diff --git a/chapter-hsms/chapter.tex b/chapter-hsms/chapter.tex
index 9acb3b1..71f8830 100644
--- a/chapter-hsms/chapter.tex
+++ b/chapter-hsms/chapter.tex
@@ -217,8 +217,6 @@ A 1969 NCR patent
 is the earliest mention we were able to find of such a tamper-sensing mesh being implemented in a printed circuit
 process instead of by laying out a physical wire.
 
-\subsection{Hardware Security Module Applications}
-
 \section{A Survey of Meshes in the Wild}
 
 Concluding the brief history of tamper sensing meshes above, we find that they were initially developed for sensitive
@@ -306,6 +304,22 @@ Sometimes, tamper-sensing meshes show up in other types of devices. We acquired
 Neopost mail franking machine, a type of device that is used to directly print a code on an envelope that replaces a
 conventional postage stamp.
 
+\section{Findings}
+
+\subsection{Tamper-sensing meshes then and now}
+
+Concluding both our patent research and our experimental survey, we find that tamper-sensing meshes have been a
+commonplace technology throughout the past 150 years. While mesh manufacturing technology has experienced some
+advancements from historical wire-wound meshes to modern meshes always being constructed in printed circuit processes,
+mesh monitoring approaches have received surprisingly little attention through the centuries and even in recent,
+state-of-the-art systems, a simple comparator monitoring a mesh arranged in a wheatstone bridge configuration is still
+considered sufficient by manufacturers.
+% FIXME todo above: show wheatstone bridge schematic
+
+\subsection{Mesh construction techniques}
+
+\subsection{Mesh monitoring circuits}
+
 \section{Conclusion}
 
 In our survey, we have found a wide variety in tamper sensing mesh construction techniques. Meshes are commonly