Add instruction to enable Allow Unsigned toggle

Author: deepikas20

hello-world-python/README.md

@@ -73,6 +73,14 @@ If you encounter any TLS related issues, please see the TLS setup chapter regard
 
 ### Install the image
 
+Browse to the application page of the Axis device:
+
+```sh
+http://<AXIS_DEVICE_IP>/index.html#apps
+```
+
+Click on the tab `Apps` in the device GUI and enable `Allow unsigned apps` toggle.
+
 Next, the built image needs to be uploaded to the device. This can be done through a registry or directly. In this case, the direct transfer is used by piping the compressed application directly to the device's Docker client:
 
 ```sh

minimal-ml-inference/README.md

@@ -107,6 +107,14 @@ If you encounter any TLS related issues, please see the TLS setup chapter regard
 
 ### Install the images
 
+Browse to the application page of the Axis device:
+
+```sh
+http://<AXIS_DEVICE_IP>/index.html#apps
+```
+
+Click on the tab `Apps` in the device GUI and enable `Allow unsigned apps` toggle.
+
 Next, the built images needs to be uploaded to the device. This can be done through a registry or directly. In this case, the direct transfer is used by piping the compressed application directly to the device's Docker client:
 
 ```sh

object-detector-python/README.md

@@ -111,6 +111,14 @@ If you encounter any TLS related issues, please see the TLS setup chapter regard
 
 ### Install the images
 
+Browse to the application page of the Axis device:
+
+```sh
+http://<AXIS_DEVICE_IP>/index.html#apps
+```
+
+Click on the tab `Apps` in the device GUI and enable `Allow unsigned apps` toggle.
+
 Next, the built images needs to be uploaded to the device. This can be done through a registry or directly. In this case, the direct transfer is used by piping the compressed application directly to the device's Docker client:
 
 ```sh

opencv-qr-decoder-python/README.md

@@ -75,6 +75,14 @@ If you encounter any TLS related issues, please see the TLS setup chapter regard
 
 ### Install the image
 
+Browse to the application page of the Axis device:
+
+```sh
+http://<AXIS_DEVICE_IP>/index.html#apps
+```
+
+Click on the tab `Apps` in the device GUI and enable `Allow unsigned apps` toggle.
+
 Next, the built images needs to be uploaded to the device. This can be done through a registry or directly. In this case, the direct transfer is used by piping the compressed application directly to the device's Docker client:
 
 ```sh

parameter-api-python/README.md

@@ -123,6 +123,10 @@ where `<password>` is the password to the `root` user.
 
 Finally install the Docker image to the device:
 
+Navigate to the application page of the Axis device `http://<AXIS_DEVICE_IP>/index.html#apps`
+and enable `Allow unsigned apps` toggle. This will allow the installation of unsigned 
+applications. Use the following command to proceed with the application installation.
+
 ```sh
 docker save $APP_NAME | docker --tlsverify --host tcp://$DEVICE_IP:$DOCKER_PORT load
 ```

pose-estimator-with-flask/README.md

@@ -121,6 +121,14 @@ If you encounter any TLS related issues, please see the TLS setup chapter regard
 
 ### Install the images
 
+Browse to the application page of the Axis device:
+
+```sh
+http://<AXIS_DEVICE_IP>/index.html#apps
+```
+
+Click on the tab `Apps` in the device GUI and enable `Allow unsigned apps` toggle.
+
 Next, the built images needs to be uploaded to the device. This can be done through a registry or directly. In this case, the direct transfer is used by piping the compressed application directly to the device's Docker client:
 
 ```sh

web-server/README.md

@@ -93,6 +93,14 @@ If you encounter any TLS related issues, please see the TLS setup chapter regard
 
 ### Install the image
 
+Browse to the application page of the Axis device:
+
+```sh
+http://<AXIS_DEVICE_IP>/index.html#apps
+```
+
+Click on the tab `Apps` in the device GUI and enable `Allow unsigned apps` toggle.
+
 Next, the built image needs to be uploaded to the device. This can be done through a registry or directly. In this case, the direct transfer is used by piping the compressed application directly to the device's Docker client:
 
 ```sh