プロジェクト一覧に戻る
Mobile DevelopmentLiveAndroid (iOS in development)
GigYogi
GigYogi is a mobile application that connects gig workers with clients, enabling efficient communication and secure transactions through an intuitive platform with escrow protection.
6+
Technologies
8+
Key Features
Android (iOS in development)
Platform
主な機能
Comprehensive profile management for gig workersSecure payment processing with escrow functionalityReal-time messaging between clients and workersCross-platform mobile app (iOS & Android)Rating and review systemDispute resolution mechanism
開発ハイライト
Built secure escrow payment systemImplemented real-time WebSocket communicationCreated efficient service matching algorithmDeveloped comprehensive admin dashboardOptimized for low-bandwidth connections
技術スタック
Node.jsReact NativeAWSMySQLPayment Gateway IntegrationEscrow System
私たちの貢献
Mobile Application Development
Developed comprehensive mobile application using React Native for cross-platform compatibility:
- Built sender and provider-side interfaces with intuitive UX
- Implemented real-time messaging and notifications
- Created profile management system for gig workers
- Optimized for performance on both iOS and Android
Payment Integration
Implemented secure payment processing system with escrow functionality:
- Integrated multiple payment gateways
- Built escrow mechanism for transaction security
- Developed dispute resolution workflow
- Ensured PCI DSS compliance
Backend Development
Created robust backend infrastructure using Node.js and MySQL:
- RESTful API design
- Real-time WebSocket communication
- Database optimization for performance
- AWS deployment with auto-scaling
成果
Successfully launched on Android platformOnboarded over 500 gig workers in first monthProcessed over $100,000 in secure transactionsMaintained 99.9% uptime since launch
このプロジェクトの特徴
GigYogi provides trust and transparency in the gig economy through its robust escrow system and seamless user experience, making it safe for both workers and clients.
よくある質問
MicrocosmWorks implemented a three-stage escrow flow: the client deposits payment when accepting a bid, funds are held in escrow during job execution, and released to the gig worker only after the client confirms satisfactory completion. Dispute resolution triggers a review process with evidence submission from both parties. The system handles partial releases for milestone-based jobs and automatic release after a configurable waiting period.
MicrocosmWorks built GigYogi using React Native for the mobile frontend, enabling a single codebase to target Android with iOS readiness. The Node.js backend runs on AWS with MySQL for relational data like user profiles, jobs, bids, and transaction history. Real-time messaging uses WebSocket connections for instant communication between workers and clients. The payment gateway integration handles both escrow deposits and worker payouts.
MicrocosmWorks built GigYogi's matching system with location-based job discovery, skill category filtering, and a bidding mechanism where workers submit proposals with pricing and timeline. Clients receive ranked bids based on worker ratings, completion history, and proximity. Push notifications alert workers about new jobs matching their skill profile, and the in-app messaging system enables pre-hire communication for scope clarification.
MicrocosmWorks implemented a two-way rating system where both clients and gig workers rate each other after job completion. Ratings cover quality, communication, timeliness, and professionalism, with written reviews visible on profiles. The system calculates aggregate scores that influence search ranking and bid visibility, incentivizing reliable behavior. Fraudulent review detection flags suspicious patterns for platform moderation.
MicrocosmWorks built GigYogi and launched it on Android with a Node.js backend deployed on AWS. At MicrocosmWorks development rates of $15-$35/hr, a similar gig marketplace app typically costs between $15,000-$35,000 for the initial build. The AWS infrastructure and MySQL database architecture are designed to scale geographically with location-based sharding, so expanding to additional cities requires configuration changes rather than re-architecture.