Here’s what the talk doesn’t mention: Google’s own data from September 2024 shows that Android’s memory safety vulnerabilities dropped from 76% to 24% over just six years — not by retrofitting safety features onto existing C++ code, but by writing new code in memory-safe languages (Rust, Kotlin, Java). Google’s security blog makes a fascinating observation: vulnerabilities have a half-life. Code that’s five years old has 3.4x to 7.4x lower vulnerability density than new code, because bugs get found and fixed over time. The implication is striking — if you just stop writing new unsafe code, the overall vulnerability rate drops exponentially without touching a single line of existing C++.
Credit: Haley Henschel / Mashable
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SHA512 (FreeBSD-14.4-RELEASE-arm64-aarch64-bootonly.iso.xz) = fb922047b761355736ec81603fc3099074d1f87bc3e4ad7dc8ccc99206ad628e09bca5e98818208e31d7e3fdaaca54d0068cd4b5eae97d44a56325a070190e14