Chrome is now shipping updates every 2 weeks as AI changes the security landscape
Google switches Chrome to two-week release cycles starting with Chrome 153, shrinking the N-day patch gap as AI-driven threats accelerate.
Chrome officially moved from a four-week to a two-week release schedule with Tuesday's launch of Chrome 153 on desktop, iOS, and Android. Google ties the change to its evolving security strategy, saying faster releases shrink the N-day patch gap as AI tools and community bug reports increase patch volume. Mozilla, Microsoft, and Brave have already adopted the two-week cadence, and Google is also racing AI-native browsers like Brave, Dia, Opera Neon, and Perplexity's Comet while experimenting with AI features in Chrome.
The democratization of cyber warfare — and what it means for CISOs
CSO Online argues AI is democratizing cyber warfare, citing Taiwan's first largely autonomous AI-driven attack that hit 85 government accounts.
CSO Online argues AI is accelerating the democratization of cyber warfare by collapsing cost and skill barriers, with effects already reaching the private sector. It cites the August disclosure of the first largely autonomous AI-enabled attack on Taiwan government infrastructure, where up to eight agents operating simultaneously compromised at least 85 government accounts and exfiltrated more than 2,500 personnel records before expanding to the nuclear safety agency and energy companies. The piece places this in a historical arc from crossbows to cheap drones and cites Kane Gamble's 2015 solo social-engineering compromise of senior US intelligence officials as evidence that low-resource attackers were already viable.
Stop Telling People Not To Click Links
Tailscale CEO argues link-clicking is not the problem; deploying phishing-resistant authentication like passkeys and WebAuthn eliminates entire attack classes.
Tailscale CEO Avery Pennarun argues in an opinion piece that clicking links is a symptom, not the disease, and that weak authentication is the real failure behind phishing damage. He advocates phishing-resistant FIDO/WebAuthn, passkeys, and device-bound tokens, plus continuous identity-anchored network access so unexpected login prompts become suspicious signals. He argues this approach makes security less burdensome for users while neutralizing credential replay and fake login pages.