IR folks (@GelosSnake @ProferoSec @Mandiant @Volexity @attrc @uuallan @TalosSecurity others, please tag): trying to put numbers on breaches. Vs. a year ago (or whatever makes sense), how many more cases are you seeing? Are you really "turning away work" as @RGB_Lights says?

בואו לפגוש אותנו במתחם שרונה! לדבר על התוכניות לעתיד המדינה לדבר על ההייטק לדבר על מהפכת המשרתים. שיחה פתוחה על קפה טוב יום א׳ בבוקר בשרונה עם נבחרת הביצועיסטים של ביחד. רק ביחד, רק בנט 🇮🇱💪 @KerenTernerEyal @Estiayalonkovo @VladimirBeliak להרשמה: go.be-yahad.org.il/rsvp25102…

Can't make this sh!t up. A large part of the internet was encrypted by '4'. 🤣 (Image made by someone else)

Reducing the attack surface of deployed services and apps is a fundamental component of software that is secure by design. Earlier this year we tasked Claude with autonomously mapping and reducing the attack surface of 25 large and widely used OSS codebases. This blog post covers some of our methodology and a preview of the data we collected. This research resulted in a significant reduction in OpenSSH pre-authentication attack surface (now fixed in 10.6). And over 500 findings where reachability could be reduced and configurations hardened to ensure security controls weren’t silently disabled. anthropic.com/research/attac…

arstechnica.com/security/202… The private keys for these certs are literally the numbers 4, 56, 66, 115, 155, 156, 230, and 237 (life imitates XKCD, again).