Fast Facts
- A security researcher used AI to bypass Front Gate’s web firewall, exploiting a nested SQL injection flaw that exposed millions of customer and staff data.
- The AI, Claude Opus 4.7, autonomously devised a method to bypass security measures, highlighting AI’s potential to find complex vulnerabilities.
- The researcher was able to take over staff accounts, including resetting the super admin’s password and gaining full control over ticketing and admin functions.
- The incident revealed serious security oversights, with minimal auditing or protections, raising concerns about the safety of major event websites.
Security Flaw Discovered Using AI Assistance
A security researcher was testing a festival ticketing site when he found a vulnerability. Initially, he identified a common flaw called SQL injection. Normally, this could let hackers access stored data. However, a web firewall blocked him from exploiting it. To overcome this challenge, he asked an advanced AI model—Claude Opus 4.7—to find a solution. The AI quickly created a method to bypass the firewall. This marked a significant moment, as it was the first time an AI generated such a sophisticated bypass by itself.
AI Revealed How to Access Sensitive Information
The AI showed that nesting SQL queries could evade detection. In other words, it embedded one query inside another to stay hidden. With this technique, the researcher accessed a database containing details like customer names, emails, and addresses—though not credit card info. He estimates that millions of users could be affected if this flaw were exploited. Furthermore, by hacking staff accounts, he found a way to reset the password of a super administrator. This allowed him to gain full control over that account, revealing just how easily access could be gained.
Implications for Festival Ticketing and Website Security
The researcher discovered that tickets for high-profile festivals could be added to a virtual cart without actually purchasing them. In theory, someone could generate free tickets for any event. Surprisingly, the system didn’t have two-factor authentication, so stolen or guessed passwords could lead to unauthorized access. Since one company handles tickets for many festivals, this vulnerability poses a big risk. Additionally, he noted that the site’s security seemed underfunded, relying on hope rather than thorough testing. This situation highlights the need for better security measures across event websites.
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