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Implantable Medical Devices (IMDs) such as pacemakers and neurostimulatorsare highly constrained in terms of energy. In addition, thewireless-communication facilities of these devices also impose securityrequirements considering their life-critical nature. However, securitysolutions that provide considerable coverage are generally considered to be tootaxing on an IMD battery. Consequently, there has been a tendency to adoptultra-lightweight security primitives for IMDs in literature. In this work, wedemonstrate that the recent advances in embedded computing in fact enable theIMDs to use more mainstream security primitives, which do not need tocompromise significantly on security for fear of impacting IMD autonomy.

IMD Security vs. Energy: Are We Tilting at Windmills?: POSTER