui, it consolidates essential functions like project tracking, task management, team collaboration, calendar planning, and comprehensive reporting under one roof.

The platform features an intuitive interface with multiple view modes, real-time progress tracking, budget management, and advanced filtering capabilities. Its fully responsive design with built-in dark mode ensures seamless accessibility across all devices. The dashboard leverages FullCalendar for professional calendar management and includes dynamic component systems for maximum flexibility and customization.

Key Features

  • Real-time project tracking with progress visualization
  • Advanced calendar management with FullCalendar integration
  • Comprehensive project details with timeline tracking
  • Team collaboration with comments and file management
  • Budget tracking and financial analytics
  • Task management with status indicators
  • Multiple view modes (Grid, List, Calendar)
  • Dynamic filtering and search capabilities
  • Event management with multiple types (Meeting, Call, Event, Reminder)
  • Priority and status-based project organization
  • Technology stack visualization for projects
  • Dark mode support with modern UI components
  • Fully responsive mobile-first design
  • TypeScript for type-safe development

Challenges & Solutions

One of the main challenges was integrating FullCalendar with Next.js App Router and ensuring proper server-side rendering compatibility. We solved this by implementing client-side components with dynamic imports and proper TypeScript type definitions. Another challenge was creating a flexible component architecture that could handle dynamic Lucide icons without requiring manual imports for each icon. We addressed this by implementing a dynamic icon mapping system that leverages TypeScript's type safety while allowing runtime icon selection. Additionally, we optimized the project detail page's performance by implementing efficient data fetching strategies and skeleton loading states to enhance user experience during data loads.