Abdelhafidh Bouzgart
Flutter Mobile Developer & Backend Engineer
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Watchly: Web App for Discovering & Streaming Free Movies via Third-Party Servers
Project Overview & Use Context
Watchly is a web application built for movie and TV show enthusiasts, offering a clean, custom-designed interface for browsing and discovering content. Its core feature lets users watch movies through third-party servers that host and stream films for free, giving users multiple viewing source options for the same title without relying on a single provider.
Development Approach & Architecture
For the interface, I built Watchly with Flutter, delivering a fast, responsive, and visually polished web experience with a fully custom UI rather than relying on generic templates. Movie data (titles, posters, ratings, descriptions, cast info) is pulled from the IMDb API, ensuring users always have accurate, up-to-date information on the content they browse. The app then aggregates and links to third-party streaming servers, allowing users to pick their preferred source and start watching directly.
Technical Stack
Web Application: Flutter (custom, responsive UI)
Movie Database: IMDb API (titles, metadata, ratings)
Streaming: Integration with third-party servers providing free movie streaming
Key Platform Highlights
Custom UI/UX (Clean, tailor-made interface designed for smooth browsing and discovery)
Rich Movie Data (Accurate titles, posters, and details sourced from IMDb API)
Free Streaming Access (Direct links to third-party servers hosting movies at no cost)
Multiple Source Options (Several server options available per title for flexible viewing)
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Admin Panel: Coworking Space Management Dashboard
Project Overview & Use Context
Admin Panel is a full-stack web platform built to manage the operational and administrative side of a coworking space business ā likely serving as the backend control center for the SpaceGate ecosystem. It centralizes room management, reservations, opening/closing hours, commission tracking, and user administration into a single dashboard for admins and managers.
Development Approach & Architecture
For a lightweight, fast, and easy-to-maintain solution, I built the frontend using plain HTML/CSS, focused on clarity and functionality over heavy frameworks ā ideal for an internal admin tool. The backend runs on FastAPI, providing a high-performance REST API that handles all business logic: room availability, reservation workflows, commission calculations, and access control between admins and managers.
Technical Stack
Frontend: HTML/CSS
Backend Infrastructure: FastAPI (Python REST API)
Core Modules: Room management, reservation system, user/role management
Key Platform Highlights
Room Management (Add, edit, and monitor coworking spaces/rooms available for booking)
Reservation System (Full booking management with opening/closing hours enforcement)
Commission Tracking (Separate commission handling for admins and managers)
User Management (Centralized control over admin, manager, and user accounts and permissions)
Operating Hours Control (Configurable opening/closing times per space)
View the Project
Live Demo: co-working-space-api.onrender.com/admin (http://co-working-space-api.onrender.com/admin)
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GeEm: Mobile App for HR Tracking & Internal Communication
Project Overview & Use Context
Employee Management is a mobile application designed to simplify HR tracking within a team, making it easier to share information between supervisors and their employees. The platform centralizes essential data (absences, remarks, performance notes) directly into the director's personal file, while also offering a simple communication channel that lets employees easily reach out to their supervisor.
Development Approach & Architecture
For fast deployment and flexible data management, I used Flutter to deliver a smooth, native mobile app on both iOS and Android. Instead of a traditional database, I chose Google Sheets as the storage backend, allowing directors to access and review data directly in a familiar spreadsheet environment, without heavy server infrastructure.
The app includes an Offline/Online synchronization system, ensuring that employees and supervisors can keep viewing and entering information even without an internet connection, with automatic data syncing once the connection is restored. A JSON export/sharing feature also enables data interoperability with other tools.
Technical Stack
Mobile Application: Flutter (cross-platform iOS/Android UI)
Database: Google Sheets (centralized storage on the director's side)
Offline/Online Mode: Automatic data synchronization
Data Sharing: JSON format export
Key Platform Highlights
Simplified Communication (Direct channel between employees and supervisors for quick, easy contact)
Centralized Tracking (Absences, remarks, and notes automatically stored in the director's personal file)
Offline Functionality (Guaranteed usability even without a connection, with sync as soon as the network returns)
Interoperability (Data sharing in JSON format for easy integration with other systems)
š Lightweight Solution (Uses Google Sheets as the database, avoiding complex server infrastructure)
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SpaceGate: SaaS Platform for Centralized Coworking Space Booking
Project Overview & Market Positioning
SpaceGate is a SaaS platform built to solve a key fragmentation problem in the coworking industry. Rather than users searching across dozens of individual coworking sites, SpaceGate acts as a centralized marketplace, onboarding coworking space providers onto a single subscription-based platform where users can discover, compare in real time, and book the space that fits their needs in just a few clicks.
Development Approach & Architecture
To support a scalable, multi-tenant SaaS model, I designed a mobile-first architecture paired with a high-performance backend. Flutter powers a fluid, native mobile experience across iOS and Android, giving both space providers and end users a consistent interface. The backend runs on FastAPI, selected for its speed and its ability to handle real-time availability data across multiple coworking partners simultaneously ā a core requirement for a multi-vendor SaaS product.
The platform's key differentiator is its built-in AI layer via MCP (Model Context Protocol): an agent that understands user requirements, intelligently compares listed spaces across the marketplace, recommends the best-fit options, and generates a direct link to confirm the booking ā reducing friction between discovery and conversion.
Technical Stack
Mobile Application: Flutter (cross-platform iOS/Android UI)
Backend Infrastructure: FastAPI (high-performance Python API, multi-tenant ready)
Artificial Intelligence: MCP integration (AI agent for comparison and recommendation)
Business Model: SaaS marketplace connecting coworking providers with end users
Key Platform Highlights
Marketplace Centralization: Aggregates multiple coworking providers into one SaaS platform, replacing scattered, single-provider booking flows.
Real-Time Comparison: Live availability and pricing across all listed spaces.
AI-Powered Agent (MCP): Understands client needs, compares options across providers, and delivers a direct booking link.
Scalable Multi-Vendor Architecture: Built to onboard new coworking partners and scale across cities/regions without re-engineering the core system.
Frictionless Booking Flow: From search to comparison to confirmation, minimal steps for the end user.
View the Project
Status: Currently in development (not yet published on app stores).
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