added namespace

umh.docs.umh.app/content/en/docs/getstarted/dataacquisitionmanipulation.md

@@ -32,7 +32,7 @@ The United Manufacturing Hub has several simulators. These simulators simulate d
 7. In this column, you can view all incoming messages and their respective topics. The incoming topics follow this format: `ia/raw/development/ioTSensors/`. For the purpose of this tutorial, we will be using only the temperature topic, but feel free to choose any topic you'd like. To proceed, copy the temperature topic (`ia/raw/development/ioTSensors/Temperature`), open the **mqtt-in** node, paste the copied topic in the **Topic** field, click on **Done**, and then press **Deploy** again to apply the changes.
 
    ![Untitled](/images/getstarted/dataAcquisitionManipulation/getStartedDataAcqManNewTopic.png)
-8. To format the incoming message, add a **JSONÜÜ node and a **Function** node to your flow. Connect the nodes in the following order: **mqtt-in → JSON → Function → mqtt-out**.
+8. To format the incoming message, add a **JSON** node and a **Function** node to your flow. Connect the nodes in the following order: **mqtt-in → JSON → Function → mqtt-out**.
 
    ![Untitled](/images/getstarted/dataAcquisitionManipulation/getStartedDataAcqManNewNodes.png)
 9. Open the **function** node and paste in the following:

umh.docs.umh.app/content/en/docs/getstarted/managingthesystem.md

@@ -13,13 +13,18 @@ In this chapter, we'll guide you through connecting to our Kubernetes cluster us
 ##  1. Connect to UMH
 
 1. Download & install UMHLens [here](https://github.com/united-manufacturing-hub/UMHLens/releases).
-2. If you installed the UMH using the management console, you should see a cluster named "k3d-united-manufacturing-hub" under **Browse**. Click on it to connect.
-3. On the right side of UMHLens under **workloads** -> **pods** you can check the status of all pods. Depending on your system, it may take a while for all pods to start.
+2. If you installed the UMH using the management console, you should see a cluster named "k3d-united-manufacturing-hub"
+   under **Browse**. Click on it to connect.
+3. You can check the status of all pods by navigating to **Workloads** -> **Wods** and selecting
+   {{< resource type="ns" name="umh" >}} as the namespace on the top right. Depending on your system, it may take a while for all pods to start.
 
    ![Untitled](/images/getstarted/managingTheSystem/getStartedManagingPods.png?width=75%)
-4. To access the web interfaces of the microservices, e.g. node-red or grafana, navigate to **network**->**services** on the left-hand side.
+   ![Untitled](/images/getstarted/managingTheSystem/LensSelectNamespace.png)
+4. To access the web interfaces of the microservices, e.g. node-red or grafana, navigate to **Network** -> **Services** on
+   the left-hand side. Again make sure to change the namespace to {{< resource type="ns" name="umh" >}} at the top right.
 
    ![Untitled](/images/getstarted/managingTheSystem/getStartedManagingServices.png?width=75%)
+   ![Untitled](/images/getstarted/managingTheSystem/LensSelectNamespace.png)
 5. Click on the appropriate service you wish to connect to, scroll down to **Connection** and forward the port.
 
    ![Untitled](/images/getstarted/managingTheSystem/getStartedManagingForwarding.png?width=75%)
@@ -38,13 +43,16 @@ In this chapter, we'll guide you through connecting to our Kubernetes cluster us
 3. Now copy [this json file](/json/getstarted/noderedGetStarted.json) and paste it into the import field. Then press **Import**.
 
    ![Untitled](/images/getstarted/managingTheSystem/getStartedManagingPasteJson.png?width=75%)
-4. To activate the imported flow, simply click on the **Deploy** button located at the top right of the screen. If everything is working as expected, you should see green dots above the input and output. Once you've confirmed that the data is flowing correctly, you can proceed to display it in Grafana
+4. To activate the imported flow, simply click on the **Deploy** button located at the top right of the screen. 
+   If everything is working as expected, you should see green dots above the input and output. Once you've confirmed 
+   that the data is flowing correctly, you can proceed to display it in Grafana
    ![Untitled](/images/getstarted/managingTheSystem/getStartedManagingDeploy.png?width=75%)
 
 
 ## 3. Import flows to Grafana & view dashboard
 
-1. Go into UMHLens and forward the grafana service as you did with node-red. To log in, you need the grafana Secrets, which you can find in UMHLens under **Config** -> **Secrets** -> **Grafana-Secret**. Click on the eye to display the username and password and enter it in grafana.
+1. Go into UMHLens and forward the grafana service as you did with node-red. To log in, you need the grafana Secrets, 
+   which you can find in UMHLens under **Config** -> **Secrets** -> **Grafana-Secret**. Click on the eye to display the username and password and enter it in grafana.
 
    ![Untitled](/images/getstarted/managingTheSystem/getStartedManagingGrafanaSecrets.png?width=75%)
 2. Once you are logged in, click on **Dashboards** on the left and select **Import**. Now copy [this Grafana json](/json/getstarted/GrafanaGetStarted.json) and paste it into **Import via panel json**. Then click on **Load**. You will then be redirected to **Options** where you need to select the **umh-v2-datasource**. Finally, click on **Import**.