publish updates from main

content/manuals/desktop/setup/install/windows-install.md

@@ -57,7 +57,7 @@ _For checksums, see [Release notes](/manuals/desktop/release-notes.md)_
   - 64-bit processor with [Second Level Address Translation (SLAT)](https://en.wikipedia.org/wiki/Second_Level_Address_Translation)
   - 4GB system RAM
   - Enable hardware virtualization in BIOS/UEFI. For more information, see
-    [Virtualization](/manuals/desktop/troubleshoot-and-support/troubleshoot/topics.md#virtualization).
+    [Virtualization](/manuals/desktop/troubleshoot-and-support/troubleshoot/topics.md#docker-desktop-fails-due-to-virtualization-not-working).
 
 For more information on setting up WSL 2 with Docker Desktop, see [WSL](/manuals/desktop/features/wsl/_index.md).
 

content/manuals/dhi/about/what.md

@@ -56,11 +56,12 @@ so you don’t have to.
   Level 3](../core-concepts/slsa.md), ensuring a tamper-resistant, verifiable,
   and auditable build process that protects against supply chain threats.
 
-- Distroless approach: Unlike traditional base images that bundle an entire OS
-  with shells and package managers, [distroless
-  images](../core-concepts/distroless.md) exclude the OS layer and include only
-  your app and its runtime dependencies, reducing the attack surface by up to 95
-  percent and improving performance.
+-  Distroless approach: Unlike traditional base images that bundle an entire OS
+   with shells, package managers, and debugging tools, [distroless
+   images](../core-concepts/distroless.md) retain only the minimal OS components
+   required to run your application. By excluding unnecessary tooling and
+   libraries, they reduce the attack surface by up to 95% and can improve
+   performance and image size.
 
 - Continuous maintenance: All DHIs are continuously monitored and updated to
   maintain near-zero known exploitable [CVEs](../core-concepts/cves.md), helping

content/manuals/scout/explore/dashboard.md

@@ -11,10 +11,10 @@ aliases:
 
 The [Docker Scout Dashboard](https://scout.docker.com/) helps you share the
 analysis of images in an organization with your team. Developers can now see an
-overview of their security status across all their images from both Docker Hub
-and Artifactory, and get remediation advice at their fingertips. It helps team
-members in roles such as security, compliance, and operations to know what
-vulnerabilities and issues they need to focus on.
+overview of their security status across all their images from Docker Hub, and
+get remediation advice at their fingertips. It helps team members in roles such
+as security, compliance, and operations to know what vulnerabilities and issues
+they need to focus on.
 
 ## Overview
 

content/manuals/scout/integrations/_index.md

@@ -25,7 +25,6 @@ aren't hosted on Docker Hub.
 
 The following container registry integrations are available:
 
-- [Artifactory](./registry/artifactory.md)
 - [Amazon Elastic Container Registry](./registry/ecr.md)
 - [Azure Container Registry](./registry/acr.md)
 

content/manuals/scout/release-notes/platform.md

@@ -297,12 +297,9 @@ documentation](../integrations/environment/sysdig.md).
 The new JFrog Artifactory integration enables automatic image analysis on
 Artifactory registries.
 
-![Animation of how to integrate Artifactory](../images/release-notes/artifactory-agent.gif)
-
 The integration involves deploying a Docker Scout Artifactory agent that polls
 for new images, performs analysis, and uploads results to Docker Scout, all
-while preserving the integrity of image data. Learn more in the [Artifactory
-integration documentation](../integrations/registry/artifactory.md)
+while preserving the integrity of image data.
 
 #### Known limitations