17 Luglio 2026

• Debian Chromium Critical Denial of Service Info Disclosure DSA-6390-1

  Security issues were discovered in Chromium which could result in the execution of arbitrary code, denial of service, or information disclosure. For the stable distribution (trixie), these problems have been fixed in version 150.0.7871.124-1~deb13u1.
• Debian DSA-6389-1 NTFS-3G Critical Local Root Escalation

  Several vulnerabilities were discovered in NTFS-3G, a read-write NTFS driver for FUSE. A local user can take advantage of these flaws for local root privilege escalation. For the stable distribution (trixie), these problems have been fixed in version 1:2022.10.3-5+deb13u2.
• Debian libXfont Important Code Execution Risks DSA-6388-1

  Several vulnerabilities were discovered in libXfont, the X11 font rasterisation library, which may result in arbitrary code execution in the X server context for authenticated X clients. For the stable distribution (trixie), these problems have been fixed in version 1:2.0.6-1+deb13u1.

• Why your AI agent framework isn't enough: 7 platform capabilities missing from production
  Your agent works. I know it does. You built it on LangChain or CrewAI or something custom, you tested it against real scenarios, and it handled them. The problem isn't the agent. The problem is everything around it.In "Why good AI agents fail in production: The missing infrastructure layer," 3 failures hit a single AI agent deployment overnight—43 duplicate support tickets, $4,000 charged to the wrong billing account, and a hallucinated refund policy that led to a $280 return the company had to honor. That agent worked perfectly in development, but broke in production because the production
• Introducing Red Hat build of Karpenter
  Achieving infrastructure efficiency and controlling compute costs is a continuous effort. While traditional machine pools are effective for steady workloads, scaling diverse applications often requires balancing cloud utilization with the effort spent manually right-sizing instances, all while providing continuous node availability when compute demands spike. To help achieve this balance, we are introducing the Red Hat build of Karpenter, based on the upstream Karpenter project. With the release of Red Hat OpenShift 4.22, Red Hat build of Karpenter can be enabled on Red Hat OpenShift Service o

17 Luglio 2026

• 7.2-rc3: mainline

  Version:	7.2-rc3 (mainline)
  Released:	2026-07-12
  Source:	linux-7.2-rc3.tar.gz
  Patch:	full (incremental)

• 7.1.3: stable

  Version:	7.1.3 (stable)
  Released:	2026-07-04
  Source:	linux-7.1.3.tar.xz
  PGP Signature:	linux-7.1.3.tar.sign
  Patch:	full (incremental)
  ChangeLog:	ChangeLog-7.1.3

• 7.0.14: stable

  Version:	7.0.14 (EOL) (stable)
  Released:	2026-06-27
  Source:	linux-7.0.14.tar.xz
  PGP Signature:	linux-7.0.14.tar.sign
  Patch:	full (incremental)
  ChangeLog:	ChangeLog-7.0.14