25 Giugno 2026

• Debian python-urllib3 Important Cross-Origin Info Disclosure Fix DSA-6363-1

  It was discovered that the urllib3 Python HTTP library didn't sanitise some cross-origin redirects, which could result in information disclosure. For the stable distribution (trixie), this problem has been fixed in version 2.3.0-3+deb13u2.
• Debian gst-plugins-bad1.0 Critical DoS Arbitary Code Threat DSA-6362-1

  Multiple security vulnerabilities were discovered in plugins for the GStreamer media framework and its codecs and demuxers, which may result in denial of service or potentially the execution of arbitrary code if a malformed media file is opened. For the stable distribution (trixie), these problems have been fixed in
• Debian FFmpeg Critical Denial of Service Code Execution Vuln DSA-6361-1

  Several vulnerabilities have been discovered in the FFmpeg multimedia framework, which could result in denial of service or potentially the execution of arbitrary code if malformed files/streams are processed. For the stable distribution (trixie), these problems have been fixed in version 7:7.1.5-0+deb13u1.

• Why automated network configuration assurance matters for enterprise NetOps
  Every network operations (NetOps) professional knows the anxiety of a manual configuration update. Even when you meticulously plan the change, a single unrecorded variable or an ad hoc configuration tweak can cascade into unexpected downtime. Across large enterprises, network teams are constantly fighting a losing battle against configuration drift—the gradual, undocumented departure of live network state from the intended design—caused by these sorts of errors.This problem is commonly rooted in human data entry. When network engineers must manually copy and paste details between systems,
• Govern privileged workload boundaries with Red Hat OpenShift, Ansible Automation Platform, and Identity Management
  Platform engineering, security architecture, and operations teams are being asked to support 2 realities at once: modern application platforms such as Red Hat OpenShift, and long-lived Red Hat Enterprise Linux (RHEL) fleets that still run critical automation. These parallel systems introduce risk, especially around how users, workloads, or automation identities can be authenticated across environments. But there’s also larger questions at play: What boundary exists after privileged work starts? How are exceptions approved? How can operators prove that the intended boundary was active when t

25 Giugno 2026

• 7.1: mainline

  Version:	7.1 (mainline)
  Released:	2026-06-14
  Source:	linux-7.1.tar.xz
  PGP Signature:	linux-7.1.tar.sign
  Patch:	full

• 7.1.1: stable

  Version:	7.1.1 (stable)
  Released:	2026-06-19
  Source:	linux-7.1.1.tar.xz
  PGP Signature:	linux-7.1.1.tar.sign
  Patch:	full
  ChangeLog:	ChangeLog-7.1.1

• 7.0.13: stable

  Version:	7.0.13 (stable)
  Released:	2026-06-19
  Source:	linux-7.0.13.tar.xz
  PGP Signature:	linux-7.0.13.tar.sign
  Patch:	full (incremental)
  ChangeLog:	ChangeLog-7.0.13