Empirical Exploitation of Live Virtual Machine Migration
by Jon Oberheide, Evan Cooke, Farnam Jahanian - Electrical Engineering and Computer Science Department, University of Michigan - Monday, 24 March 2008.
As virtualization continues to become increasingly popular in enterprise and organizational networks, operators and administrators are turning to live migration of virtual machines for the purpose of workload balancing and management. However, the security of live virtual machine migration has yet to be analyzed.

This paper looks at this poorly explored area and attempts to empirically demonstrate the importance of securing the migration process. We begin by defining and investigating three classes of threats to virtual machine migration: control plane, data plane, and migration module threats. We then show how a malicious party using these attack strategies can exploit the latest versions of the popular Xen and VMware virtual machine monitors and present a tool to automate the manipulation of a guest operating system’s

memory during a live virtual machine migration. Using this experience, we discuss strategies to address the deficiencies in virtualization software and secure the live migration process.

Download the paper in PDF format here.


Pen-testing drone searches for unsecured devices

You're sitting in an office, and you send a print job to the main office printer. You see or hear a drone flying outside your window. Next thing you know, the printer buzzes to life and, after spitting out your print job, it continues to work and presents you with more filled pages than you expected.

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