published April 26, 2005
NVD has not assigned a CVSS score to this record. It sits in the 99.3th percentile for exploit probability.
⚠️ A crafty little oversight in MySQL MaxDB could allow a remote attacker to exploit multiple buffer overflows with just one HTTP GET request! 🔥 Think of it as a restaurant where some customers can place a ridiculously long order that the kitchen can't handle — they just keep piling on the ingredients until everything overflows! 🍽️ An attacker could potentially execute arbitrary code, which means they could take control of the server. That's like letting a stranger waltz into the kitchen and start cooking up whatever they want! It's a severe risk that could lead to unauthorized access and potential data breaches.
Think of it as a restaurant where some customers can place a ridiculously long order that the kitchen can't handle — they just keep piling on the ingredients until everything overflows! 🍽️ This vulnerability results from improper handling of a long file parameter and Lock-Token string in the web tool of MySQL MaxDB, specifically within the getLockTokenHeader function. When exploited, it can lead to buffer overflow, allowing arbitrary code execution.
An attacker could potentially execute arbitrary code, which means they could take control of the server. That's like letting a stranger waltz into the kitchen and start cooking up whatever they want! It's a severe risk that could lead to unauthorized access and potential data breaches. To mitigate this risk, upgrade to at least version 7.5.00.26 of MySQL MaxDB. Additionally, consider implementing rules to limit the length of input fields to prevent buffer overflow incidents in the future. Regularly audit your web applications for similar vulnerabilities! You've got this! Fixing this vulnerability will help you keep your data safe and secure. 🛡️