Blab Music
AI Tool Exposes Ticketing Platform Vulnerability, Front Gate Secures System
When a security researcher handed an AI model the task of cracking a ticketing system, the outcome was a backdoor that could have handed out free front‑row seats to anyone who wanted them.
In April 2026, Ian Carroll—founder of the flight‑search startup Seats.aero and a vetted member of Anthropic’s Cyber Verification Program—used Claude Opus 4.7 to probe Front Gate Tickets. The platform powers the ticket sales engines of the biggest U.S. festivals, from Lollapalooza and South by Southwest to Austin City Limits, and has been described by industry observers as the “Ticketmaster for music festivals.”
Carroll first strolled into Front Gate’s digital doorway while researching the vendor for Electric Daisy Carnival in Las Vegas. He told Wired that the company’s public website held a subtle flaw that, when combined with Claude’s code‑generation capabilities, opened a door to full administrative control.
“Ask Claude Opus to bypass Front Gate’s security, and it spits out a snippet that exploits a bug on the public site,” Carroll reported. The resulting script granted a “super‑administrator” role, allowing the user to create unlimited tickets at any price tier—including $4,000 VIP passes—by clicking a single button.
He did not use the exploit to issue tickets. Instead, Carroll immediately notified Front Gate, which confirmed that it had patched the vulnerability upon receiving the disclosure. The company praised the collaboration, calling the incident a “successful partnership that strengthened our security posture.”
Front Gate’s statement to Wired emphasized that its safeguards limited exposure of personal data. Carroll noted, however, that the company had no evidence the flaw had been exploited before his discovery. He added that Claude’s rapid generation of the exploit suggested the vulnerability could have been found “end‑to‑end without me doing anything at all.”
The episode underscores the dual‑use nature of advanced AI. While Carroll’s work was defensive, the same tools could be wielded by malicious actors to locate and exploit vulnerabilities across the web. Anthropic’s Cyber Verification Program, which granted Carroll access to Claude for security research, is designed to let vetted researchers employ the model for legitimate hacking tasks while minimizing misuse.
Front Gate’s role as a central ticketing provider for festivals raises additional concerns. The platform is a subsidiary of Live Nation, a company that has faced antitrust scrutiny and lawsuits over its ticketing practices. Carroll warned that if a password were compromised, an attacker could log in without extra verification and issue free tickets.
The discovery also highlights the need for continuous security testing on high‑profile systems. Front Gate’s swift patching of the flaw demonstrates a responsive approach, yet the fact that a public‑website bug could grant full administrative access signals that other platforms may harbor similar weaknesses.
Industry observers have linked the incident to a broader trend of AI‑driven vulnerability discovery. In recent months, researchers have used large language models to identify security gaps in software and web services, sparking debate over the responsible use of such technology.
As of the latest statements, Front Gate has no public record of any tickets issued through the exploited path, and no evidence of prior exploitation. The company has not announced additional security measures beyond the patch.
The case will likely surface in discussions about AI ethics, dual‑use technology, and the necessity of robust security practices in the ticketing industry. It also serves as a reminder that even well‑run, professional websites can contain critical vulnerabilities that, if uncovered, can be leveraged to bypass safeguards.
For now, the vulnerability remains closed, and Front Gate continues to provide ticketing services for major festivals. The broader industry will watch how AI tools are integrated into security testing and how companies respond to AI‑identified threats.
In April 2026, Ian Carroll—founder of the flight‑search startup Seats.aero and a vetted member of Anthropic’s Cyber Verification Program—used Claude Opus 4.7 to probe Front Gate Tickets. The platform powers the ticket sales engines of the biggest U.S. festivals, from Lollapalooza and South by Southwest to Austin City Limits, and has been described by industry observers as the “Ticketmaster for music festivals.”
Carroll first strolled into Front Gate’s digital doorway while researching the vendor for Electric Daisy Carnival in Las Vegas. He told Wired that the company’s public website held a subtle flaw that, when combined with Claude’s code‑generation capabilities, opened a door to full administrative control.
“Ask Claude Opus to bypass Front Gate’s security, and it spits out a snippet that exploits a bug on the public site,” Carroll reported. The resulting script granted a “super‑administrator” role, allowing the user to create unlimited tickets at any price tier—including $4,000 VIP passes—by clicking a single button.
He did not use the exploit to issue tickets. Instead, Carroll immediately notified Front Gate, which confirmed that it had patched the vulnerability upon receiving the disclosure. The company praised the collaboration, calling the incident a “successful partnership that strengthened our security posture.”
Front Gate’s statement to Wired emphasized that its safeguards limited exposure of personal data. Carroll noted, however, that the company had no evidence the flaw had been exploited before his discovery. He added that Claude’s rapid generation of the exploit suggested the vulnerability could have been found “end‑to‑end without me doing anything at all.”
The episode underscores the dual‑use nature of advanced AI. While Carroll’s work was defensive, the same tools could be wielded by malicious actors to locate and exploit vulnerabilities across the web. Anthropic’s Cyber Verification Program, which granted Carroll access to Claude for security research, is designed to let vetted researchers employ the model for legitimate hacking tasks while minimizing misuse.
Front Gate’s role as a central ticketing provider for festivals raises additional concerns. The platform is a subsidiary of Live Nation, a company that has faced antitrust scrutiny and lawsuits over its ticketing practices. Carroll warned that if a password were compromised, an attacker could log in without extra verification and issue free tickets.
The discovery also highlights the need for continuous security testing on high‑profile systems. Front Gate’s swift patching of the flaw demonstrates a responsive approach, yet the fact that a public‑website bug could grant full administrative access signals that other platforms may harbor similar weaknesses.
Industry observers have linked the incident to a broader trend of AI‑driven vulnerability discovery. In recent months, researchers have used large language models to identify security gaps in software and web services, sparking debate over the responsible use of such technology.
As of the latest statements, Front Gate has no public record of any tickets issued through the exploited path, and no evidence of prior exploitation. The company has not announced additional security measures beyond the patch.
The case will likely surface in discussions about AI ethics, dual‑use technology, and the necessity of robust security practices in the ticketing industry. It also serves as a reminder that even well‑run, professional websites can contain critical vulnerabilities that, if uncovered, can be leveraged to bypass safeguards.
For now, the vulnerability remains closed, and Front Gate continues to provide ticketing services for major festivals. The broader industry will watch how AI tools are integrated into security testing and how companies respond to AI‑identified threats.
