Google Boosts Pixel 10 Security with Rust Integration in Modem Firmware

5 articles · Updated · Android Authority · Apr 14

Google is integrating the Rust programming language into the Pixel 10's modem firmware to strengthen security against remote code execution attacks.
The company has rewritten the modem’s DNS parser in Rust, reducing memory-safety vulnerabilities such as buffer overflows that could be exploited via malicious signals or SMS.
This move marks a significant industry shift, aiming to address long-standing security risks in modem firmware without affecting device performance.

With state actors actively exploiting firmware, can Google's Rust integration truly secure the Pixel 10 from sophisticated nation-state attacks?

Google is rewriting modem code in Rust. Why are competitors like Apple and Samsung still relying on vulnerable C++?

The new firmware is safer but larger. What hidden performance or battery life trade-offs might Pixel 10 users face?

Is rewriting legacy code in Rust the best defense, or are hardware-based security features a more effective long-term solution?

Given the recent wave of infrastructure attacks, should the US government mandate memory-safe languages for all critical network devices?