This article is about deploying and managing honeypots in large, distributed environments through the use of Honeypot Farms.

The purpose of this series of honeypot papers is to cover the breadth of honeypot technologies, values and issues. This article extends the capabilities even further by discussing the concept of honeytokens.

The purpose of this paper is to explain how attackers behave when they attempt to identify and defeat honeypots, and is useful for security professionals to deploy honeypots in a more stealthy manner.

In this paper we take a look at some of the many challenges and problems facing honeypots, and possible approaches on how to solve them. By identifying these problems now, we can hope to make honeypots a stronger technology for the future.

"Multiple Kerberos distributions contain a remotely exploitable buffer overflow in the Kerberos administration daemon. A remote attacker could exploit this vulnerability to gain root privileges on a vulnerable system." (October 28, 2002)

The TCP/IP protocol suite has a number of weaknesses that allow an attacker to leverage techniques in the form of covert channels to surreptitiously pass data in otherwise benign packets. This paper attempts to illustrate these weaknesses in both theoretical and practical examples.

The Special Services Group is focused on information security for business. We are guided in our approach by essentials of the knowledge economy where organizatios must leverage their information assets to strive for higher competitive standards. SSG implements an Information security framework, which is a direct investment in business. One that enhances customer confidence to drive topline and bottomline; provides management assurance for sustained and consistent growth and eventually add to the stakeholder's value.

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