diff --git a/.gitignore b/.gitignore
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--- /dev/null
+++ b/.gitignore
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+# ---> Vim
+# Swap
+[._]*.s[a-v][a-z]
+!*.svg  # comment out if you don't need vector files
+[._]*.sw[a-p]
+[._]s[a-rt-v][a-z]
+[._]ss[a-gi-z]
+[._]sw[a-p]
+
diff --git a/Proxmox_documentation.pdf b/proxmox/Proxmox_documentation.pdf
similarity index 100%
rename from Proxmox_documentation.pdf
rename to proxmox/Proxmox_documentation.pdf
diff --git a/proxmox/proxmox-provisioning.org b/proxmox/proxmox-provisioning.org
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+#+title: Provisioning a Proxmox VM
+#+author: Kevin Muller, Hans van Zijst & Nicolas Jeannerod
+#+date: <2024-10-25 Fri>
+
+* Quick links
+- Fediversity Proxmox :: http://192.168.51.81:8006/
+* Basic terminology
+- Node :: physical host
+* Preparing the machine configuration
+- It is nicer if the machine is a QEMU guest. On NixOS:
+  #+begin_src nix
+  services.qemuGuest.enable = true
+  #+end_src
+- Choose static IPs for your machine. The IPv4 and IPv6 subnets available for
+  Fediversity testing are:
+  - 95.215.187.0/24. Gateway is 95.215.187.1.
+  - 2a00:51c0:13:1305::/64. Gateway is 2a00:51c0:13:1305::1.
+- Check [[https://netbox.protagio.org][Netbox]] to see which addresses are free
+* Upload your ISO
+- In the left view, expand under the node that you want and click on “local”.
+- Select “ISO Images”, then click “Upload”.
+- Note: You can also download from URL.
+- Note: You should click on “local” and not “local-zfs”.
+* Creating the VM
+- Click “Create VM” at the top right corner.
+** General
+- Node :: which node will host the VM; has to be the same
+- VM ID :: Has to be unique, probably best to use the "xxxx" in "vm0xxxx" (yet to be decided)
+- Name :: Usually "vm" + 5 digits, e.g. "vm02199"
+- Resource pool :: Fediversity
+** OS
+- Use CD/DVD disc image file (iso) ::
+  - Storage :: local, means storage of the node.
+  - ISO image :: select the image previously uploaded
+No need to touch anything else
+** System
+- BIOS :: OVMF (UEFI)
+- EFI Storage ::  ~linstor_storage~; this is a storage shared by all of the Proxmox machines.
+- Pre-Enroll keys :: MUST be unchecked
+- Qemu Agent :: check
+** Disks
+- Tick “advanced” at the bottom.
+- Disk size (GiB) :: 40 (depending on requirements)
+- SSD emulation :: check (only visible if “Advanced” is checked)
+- Discard :: check, so that blocks of removed data are cleared
+** CPU
+- Sockets :: 1 (depending on requirements)
+- Cores :: 2 (depending on requirements)
+- Enable NUMA :: check
+** Memory
+- Memory (MiB) :: choose what you want
+- Ballooning Device :: leave checked (only visible if “Advanced” is checked)
+** Network
+- Bridge :: ~vnet1306~. This is the provisioning bridge; we will change it later.
+- Firewall :: uncheck, we will handle the firewall on the VM itself
+** Confirm
+* Install and start the VM
+- Start the VM a first time.
+  - Select the VM in the left panel. You might have to expand the node on which it is hosted.
+  - Select “Console” and start the VM.
+- Install the VM as you would any other machine.
+- [[Shutdown the VM]].
+- After the VM has been installed:
+  - Select the VM again, then go to “Hardware”.
+  - Double click on the CD/DVD Drive line. Select “Do not use any media” and press OK.
+  - Double click on Network Device, and change the bridge to ~vnet1305~, the public bridge.
+- Start the VM again.
+* Remove the VM
+- [[Shutdown the VM]].
+- On the top right corner, click “More”, then “Remove”.
+- Enter the ID of the machine.
+- Check “Purge from job configurations”
+- Check “Destroy unreferenced disks owned by guest”
+- Click “Remove”.
+* Move the VM to another node
+- Make sure there is no ISO plugged in.
+- Click on the VM. Click migrate. Choose target node. Go.
+- Since the storage is shared, it should go pretty fast (~1 minute).
+* Shutdown the VM
+- Find the VM in the left panel.
+- At the top right corner appears a “Shutdown” button with a submenu.
+- Clicking “Shutdown” sends a signal to shutdown the machine. This might not work if the machine is not listening for that signal.
+- Brutal solution: in the submenu, select “Stop”.
+- The checkbox “Overrule active shutdown tasks” means that the machine should be stopped even if a shutdown is currently ongoing. This is particularly important if you have tried to shut the machine down normally just before.