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Protecting embedded security is becoming an increasingly challenging researchproblem for embedded systems due to a number of emerging trends in hardware,software, networks, and applications. Without fundamental advances in, and anunderstanding of embedded security it will be difficult for future engineers toprovide assurance for the Internet of Things (IoT) and Operational Technology(OT) in wide ranging applications, from home automation and autonomoustransportation to medical devices and factory floors. Common to suchapplications are cyberphysical risks and consequences stemming from a lack ofembedded security. The Computing Community Consortium (CCC) held a one-dayvisioning workshop to explore these issues. The workshop focused on five majorapplication areas of embedded systems, namely (1) medical/wearable devices, (2)autonomous systems (drones, vehicles, robots), (3) smart homes, (4) industryand supply chain, and (5) critical infrastructure. This report synthesizes theresults of that workshop and develops a list of strategic goals for researchand education over the next 5-10 years.  Embedded security in connected devices presents challenges that require abroad look at the overall systems design, including human and societaldimensions as well as technical. Particular issues related to embedded securityare a subset of the overall security of the application areas, which must alsobalance other design criteria such as cost, power, reliability, usability andfunction. Recent trends are converging to make the security of embedded systemsan increasingly important and difficult objective, requiring newtrans-disciplinary approaches to solve problems on a 5-10 year horizon.

Grand Challenges for Embedded Security Research in a Connected World