Safe Coding: Google’s strategy reduces memory safety vulnerabilities

Google logo illustrating its Safe Coding strategy to reduce memory safety vulnerabilities to improve security.

Google has unveiled compelling data highlighting the efficacy of its "Safe Coding" approach in reducing memory safety vulnerabilities.

The tech giant's strategy, which prioritises the use of memory-safe programming languages for new code development, has yielded impressive results. Most notably, Android has seen a sharp decline in memory safety vulnerabilities, plummeting from 76% of all vulnerabilities in 2019 to just 24% in 2024.

This reduction is particularly...

26 September 2024 | Android

White House urges adoption of memory-safe programming languages

The White House Office of the National Cyber Director (ONCD) has released a new report today urging the technology industry to take steps to reduce vulnerabilities in software that leave digital systems open to cyberattacks.

The report, titled "Back to the Building Blocks: A Path Toward Secure and Measurable Software," emphasises the importance of technology manufacturers adopting memory-safe programming languages to prevent entire classes of vulnerabilities from entering the...

27 February 2024 | Hacking & Security

Chromium will support third-party Rust libraries

Google has announced that it will allow third-party Rust libraries in its Chromium open-source browser project.

Chrome security team member Dana Jansens published a blog post on Thursday announcing the decision.

Jansens says that Google is now actively pursuing adding a production Rust toolchain to its build system.

“Our goal in bringing Rust into Chromium is to provide a simpler (no IPC) and safer (less complex C++ overall, no memory safety bugs in a sandbox...

13 January 2023 | Languages