What Happened
Modern smartphone operating systems have myriad systems in place to improve security, but none of that helps when attackers target the modem.
Why It Matters
Google's Project Zero team has shown it's possible to get remote code execution on Pixel phone modems over the Internet, which prompted Google to reevaluate how it secures this vital, low-level system.
Key Details
- The solution wasn't to rewrite modem software but rather to shoehorn a safer Rust-based component into the Pixel 10 modem.
- Cellular modems are something of a black box.
- Your phone's baseband is its own operating system running legacy C and C++ code, which makes it an increasingly appealing attack surface.
- The core issue is that memory management in these systems is difficult and often leads to memory-unsafe firmware code on production devices.
Background Context
Modern smartphone operating systems have myriad systems in place to improve security, but none of that helps when attackers target the modem. Google's Project Zero team has shown it's possible to get remote code execution on Pixel phone modems over the Internet, which prompted Google to reevaluate how it secures this vital, low-level system. The solution wasn't to rewrite modem software but rather to shoehorn a safer Rust-based component into the Pixel 10 modem. Cellular modems are something of a black box. Your phone's baseband is its own operating system running legacy C and C++ code, which makes it an increasingly appealing attack surface. The core issue is that memory management in these
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Source: Ars Technica – All content – Original Link
Source: Ars Technica – All content
