diff --git a/tex/text.tex b/tex/text.tex
index cf0d342..8dec527 100644
--- a/tex/text.tex
+++ b/tex/text.tex
@@ -664,17 +664,26 @@ Supported proxy programs are \texttt{nginx}, \texttt{apache}.
 % TODO
 Broader infrastructure description HERE.
 
+The disk sizes of the VMs were determined by the size of their base image.
+The VM naming convention is specified as follows: a prefix \texttt{r\_} for
+routers and \texttt{h\_} for other hosts, in our case the attacker, victim and
+defenter machines.
+
 \n{2}{VM specifications}
-\tab{VM specifications}{tab:vmspecifications}{0.75}{ |c|r|r|r|r|c| }{
+\tab{VM specifications}{tab:vmspecifications}{0.75}{ |c||rrrrc| }{
   \hline
   \bf{VM name} & \bf{vCPU(s)} & \bf{RAM} & \bf{disk space} & \bf{net ifaces} &
   \bf{operating system} \\
   \hline\hline
-  upstream router & 1 & 1GB & 2GB & {outer,DMZ} & OpenWRT Qemu \\
-  edge router & 1 & 1GB & 2GB & {DMZ,inner} & OpenWRT Qemu \\
-  victim & 1 & 512MB & 4.3GB & {inner} & Fedora 34 \\
-  attacker & 1 & 1GB & 4.3GB & {outer} & Fedora 34 \\
-  defender & 1 & 1GB & 5GB & {DMZ} & Fedora 34 \\
+  r\_upstream & 1 & 768MB & 4.3GB & {outer,DMZ} & Fedora 33 \\
+  \hline
+  r\_edge& 1 & 768MB & 4.3GB & {DMZ,inner} & Fedora 33 \\
+  \hline
+  h\_victim & 1 & 768MB & 11GB & {inner} & CentOS 8 \\
+  \hline
+  h\_attacker & 1 & 1GB & 5.37GB & {outer} & Fedora 34 \\
+  \hline
+  h\_defender & 1 & 1GB & 5.37GB & {DMZ} & Fedora 34 \\
   \hline
 }
 The inner (our edge) and the upstream (our transit provider) routers are
@@ -744,14 +753,14 @@ The host operating system from the perspective of
 VMs was \texttt{Fedora\ 34}. It had \texttt{updates} and
 \texttt{updates-testing} repositories enabled, which allowed us to use
 latest (at the time) stable Linux kernel Fedora had to offer directly without too much
-of a hassle, as of the time of writing in version \texttt{5.11.16}.
+of a hassle, as of the time of writing in version \texttt{5.11.19}.
 
 File system in use on the host has been Btrfs on top of LVM (LUKS+LVM to be
 precise) and a Btrfs subvolume has been created specifically for the
-libvirt storage pool. Since most of the system images for the VMs come
-in a QCOW2 format, the CoW (Copy-on-Write) feature of Btrfs has been
-turned off for the subject subvolume, just as recommended in the Arch
-wiki [refneeded archwiki btrfs cow].
+libvirt storage pool. Since most of the system images for our VMs have been
+downloaded in a QCOW2 format, the CoW (Copy-on-Write) feature of Btrfs has been
+turned off for the subject subvolume, just as recommended in the Arch wiki
+[refneeded archwiki btrfs cow].
 
 Notably, the system has also been using the \texttt{nftables} backend of
 \texttt{firewalld}, for which, luckily, \texttt{libvirt} was already