Refine reverse proxy and Traefik configuration sections

Updated the reverse proxy section for clarity and added an alert box for the example implementation note. Changed 'Traefik configuration' to 'Traefik Configuration' for consistency.

Author: katarzyna-koltun-mx

content/en/docs/deployment/docker-deploy/docker-pad.md

@@ -238,8 +238,11 @@ These endpoints are especially useful when integrating with orchestration platfo
 
 ## Reverse Proxy
 
-This section serves as a reference guide and starting point for configuring a reverse proxy on Docker. The configurations provided are intended for illustrative purposes only, as the appropriate settings will vary depending on your specific network environment and infrastructure setup.
-Please note that this example implementation is provided "as-is" and is not covered under official support. Support requests related to this specific configuration cannot be addressed.
+This section serves as a reference guide and starting point for configuring a reverse proxy on Docker. The configurations provided are intended for illustrative purposes only, as the required settings vary depending on your specific network environment and infrastructure setup.
+
+{{% alert color="info" %}}
+This example implementation is provided "as-is" and is not covered under official support. Support requests related to this specific configuration cannot be addressed.
+{{% /alert %}}
 
 ### Nginx Configuration
 
@@ -285,7 +288,7 @@ http {
 
 This setup exposes only port 80 publicly while proxying to your app on internal port 8080.
 
-### Traefik configuration
+### Traefik Configuration
 
 To set up Traefik as a reverse proxy for your app running in a Docker container, use Docker Compose for simplicity. This configuration exposes Traefik on ports 80/8080, automatically discovers your app container via labels, and routes traffic to it.
 Traefik uses two networks: frontend (public) and backend (internal). Add Traefik labels to the app service.
@@ -347,7 +350,6 @@ Dashboard at `http://localhost:8080` shows routes.
 
 Scale easily: duplicate `app service` with unique router rules (e.g., Host(app2.local)).​
 
-
 ## High Availability (sample)
 
 High availability requires redundancy, health checks, and restarts to handle failures. Scale for HA with Docker Compose (for local/dev) or Kubernetes: