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| 4.19 MB | Adobe PDF |
Authors
Abstract(s)
In modern military operations, secure communication and data exchange play a pivotal role in ensuring
the success of military operations. This thesis presents a exploration of the feasibility of extending
classified domains to lower tactical units, since the amount of information soldiers have access to is
increasing.
The study is structured into three key stages. An review of academic literature provides the foun
dational understanding of secure communications and military networks, in order to comprehend what
technologies exist and what can be done to improve network security. After this, a fieldwork was con
ducted to gather real-world insights and requirements essential for the extension of classified domains
to lower tactical units. This process involves direct engagement with military personnel and command
structures. Finally, a tactical network emulation is employed to simulate the conditions and constraints
of operational military networks. This allows for a practical assessment of the potential for integrating
encryption and secure channels within bandwidth-constrained tactical networks using cipher machines.
The results of the emulation reveal that while the addition of encryption is indeed possible, it is essential
to recognize the inherent limitations of these networks. As we descend through the network hierarchy,
the need for lightweight encryption becomes increasingly pronounced.
The thesis also outlines potential avenues for future research, including the implementation of en
cryption protocols and automatic key sharing in tactical military networks.
Description
Keywords
Military Communications Secure networks Cipher machines