Denial of Service White Papers
Denial of Service Attacks in Networks With Tiny Buffers
Overview Recently, several papers have studied the possibility of shrinking buffer sizes in Internet core routers to just a few dozen packets under certain constraints. If proven right, these results can open doors to building all-optical routers, since a major bottleneck in building such routers is the lack of large optical memories. However, reducing buffer sizes might pose new security risks: it is much easier to fill up tiny buffers, and thus organizing Denial of Service (DoS) attacks seems easier in a network with tiny buffers. To the best of the knowledge, such risks have not been studied before; all the focus has been on performance issues such as throughput, drop rate, and flow completion times.
| Publisher | University of Toronto | File Format | |
|---|---|---|---|
| Date Published | April 2009 | ||
| Format | White Papers | ||
| Topics | |||
Enabling business growth with expert security solutions. Protecting your systems and your data
Hackers, viruses, worms, spams, spy ware and inside attacks can stop organisations growing. This white paper deals with these vunerabilities and how to achieve cost effective soultions.
Understanding Web application security challenges
Business has grown increasingly independent upon web applications and they are becoming more difficult to secure. This paper explains what you can do to protect your organization and improve Web...
Why Your Standard IPS Leaves You Open to DDoS Attacks
Off late Distributed Denial of Service (DDoS) attacks are specifically designed to leverage the weaknesses of a standard Intrusion Prevention System (IPS), which is not able to defend against a...
The dirty dozen: preventing common application-level hack attacks
As organizations have grown increasingly dependent on online software, the risk of malicious attacks has also become far more serious. Such attacks can bring a business to a standstill, cost...
DDoS Defense Mechanism by Applying Stamps
In current trend, internet plays a vital role in the life and distributed computing structure grows dramatically in size, functionality and complexity and has become the integral part of the...



