High-Speed Ride-Sharing Order Software Development
Budget: $299 – $300 USD
I need a comprehensive software solution designed for high-speed order grabbing across multiple ride-sharing platforms. The primary goal of the software is to facilitate swift order acquisition for users.
Key Features:
- Distribution Function: I should be able to set shortcut ratios for sub-accounts and impose a cap on sales quantities.
- Automated Billing: The software should provide a one-day trial period for users, with an automatic transition to the payment interface post-trial. I can configure weekly membership contributions from the backend.
- Instructional Video Integration: The payment interface should have a feature allowing me to add demonstration videos.
- Main Interface Video Window: This should show users how to operate the software through practice demonstration videos.
- Multi-Platform Order Playback: The software should simultaneously play orders from four different ride-sharing platforms, with the nature of the orders set by the user (e.g., order type, amount, cities, degree of coordination with drivers).
- PK Feature for 用户: The first platform's orders (哈啰顺风车) should require a second driver for competitive purposes. It's crucial that my users win in these competitions.
- Anti-Cheating Mechanism: The second platform (高德顺风车) has a rigorous anti-cheating system. The software should ensure that my users do not trigger this system while automatically grabbing orders.
- Speed-Based Order Grabbing: The third platform (滴滴顺风车) bases its order acquisition on speed. The software should assist users in being the quickest.
- Data Management: The backend of the software should regularly clear data and transaction records.
Ideal skills for this job include:
- Proficiency in software development, particularly for ride-sharing platforms.
- Experience in creating user-friendly and intuitive interfaces.
- Knowledge of anti-cheating mechanisms and data management systems.
- Ability to integrate video demonstration features and manage backend settings.
Please note: The software needs to be designed to avoid triggering any anti-cheating systems while maximizing order acquisition speed.
Key Features:
- Distribution Function: I should be able to set shortcut ratios for sub-accounts and impose a cap on sales quantities.
- Automated Billing: The software should provide a one-day trial period for users, with an automatic transition to the payment interface post-trial. I can configure weekly membership contributions from the backend.
- Instructional Video Integration: The payment interface should have a feature allowing me to add demonstration videos.
- Main Interface Video Window: This should show users how to operate the software through practice demonstration videos.
- Multi-Platform Order Playback: The software should simultaneously play orders from four different ride-sharing platforms, with the nature of the orders set by the user (e.g., order type, amount, cities, degree of coordination with drivers).
- PK Feature for 用户: The first platform's orders (哈啰顺风车) should require a second driver for competitive purposes. It's crucial that my users win in these competitions.
- Anti-Cheating Mechanism: The second platform (高德顺风车) has a rigorous anti-cheating system. The software should ensure that my users do not trigger this system while automatically grabbing orders.
- Speed-Based Order Grabbing: The third platform (滴滴顺风车) bases its order acquisition on speed. The software should assist users in being the quickest.
- Data Management: The backend of the software should regularly clear data and transaction records.
Ideal skills for this job include:
- Proficiency in software development, particularly for ride-sharing platforms.
- Experience in creating user-friendly and intuitive interfaces.
- Knowledge of anti-cheating mechanisms and data management systems.
- Ability to integrate video demonstration features and manage backend settings.
Please note: The software needs to be designed to avoid triggering any anti-cheating systems while maximizing order acquisition speed.