The exponential growth of Internet traffic has made public servers increasingly vulnerable to unauthorized accesses and intrusions. In addition to maintaining low latency for the client, filtering unauthorized accesses has become one of the major concerns of a server maintainer. In this article we introduce the design and implementation of a load balancer that distinguishes between the traffic coming from clients and the traffic originated from the attackers, in an attempt to simultaneously mitigate the problems of both latency and security. We then present the results of a series of stress and scalability tests, and suggest a number of potential uses for such a system
After many research efforts, Network Intrusion Detection Systems still have much room for improvemen...
Dynamic load balancing is one key adaptation mechanism often deployed in networking and computing sy...
Our society is facing a growing threat from data breaches, where confidential information is stolen ...
Network access has been an essential resource in most businesses. This allows expensive supplies suc...
The area of Internet traffic measurement has advanced enormously in the last couple of years. This a...
Network abuse monitoring (eg., for intrusions and denial of service attacks) is an important compone...
This study proposes a capable, scalable, and reliable edge-to-edge model for filtering malicious tra...
The user growth in Internet services for the past years has caused a need to re-think methods for us...
We present PeerFlow, a system to securely load balance client traffic in Tor. Security in Tor requir...
Abstract: With the ever increasing size and number of networks around the world, the network traffic...
2018-07-30Managing cloud traffic is challenging due to its large and constantly growing traffic in s...
In our modern society the reliance on fast and reliable delivery of large amounts of data is steadil...
With hacking attempts and the importance of computer security on the rise, Network Intrusion Detecti...
Distributed Denial of Service (DDoS) attacks have emerged as a popular means of causing mass targete...
The Internet is not a safe place. Unsecured hosts can expect to be compromised within minutes of con...
After many research efforts, Network Intrusion Detection Systems still have much room for improvemen...
Dynamic load balancing is one key adaptation mechanism often deployed in networking and computing sy...
Our society is facing a growing threat from data breaches, where confidential information is stolen ...
Network access has been an essential resource in most businesses. This allows expensive supplies suc...
The area of Internet traffic measurement has advanced enormously in the last couple of years. This a...
Network abuse monitoring (eg., for intrusions and denial of service attacks) is an important compone...
This study proposes a capable, scalable, and reliable edge-to-edge model for filtering malicious tra...
The user growth in Internet services for the past years has caused a need to re-think methods for us...
We present PeerFlow, a system to securely load balance client traffic in Tor. Security in Tor requir...
Abstract: With the ever increasing size and number of networks around the world, the network traffic...
2018-07-30Managing cloud traffic is challenging due to its large and constantly growing traffic in s...
In our modern society the reliance on fast and reliable delivery of large amounts of data is steadil...
With hacking attempts and the importance of computer security on the rise, Network Intrusion Detecti...
Distributed Denial of Service (DDoS) attacks have emerged as a popular means of causing mass targete...
The Internet is not a safe place. Unsecured hosts can expect to be compromised within minutes of con...
After many research efforts, Network Intrusion Detection Systems still have much room for improvemen...
Dynamic load balancing is one key adaptation mechanism often deployed in networking and computing sy...
Our society is facing a growing threat from data breaches, where confidential information is stolen ...