Enforcing Physically Restricted Access Control for Remote Data

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Author

Michael S. Kirkpatrick

Tech report number

CERIAS TR 2011-18

Entry type

inproceedings

Abstract

In a distributed computing environment, remote devices must often be granted access to sensitive information. In such settings, it is desirable to restrict access only to known, trusted devices. While approaches based on public key infrastructure and trusted hardware can be used in many cases, there are settings for which these solutions are not practical. In this work, we deﬁne physically restricted access control to reﬂect the practice of binding access to devices based on their intrinsic properties. Our approach is based on the application of physically unclonable functions. We deﬁne and formally analyze protocols enforcing this policy, and present experimental results observed from developing a prototype implementation. Our results show that non-deterministic physical properties of devices can be used as a reliable authentication and access control factor.

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Date

2011 – 2 – 1

Key alpha

Kirkpatrick

Publication Date

2011-02-01

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@Inproceedings{ Kirkpatrick,
	title = "Enforcing Physically Restricted Access Control for Remote Data",
	author = "Michael S. Kirkpatrick",
	year = "2011",
	month = "2",
	day = "1",
	abstract = "In a distributed computing environment, remote devices must often be granted access to sensitive information. In such settings, it is desirable to restrict access only to known, trusted devices. While approaches based on public key infrastructure and trusted hardware can be used in many cases, there are settings for which these solutions are not practical. In this work, we deﬁne physically restricted access control to reﬂect the practice of binding access to devices based on their intrinsic properties. Our approach is based on the application of physically unclonable functions. We deﬁne and formally analyze protocols enforcing this policy, and present experimental results observed from developing a prototype implementation. Our results show that non-deterministic physical properties of devices can be used as a reliable authentication and access control factor.",
}