| Title | A Robust Captcha Scheme for Web Security |
| Publication Type | Conference Paper |
| Year of Publication | 2022 |
| Authors | Raut, Yash, Pote, Shreyash, Boricha, Harshank, Gunjgur, Prathmesh |
| Conference Name | 2022 6th International Conference On Computing, Communication, Control And Automation (ICCUBEA |
| Keywords | Bot, CAPTCHA, CAPTCHA attacks, captchas, composability, Computer hacking, Human Behavior, Interference, OCR, optical character recognition, pubcrawl, Rotation, Streaming media, Synthetic artifacts, Text recognition, Three-dimensional displays, Web and internet services, web security |
| Abstract | The internet has grown increasingly important in everyone's everyday lives due to the availability of numerous web services such as email, cloud storage, video streaming, music streaming, and search engines. On the other hand, attacks by computer programmes such as bots are a common hazard to these internet services. Captcha is a computer program that helps a server-side company determine whether or not a real user is requesting access. Captcha is a security feature that prevents unauthorised access to a user's account by protecting restricted areas from automated programmes, bots, or hackers. Many websites utilise Captcha to prevent spam and other hazardous assaults when visitors log in. However, in recent years, the complexity of Captcha solving has become difficult for humans too, making it less user friendly. To solve this, we propose creating a Captcha that is both simple and engaging for people while also robust enough to protect sensitive data from bots and hackers on the internet. The suggested captcha scheme employs animated artifacts, rotation, and variable fonts as resistance techniques. The proposed captcha technique proves successful against OCR bots with less than 15% accuracy while being easier to solve for human users with more than 98% accuracy. |
| Notes | ISSN: 2771-1358 |
| DOI | 10.1109/ICCUBEA54992.2022.10011113 |
| Citation Key | raut_robust_2022 |
A Robust Captcha Scheme for Web Security