conclusion: explicitly refer to research questions

chapter-conclusion/chapter.tex

@@ -2,17 +2,19 @@
 
 In this thesis, we propose Inertial Hardware Security Modules (IHSMs), a new approach to physical security that combines
 conventional tamper-sensing meshes with physical movement to bootstrap a highly secure system from low-security,
-off-the-shelf parts. To motivate our research, we show on the German national digital health record system how hardware
-security is hard to achieve in practice. Besides some minor cryptographic oddities, our analysis reveals at least one
-essential specification mistake that negates the hardware security of the system by unnecessarily introducing a poorly
-protected HSM. We provide a deep analyses of two key engineering challenges in IHSM construction, mesh monitoring and
-power transfer. We propose a low-cost TDR-based mesh monitoring system that exceeds the capabilities of previous systems
-from academic or from patent literature. Our system is capable of monitoring large meshes while simultaneously providing
-detailed results. Our TDR-based mesh monitoring system is of independent interest, since it can also be integrated into
-traditional HSM designs. We additionally propose a new, generalized design for high-frequency PCB inductors with low
-parasitic capacitance. Our design provides better bandwidth and lower parasitic capacitance compared to the state of the
-art without increasing implementation cost. We conclude this thesis with two chapters elaborating on two new use cases
-that are made possible by IHSM technology due to its ability to protect large payloads that have high power consumption.
+off-the-shelf parts, solving our first research question introduced in Chapter~\ref{chapter-intro}. To motivate our
+research, we show on the German national digital health record system how hardware security is hard to achieve in
+practice. Besides some minor cryptographic oddities, our analysis reveals at least one essential specification mistake
+that negates the hardware security of the system by unnecessarily introducing a poorly protected HSM. We provide a deep
+analyses of two key engineering challenges in IHSM construction, mesh monitoring and power transfer. Solving our second
+research question, we propose a low-cost TDR-based mesh monitoring system that exceeds the capabilities of previous
+systems from academic or from patent literature. Our system is capable of monitoring large meshes while simultaneously
+providing detailed results. Our TDR-based mesh monitoring system is of independent interest, since it can also be
+integrated into traditional HSM designs. We additionally propose a new, generalized design for high-frequency PCB
+inductors with low parasitic capacitance. Our design provides better bandwidth and lower parasitic capacitance compared
+to the state of the art without increasing implementation cost. We conclude this thesis with two chapters elaborating on
+two new use cases that are made possible by IHSM technology due to its ability to protect large payloads that have high
+power consumption. Together, these results answer our third and final research question.
 
 \section{Outlook}
 

chapter-introduction/chapter.tex

@@ -6,6 +6,7 @@
 }
 
 \chaptertitle{Introduction}
+\label{chapter-intro}
 
 All Cops Are Bastards, or ACAB is a slogan popular in far left and anarchist circles since the mid-twentieth century
 that expresses a rejection of state authority~\cite{constantinouAppliedResearchPolicing2021}. While politically, this