diff --git a/docs/content/manual/advanced/addons/_index.md b/docs/content/manual/advanced/addons/_index.md
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+---
+title: Addons
+---
+This is the tests that relate to the addons/addon charts that can be deployed optionally with Harvester
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diff --git a/docs/content/manual/advanced/addons/pci-devices-controller.md b/docs/content/manual/advanced/addons/pci-devices-controller.md
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+---
+title: PCI Devices Controller
+---
+
+## Pre-requisite Enable PCI devices
+
+1. Create a harvester cluster in bare metal mode. Ensure one of the nodes has NIC separate from the management NIC
+1. Go to the management interface of the new cluster
+1. Go to Advanced -> PCI Devices
+1. Validate that the PCI devices aren't enabled
+1. Click the link to enable PCI devices
+1. Enable PCI devices in the linked addon page
+1. Wait for the status to change to Deploy successful
+1. Navigate to the PCI devices page
+1. Validate that the PCI devices page is populated/populating with PCI devices
+
+
+## Case 1 (PCI NIC passthrough)
+1. Create a harvester cluster in bare metal mode. Ensure one of the nodes has NIC separate from the management NIC
+1. Go to the management interface of the new cluster
+1. Go to Advanced -> PCI Devices
+1. Check the box representing the PCI NIC device (identify it by the Description or the VendorId/DeviceId combination)
+1. Click Enable Passthrough
+1. When the NIC device is in an Enabled state, create a VM
+1. After creating the VM, edit the Config
+1. In the "PCI Devices" section, click the "Available PCI Devices" dropdown
+1. Select the PCI NIC device that has been enabled for passthrough
+1. Click Save
+1. Start the VM
+1. Once the VM is booted, run `lspci` at the command line (make sure the VM has the `pciutils` package) and verify that the PCI NIC device shows up
+1. (Optional) Install the driver for your PCI NIC device (if it hasn't been autoloaded)
+
+### Case 1 dependencies:
+- PCI NIC separate from management network
+- Enable PCI devices
+
+## Case 2 (GPU passthrough)
+
+### Case 2-1 Add GPU
+1. Create a harvester cluster in bare metal mode. Ensure one of the nodes has a GPU separate from the management NIC
+1. Go to the management interface of the new cluster
+1. Go to Advanced -> PCI Devices
+1. Check the box representing the GPU device (identify it by the Description or the VendorId/DeviceId combination)
+1. Click Enable Passthrough
+1. When the GPU device is in an Enabled state, create a VM
+1. After creating the VM, edit the Config
+1. In the "PCI Devices" section, click the "Available PCI Devices" dropdown
+1. Select the GPU device that has been enabled for passthrough
+1. Click Save
+1. Start the VM
+1. Once the VM is booted, run `lspci` at the command line (make sure the VM has the `pciutils` package) and verify that the GPU device shows up
+1. Install the driver for your GPU device
+     1. if the device is from NVIDIA: (this is for ubuntu, but the opensuse installation instructions are [here](https://docs.nvidia.com/cuda/cuda-installation-guide-linux/index.html#suse-installation))
+        ```
+        wget https://developer.download.nvidia.com/compute/cuda/repos/wsl-ubuntu/x86_64/cuda-keyring_1.1-1_all.deb
+        sudo dpkg -i cuda-keyring_1.1-1_all.deb
+        sudo apt-get update
+        sudo apt-get -y install cuda nvidia-cuda-toolkit build-essential
+
+        ```
+         1. Check out https://github.com/nvidia/cuda-samples
+            `git clone https://github.com/nvidia/cuda-samples`
+         1. `cd cuda-samples/Samples/3_CUDA_Features/cudaTensorCoreGemm`
+         1. `make`
+         1. If you need to install the drivers for the nvidia card you can use the following
+            - `sudo apt-get -y install ubuntu-drivers-common && sudo ubuntu-drivers autoinstall`
+            - If that doesn't work you might check for drivers that are available with `ubuntu-drivers-common`
+         1. Run `./cudaTensorCoreGemm` and verify that the program completed correctly
+     1. if the device is from AMD/ATI, install and use the `aticonfig` command to inspect the device
+
+### Case 2-2 Negative add GPU
+- **Pre-requisite**: the GPU should already be assigned to another VM
+1. On the VM that doesn't have the GPU assigned edit the VM
+1. Open up the `PCI Devices` Section
+1. Verify that you can't add the already assigned GPU to the VM. It should be greyed out.
+
+### Case 2-3 Remove GPU
+1. Edit the VM where the GPU is assigned
+1. In the "PCI Devices" section, Clear the available devices
+1. Click save
+    - If the VM is on then you will be prompted to reboot.
+1. Validate that the GPU is removed by using `lspci` and trying to run `dmmaTensorCoreGemm` if the GPU supported CUDA
+1. Open up another VM and verify that the GPU is listed as available in the `PCI Devices` section
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diff --git a/tox.ini b/tox.ini
index 64727b142..d77ead05f 100644
--- a/tox.ini
+++ b/tox.ini
@@ -1,5 +1,5 @@
 [tox]
-envlist = py36,py38,pep8
+envlist = py36,py38,pep8,testenv
 # TODO(gyee): we are not distributing the test code right now. Will need
 # to revisit this once we have majority of the tests developed.
 skipsdist = True