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@ -16,7 +16,17 @@ to the state of the art without increasing implementation cost. We conclude this
two new use cases that are made possible by IHSM technology due to its ability to protect large payloads that have high 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. power consumption. Together, these results answer our third and final research question.
\section{Outlook} The research presented in this thesis is aimed at advancing both academic research and applied engineering in hardware
security. We believe that by publishing our research including its artifacts under open source licenses, we provide the
basis for future research in tamper-sensing technology, a field that remains under-served in today's academic landscape.
Recent history has shown that state-level adversaries are a mounting threat to civil rights organizations, human rights
lawyers, members of minorities, and many others. While western democracies used to be considered safe havens of human
rights, today human rights are under attack both from within and from the outside in countries across the globe.
Publishing IHSM technology as open source, we hope to provide one building block for new computing systems accessible to
all that are resilient and secure in the face of growing adversity.
\section*{Outlook}
With the research contributions we presented in this thesis, we open up a new field of hardware security research With the research contributions we presented in this thesis, we open up a new field of hardware security research
centered on Inertial HSMs and improvements to conventional tamper sensing meshes. Below, we will list some research centered on Inertial HSMs and improvements to conventional tamper sensing meshes. Below, we will list some research
@ -46,15 +56,3 @@ directions that we consider worthwhile for future investigation.
We will to proceed with future research into IHSM applications. We have published our results up to this point as open We will to proceed with future research into IHSM applications. We have published our results up to this point as open
source hardware and software, and we intend to build on these publications. source hardware and software, and we intend to build on these publications.
\section{Conclusion}
The research presented in this thesis is aimed at advancing both academic research and applied engineering in hardware
security. We believe that by publishing our research including its artifacts under open source licenses, we provide the
basis for future research in tamper-sensing technology, a field that remains under-served in today's academic landscape.
Recent history has shown that state-level adversaries are a mounting threat to civil rights organizations, human rights
lawyers, members of minorities, and many others. While western democracies used to be considered safe havens of human
rights, today human rights are under attack both from within and from the outside in countries across the globe.
Publishing IHSM technology as open source, we hope to provide one building block for new computing systems accessible to
all that are resilient and secure in the face of growing adversity.