Taxi Webbooking Automation System
Budget: $30 – $250 USD
Project: Taxi Booking Automation
Project Goal:
Create an automated system for booking clients on a taxi website with minimal delay using a simple algorithm.
Requirements:
Core Functionality:
Automatically check for new orders on the taxi website.
Quickly accept available orders.
Interact with the website through web scraping.
Technical Requirements:
The program should operate 24/7 in real-time.
Ability to set filters based on criteria (distance, price, direction).
Compatibility with Windows/Mac/Linux.
Data security (protection of logins and passwords).
Interface:
Simple web interface for managing settings and monitoring performance.
Logs with a history of accepted orders.
Budget:
Maximum budget: $200.
Includes development, testing, and basic support.
Workflow Algorithm:
Authorization:
Log into the system using stored credentials.
Order Monitoring:
Continuously check for available orders.
Filtering and Prioritization:
Evaluate available orders based on filter criteria.
Order Acceptance:
Automatically click the "Accept" button.
Technologies and Tools:
Programming language: Python (or JavaScript for web integration).
Libraries: Selenium, Puppeteer, BeautifulSoup for web scraping.
Hosting on AWS, Heroku, or a local PC.
Implementation Steps:
Gather requirements and test the site (1-2 days).
Develop a prototype and test the algorithm (3-5 days).
Implement filters and debugging (2-3 days).
Final testing and optimization (1-2 days).
Deployment and monitoring (1 day).
Risks and Limitations:
Possible site blocks due to frequent requests.
Support:
7 days of free support after launch.
Additional changes and updates - upon request and agreement.
Project Goal:
Create an automated system for booking clients on a taxi website with minimal delay using a simple algorithm.
Requirements:
Core Functionality:
Automatically check for new orders on the taxi website.
Quickly accept available orders.
Interact with the website through web scraping.
Technical Requirements:
The program should operate 24/7 in real-time.
Ability to set filters based on criteria (distance, price, direction).
Compatibility with Windows/Mac/Linux.
Data security (protection of logins and passwords).
Interface:
Simple web interface for managing settings and monitoring performance.
Logs with a history of accepted orders.
Budget:
Maximum budget: $200.
Includes development, testing, and basic support.
Workflow Algorithm:
Authorization:
Log into the system using stored credentials.
Order Monitoring:
Continuously check for available orders.
Filtering and Prioritization:
Evaluate available orders based on filter criteria.
Order Acceptance:
Automatically click the "Accept" button.
Technologies and Tools:
Programming language: Python (or JavaScript for web integration).
Libraries: Selenium, Puppeteer, BeautifulSoup for web scraping.
Hosting on AWS, Heroku, or a local PC.
Implementation Steps:
Gather requirements and test the site (1-2 days).
Develop a prototype and test the algorithm (3-5 days).
Implement filters and debugging (2-3 days).
Final testing and optimization (1-2 days).
Deployment and monitoring (1 day).
Risks and Limitations:
Possible site blocks due to frequent requests.
Support:
7 days of free support after launch.
Additional changes and updates - upon request and agreement.
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