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Last Updated 8 days ago
Threads allow you to solve multiple captchas simultaneously, ensuring faster processing and optimal performance. Higher thread counts enable users to handle large-scale captcha-solving operations efficiently.
Threads determine how many captchas you can process at the same time. The more threads you have, the more captchas you can solve without delays.
- Required Threads = (Expected Captcha Volume per Minute) ÷ (Average Solving Time in Seconds)
This formula helps estimate the minimum threads needed for a given workload. However, for maximum efficiency, higher thread counts are recommended to prevent slowdowns.
| Threads | Best For |
|---|---|
| 10-20 Threads | Scaling beyond small projects, maintaining stable solving speed. |
| 50+ Threads | Handling high-volume captcha solving with consistent performance. |
| 100-200 Threads | Best for businesses managing bulk reCAPTCHA solving efficiently. |
| 500+ Threads | Enterprise-level automation, ensuring continuous captcha processing. |
Higher thread counts help process large captcha volumes faster and prevent system overloads.
✔ Faster captcha solving – minimize wait times for high-volume requests.
✔ Better performance – prevent API queuing and maximize success rates.
✔ Scalability – handle increasing captcha demands with uninterrupted performance.
✔ Automation stability – ensure smooth operation for bots, scrapers, and other automation tools.
To scale efficiently, choose a thread plan that matches your workload.
Visit Pricing Plans or contact support for guidance.
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