Google has revealed that its adoption of the Rust programming language in Android has successfully decreased the number of memory safety vulnerabilities to below 20% for the first time. This shift towards Rust was primarily motivated by its improved security features, leading to a staggering 1000x reduction in memory safety vulnerability density when compared to the traditional C and C++ code used in Android development. This remarkable achievement reflects Google’s commitment to better app security, showing how modern programming practices can mitigate risks effectively.
Additionally, the results hint at an unexpected impact of using Rust, indicating not only enhanced security but potentially greater stability in Android applications. The transition has sparked renewed interest in how programming languages can influence software outcomes, particularly in large, complex systems like mobile operating systems. As Google continues to refine its use of Rust, further reductions in vulnerabilities may be anticipated, underpinning efforts to fortify the Android platform and safeguard users from memory safety issues.
👉 Pročitaj original: The Hacker News
