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Integrating Recaptcha Solving \ Bypassing Python Scripts with GSA

daviddig1daviddig1 San Antonio, TX
in GSA Captcha Breaker
I noticed a lot of Recaptcha solving packages on GitHub and PiPy like this one for instance:
https://github.com/sarperavci/GoogleRecaptchaBypass

Is there any coding-related way to integrate such and the others to GSA web contact for example?

Comments

  • SvenSven www.GSA-Online.de
    We use such scripts already as seen here: https://docu.gsa-online.de/capv2v3
  • daviddig1daviddig1 San Antonio, TX
    Thx @sven but the biggest problem by far for CapV2V3 (at least for me) is just how unintentionally buggy it is - hence I just wanted to see if some other folks on here with better python coding knowledge than me could point me in the right direction as to the other solvers out there
  • royalmiceroyalmice WEBSITE: ---> https://asiavirtualsolutions.com | SKYPE:---> asiavirtualsolutions
    daviddig1 said:
    I noticed a lot of Recaptcha solving packages on GitHub and PiPy like this one for instance:
    https://github.com/sarperavci/GoogleRecaptchaBypass

    Is there any coding-related way to integrate such and the others to GSA web contact for example?


    Based on your question about integrating Python-based reCAPTCHA solvers like the sarperavci/GoogleRecaptchaBypass with GSA, here's a comprehensive solution:

    Understanding the Current Setup vs. Alternative

    GSA already has a built-in solution called CapV2V3 (as Sven mentioned), which is a Python-based service for solving reCAPTCHA v2, v3, and hCaptcha. However, you mentioned it's "unintentionally buggy" for your use case.

    The GoogleRecaptchaBypass repository you referenced uses the DrissionPage library, which is a different approach that might be more reliable in certain scenarios.

    Integration Method

    Here's how you can integrate the alternative Python reCAPTCHA solver with GSA:

    1. Create a Local API Service:

      • Modify the GoogleRecaptchaBypass script to run as a local HTTP service (similar to how CapV2V3 works)
      • The service should listen on a specific port (e.g., 127.0.0.1:8182) and accept requests from GSA

    2. Implementation Steps:

    # Install required packages
# pip install drissionpage flask

from flask import Flask, request, jsonify
from DrissionPage import ChromiumPage
from RecaptchaSolver import RecaptchaSolver
import time

app = Flask(__name__)

<span>@app.route(<span>'/solve', methods=['POST']</span>)</span>
def solve_captcha():
    try:
        data = request.json
        url = data.get('url')
        site_key = data.get('sitekey', '')
        
        # Initialize browser and solver
        driver = ChromiumPage()
        recaptchaSolver = RecaptchaSolver(driver)
        
        # Navigate to the target URL
        driver.get(url)
        
        # Allow time for page to load
        time.sleep(2)
        
        # Solve the captcha
        token = recaptchaSolver.solveCaptcha()
        
        # Close the browser
        driver.quit()
        
        return jsonify({
            'success': True,
            'token': token
        })
    except Exception as e:
        return jsonify({
            'success': False,
            'error': str(e)
        })

if __name__ == '__main__':
    app.run(host='127.0.0.1', port=8182)
    1. Configure GSA to Use Your Custom Solver:
      • In GSA, add a new captcha service with host "127.0.0.1:8182"
      • Set it to handle both reCAPTCHA v2 and v3

    Advantages of This Approach

    1. Flexibility: You can modify the Python code to handle specific edge cases or implement different solving strategies
    2. Independence: Runs separately from GSA, so crashes won't affect your main application
    3. Customization: You can add logging, proxy support, or other features as needed

    Additional Improvements

    1. Error Handling: Add robust error handling and automatic retries
    2. Proxy Support: Implement proxy rotation similar to CapV2V3
    3. Performance Monitoring: Add metrics to track success rates and solving times

    Alternative Solutions

    If you continue having issues, consider these alternatives:

    1. 2Captcha/Anti-Captcha Integration: GSA supports commercial services directly
    2. Capsolver: The sponsor of the GoogleRecaptchaBypass repo offers commercial solutions
    3. Undetected-Chromedriver: Another Python library that's good at avoiding detection

    This approach should give you a more reliable solution while maintaining compatibility with GSA's existing captcha service infrastructure.

  • daviddig1daviddig1 San Antonio, TX
    royalmice said:
    • Modify the GoogleRecaptchaBypass script to run as a local HTTP service (similar to how CapV2V3 works)
    Thanks very much but what do you mean by this? What python scripting would you use to pull this off? Thx again :)
  • daviddig1daviddig1 San Antonio, TX
    Hi @royalmice could you please explain further what you mean by "Modify the GoogleRecaptchaBypass script to run as a local HTTP service (similar to how CapV2V3 works)" (?) I'm not python savvy whatsoever

    Thx again :)
  • royalmiceroyalmice WEBSITE: ---> https://asiavirtualsolutions.com | SKYPE:---> asiavirtualsolutions

    @daviddig1

    Regarding integration with GSA Web Contact:

    The most reliable approach I've found is creating a local API service. You basically wrap the GoogleRecaptchaBypass script in a simple Flask server that runs on localhost:8182 (or any port you prefer). Then configure GSA to use this as a custom captcha service.

    Here's the basic flow:

    1. GSA encounters a captcha → sends request to your local service
    2. Your Python script solves it using the DriessionPage library
    3. Returns the token back to GSA
    4. GSA continues with the submission


    About the CapV2V3 "buggy" behavior:

    Yeah, I totally get your frustration with CapV2V3. It's been increasingly unreliable lately. The main issues I've noticed:

    • It struggles with newer reCAPTCHA implementations
    • Gets detected easily due to outdated browser fingerprinting
    • Doesn't handle rate limiting well

    My recommendation? Ditch CapV2V3 for the more modern Python solutions. The DriessionPage-based solvers are way more reliable.

    Quick tips that helped me:

    • Add random delays (2-5 seconds) between attempts
    • Use residential proxies if possible
    • Implement proper error handling with retry logic
    • Rotate user agents frequently

    The switch from CapV2V3 to a custom Python solution was a game-changer for my campaigns. Much more stable and fewer failed submissions.

    Hope this helps!

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