Need TMS & EDI integration with a scheduling platform

$5,000

$5,000 Upwork Technology & Programming Overseas
840 days ago

Description

We are a transportation company for the USPS with dedicated trip and trip numbers. I would like to be able to try together a time sheet/schedule that records the trips and transmits that data thru an EDI system back to the USPS for verification.

关注公众号,不定期副业成功案例分享
Follow WeChat

Success story sharing

Want to stay one step ahead of the latest teleworks?

Subscribe Now

Similar Teleworks

We are developing an innovative AI-based learning platform designed to enhance user education through personalized content and interactive tools. The application leverages AI to adapt learning modules to individual user needs, providing a tailored learning experience. The platform’s success relies on a user-friendly, responsive, and visually appealing web interface. This project requires a skilled front-end developer to create the application’s web interface using Flask. Objective: Develop an intuitive, aesthetically pleasing, and functional front-end web interface for the AI-based learning platform. The interface should seamlessly integrate with the back-end services and AI capabilities to offer users a smooth and engaging experience. Key Features and Requirements: 1. User Dashboard: • Display personalized learning progress and recommendations. • Interactive elements for navigation and tracking. 2. Course Pages: • User-friendly layout for accessing courses, videos, quizzes, and exercises. • Support for multimedia content (videos, images, text). 3. Interactive Modules: • Enable users to interact with AI-based tools for personalized learning experiences. • Include input forms, sliders, and other UI components for customization. 4. Login/Signup System: • Secure authentication and user management system. • Integration with OAuth providers like Google and Facebook. 5. Responsive Design: • Fully functional across devices (desktop, tablet, and mobile). • Adaptive UI for various screen sizes. 6. Integration with Back-End: • Collaborate with the back-end team to integrate Flask APIs. • Real-time updates and data exchange between front-end and back-end. 7. Analytics and Reports: • Display user performance metrics in visually engaging formats (charts, graphs). • Integration with analytics dashboards. Technical Stack: • Framework: Flask (for back-end and front-end integration). • Frontend Tools: HTML5, CSS3, JavaScript (React, Vue, or similar if needed). • APIs: Integration with Flask back-end APIs for data retrieval and processing. • Database Integration: Collaborate to ensure data is fetched/stored correctly. Deliverables: 1. Fully developed front-end interface for the application. 2. Documentation for the implemented features. 3. Deployment-ready Flask-based front-end. 4. Testing and bug fixes for seamless user interaction. Skills Required: • Proficiency in Flask for web development. • Expertise in front-end technologies (HTML, CSS, JavaScript). • Experience with responsive design and UI/UX principles. • Familiarity with integrating APIs and real-time data handling. Success Criteria: • A user-friendly, aesthetically pleasing, and responsive interface. • Seamless integration with back-end AI functionalities. • Positive feedback from user testing and successful deployment. Point of Contact: Michael Wade This project promises to be a crucial step in providing an enhanced learning experience for users. We look forward to your expertise in delivering a cutting-edge front-end solution!
280.0 GBP Technology & Programming peopleperhour Overseas
1 days ago
-- MVP Features: 1. User Authentication Allow users to create accounts to save their progress. Sign up with email and password. Simple login with email/password or Google. Password reset functionality. Suggested Technologies: Firebase Authentication or Auth0. --- 2. Interactive 3D Puzzles from Photos Core Feature: Transforming a personal photo into a 3D puzzle. User Process: 1. The user uploads an image from their device. 2. The system applies basic extrusion to transform the image into a textured 3D surface (e.g., bas-relief effect). 3. The photo is automatically divided into playable puzzle pieces. Available Interactions: Rotate the view around the puzzle. Zoom in/out to explore details. Move and assemble pieces. Suggested Technologies: Three.js or Babylon.js for 3D model management and interactions. Blender with Python scripts to generate 3D models and cut the pieces. --- 3. Pre-Integrated Cultural Themes Feature: Provide pre-designed 3D puzzles inspired by cultural themes (e.g., monuments, art, iconic animals). Available Puzzles at Launch: 2 to 3 pre-designed puzzles (e.g., African pyramids, elephants, traditional masks). Interactions: Same gameplay as custom puzzles. Suggested Technologies: Existing 3D models from libraries like Sketchfab, optimized for gameplay. --- 4. Multi-User Collaboration Feature: Allow multiple users to solve a puzzle together. User Process: 1. A user creates a session and shares an invitation link. 2. Invitees join the session to assemble the puzzle in real time. 3. Actions by each participant (moving/rotating pieces) are visible to others. Suggested Technologies: Socket.IO or Firebase Realtime Database for real-time synchronization. --- 5. Visual Feedback and Progress Tracking Provide visual feedback to guide users: Animation when a piece is correctly placed. Progress bar indicating the percentage of the puzzle completed. Suggested Technologies: CSS animations for visual effects. Chart.js for the progress bar. --- 6. User Dashboard Features: History of completed puzzles. Tracking completion times. Quick access to saved puzzles. Suggested Technologies: Firebase Firestore or PostgreSQL to store user data. --- 7. Basic Gamification Add a competitive aspect to boost engagement: Timer to measure how long it takes to solve a puzzle. Local leaderboard (best times per puzzle) Suggested Technologies: Store scores in the database and display them with React/Vue.js. --- Development Phases (Prioritized): Phase 1: Core Infrastructure 1. User authentication. 2. Setting up the database for users and puzzles. 3. Integration of pre-designed 3D puzzles. Phase 2: Custom Puzzles 1. Implementation of photo upload. 2. Transformation into 3D models with simple extrusion. 3. Cutting into playable pieces. Phase 3: Collaboration and Synchronization 1. Creation of multi-user sessions. 2. Real-time synchronization of interactions. Phase 4: Feedback and Gamification 1. Adding visual animations and leaderboards. 2. Integrating the progress bar. --- Proposed Technologies: Front-End: Framework: React or Vue.js. 3D Library: Three.js or Babylon.js. UI/UX: Tailwind CSS or Bootstrap. Back-End: Database: Firebase Firestore or PostgreSQL. Real-Time: Socket.IO or Firebase Realtime Database. Hosting: Heroku, Vercel, or AWS Lightsail. 3D Manipulation Tools: Blender: To prepare 3D models and cut the puzzles. Python (with Blender API): To automate the cutting process. Monetization Payments using Stripe or PayPal to unlock premium puzzles. 8. Sharing on Social media Feature Objective: Allow users to share their completed puzzles or progress on social media platforms to showcase their achievements and attract new users. Core Functionality: 1. After completing a puzzle (custom or pre-designed), users are given the option to share: A screenshot of the completed puzzle. A short message with their achievement (e.g., "I just completed a custom 3D puzzle on [Your SaaS Name]!"). A link inviting friends to try the platform. 2. Integration with major social media platforms: Facebook. Twitter. Instagram (via downloadable image). WhatsApp for private sharing.
600.0 EUR Technology & Programming peopleperhour Overseas
15 hour ago