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++.
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the hidden compile-time cost of C++26 reflection
\nTo test their theory that the gut microbiome plays a role in the “senior moments” many of us experience, the researchers housed young (2-month-old) mice together with old (18-month-old) mice. Living (and pooping) in close proximity exposed the young mice to the gut microbiomes of the old mice and vice versa. After one month, the researchers examined the compositions of the microbiomes of the old and young animals.