Update README.md

README.md

@@ -87,7 +87,7 @@ simply do not use Kubernetes files for the databases, and modify the other ones
 
 
 ### Storage bucket (skip for OVF)
-the Kubernetes deployment relies on an NFS server on the host machine, to store video files (do not spin it up in a pod it will not work!!!)
+the Kubernetes deployment relies on an NFS server on the host machine, to store video files (do not spin it up in a pod you will have permissions problems!!!)
 1. install an nfs server
 2. modify the nfs Kubernetes files if necessary
 #### need to scale up?
@@ -105,7 +105,8 @@ the VM comes with the Observability stack so you can monitor your resource usage
 if you encounter any problems: SSH into your VM -> and delete all pods in the default namespace: `microk8s kubectl delete pods --all`
 
 notice: the VM has only 50GB assigned for video storage, so you might hit the limit pretty quickly, you can add an extra virtual hard drive and mount it to `/`
-notice: the OVF is just a starting example, it is of course recommended to host directly on AKS/GKS, use a managed database, and a storage bucket from your cloud platform. furthermore, if you are really getting a lot of traffic use your cloud provider\`s API gateway (you will need to re-engineer auth),   Ocelot (the project`s API gateway) is the slowest link in the system 
+<br/>
+notice: the OVF template is just a starting example, it is of course recommended to host directly on AKS/GKS, use a managed database, and a storage bucket from your cloud platform. furthermore, if you are really getting a lot of traffic use your cloud provider\`s API gateway (you will need to re-engineer auth),   Ocelot (the project`s API gateway) is the slowest link in the system 
 
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