High · published December 8, 2025
⚡ An integer overflow in mem_protect.c is a surprisingly sneaky way to gain local privileges without any special permissions! 🚀 Think of this as a service desk that mistakenly processes an overflow of requests, allowing one user to get their hands on documents they shouldn't have access to — a recipe for chaos in the office! 📄 An attacker could exploit this vulnerability to escalate their privileges locally, potentially taking control of sensitive data or system functions. This is especially dangerous because no special execution privileges are required — they can strike while going unnoticed!
Think of this as a service desk that mistakenly processes an overflow of requests, allowing one user to get their hands on documents they shouldn't have access to — a recipe for chaos in the office! 📄 This out of bounds write happens due to an integer overflow in multiple functions of mem_protect.c, allowing data to be written outside its intended boundaries, which can lead to privilege escalation.
An attacker could exploit this vulnerability to escalate their privileges locally, potentially taking control of sensitive data or system functions. This is especially dangerous because no special execution privileges are required — they can strike while going unnoticed! To mitigate this issue, update to the latest version of the affected software to patch the integer overflow vulnerability. Conduct a thorough code review to ensure proper bounds checking is implemented in functions handling memory operations. You've got this! Follow these steps, and you'll reinforce your defenses like a pro! 🛡️
| Product | Versions | Fixed in |
|---|---|---|
| google/android | all versions | — |