The Experts below are selected from a list of 21 Experts worldwide ranked by ideXlab platform

Francisco Aparicio-navarro - One of the best experts on this subject based on the ideXlab platform.

  • Man-In-the-Middle, De-authentication and Rogue AP Attacks in 802.11 networks
    2017
    Co-Authors: Kostas Kyriakopoulos, Francisco Aparicio-navarro
    Abstract:

    We would like to share the log Files (Pcap File, collected with airodump-ng) of experiments conducted within the Networks group in Loughborough University. The experiments involve a wireless client associated to an AP and an attacker launching injection attacks (see more details below). The purpose of the experiments is to test our multi-layer fusion ideas for detection of injection type of attacks. We decided to share the data with the research community in an effort to help others test whether their ideas/algorithms can detect the malicious frames and as a platform for comparing results. Three main types of attacks have been launched using publicly available tools: 1) Man-In-The-Middle at the Physical Layer attack - using Airpwn tool 2) De-authentication Attack Using Aircrack-ng 3) Rogue Access Point (AP) attackSee attached description PDF File for further details.

  • Man-In-the-Middle, De-authentication and Rogue AP Attacks in 802.11 networks
    2017
    Co-Authors: Kostas Kyriakopoulos, Francisco Aparicio-navarro
    Abstract:

    We would like to share the log Files (Pcap File, collected with airodump-ng) of experiments conducted within the Networks team of the Signal Processing and Networks research group at Loughborough University. The experiments involve a wireless client associated to an AP and an attacker launching injection attacks (see more details below). The purpose of the experiments is to test our multi-layer fusion ideas for detection of injection type of attacks. We decided to share the data with the research community in an effort to help others test whether their ideas/algorithms can detect the malicious frames and as a platform for comparing results. Three main types of attacks have been launched using publicly available tools:1) Man-In-The-Middle at the Physical Layer attack - using Airpwn tool2) De-authentication Attack Using Aircrack-ng3) Rogue Access Point (AP) attackSee attached description PDF File for further details.

Kostas Kyriakopoulos - One of the best experts on this subject based on the ideXlab platform.

  • Man-In-the-Middle, De-authentication and Rogue AP Attacks in 802.11 networks
    2017
    Co-Authors: Kostas Kyriakopoulos, Francisco Aparicio-navarro
    Abstract:

    We would like to share the log Files (Pcap File, collected with airodump-ng) of experiments conducted within the Networks group in Loughborough University. The experiments involve a wireless client associated to an AP and an attacker launching injection attacks (see more details below). The purpose of the experiments is to test our multi-layer fusion ideas for detection of injection type of attacks. We decided to share the data with the research community in an effort to help others test whether their ideas/algorithms can detect the malicious frames and as a platform for comparing results. Three main types of attacks have been launched using publicly available tools: 1) Man-In-The-Middle at the Physical Layer attack - using Airpwn tool 2) De-authentication Attack Using Aircrack-ng 3) Rogue Access Point (AP) attackSee attached description PDF File for further details.

  • Man-In-the-Middle, De-authentication and Rogue AP Attacks in 802.11 networks
    2017
    Co-Authors: Kostas Kyriakopoulos, Francisco Aparicio-navarro
    Abstract:

    We would like to share the log Files (Pcap File, collected with airodump-ng) of experiments conducted within the Networks team of the Signal Processing and Networks research group at Loughborough University. The experiments involve a wireless client associated to an AP and an attacker launching injection attacks (see more details below). The purpose of the experiments is to test our multi-layer fusion ideas for detection of injection type of attacks. We decided to share the data with the research community in an effort to help others test whether their ideas/algorithms can detect the malicious frames and as a platform for comparing results. Three main types of attacks have been launched using publicly available tools:1) Man-In-The-Middle at the Physical Layer attack - using Airpwn tool2) De-authentication Attack Using Aircrack-ng3) Rogue Access Point (AP) attackSee attached description PDF File for further details.

Hetal Y. Patel - One of the best experts on this subject based on the ideXlab platform.

  • NetCap: A Packet Sniffer in Java
    2011
    Co-Authors: Rajan K. Parmar, Hetal Y. Patel
    Abstract:

    A packet sniffer is a wiretap device that plugs into computer networks; unlike telephone circuits, computer networks are shared communication channels. Sharing means that computers can receive information that was intended for other machines (HUB). NetCap is a type of packet sniffer software that captures the network data as well as provides sufficient means for decision making process of administrator. This paper illustrates NetCap and its benefits over existing packet sniffers. NetCap is developed in Java totally as well as it consumes very less memory on the hard disk. It encompasses many functionalities like 3D pie chart statistics, possible malicious IP address detection, TCP flow graph, various coloring rules and filters that may be applied to the captured tabulated network data. It can be used for offline capture also for reading “Pcap” File format. NetCap is developed in Java so it inherently contains the platform independence, but some functionalities may be applied in Windows only. The software contains a rich and easy to use Graphical User Interface (GUI) as well as a help File to guide the novice user and help the expert user to exploit its functionalities fully

Anisetti Anjaneyulu - One of the best experts on this subject based on the ideXlab platform.

  • File carving from Pcap
    2015
    Co-Authors: Nikunj Chavda, Anisetti Anjaneyulu
    Abstract:

    In today's world sharing Files on the Internet is quite a simple task for any of the people even for the kids also and now a days crimes is happening through the network with viruses and Trojans and also some of the mischief documents are sending through the Internet. For all of this, network monitoring and Pcap analysis are sparingly required. All the network monitoring tools create Pcap Files and analyst may further analyze this File and find any anonymous activity. Here in this paper there is one scenario in which Pcap is analyzed in such a manner that if any File transmission occurs through then embedded Files can be carved when it is deeply analyzed with proper techniques. File carving is the process of reassembling computer Files from fragments in the absence of File-system meta-data. The basic analysis scenario is, we have three Pcap Files. Each Pcap File has the packets which are captured while transferring different Files and in this practical scenario we will see how can we analyze the Pcap File and will carve the transferred Files over it.

Hetal Patel - One of the best experts on this subject based on the ideXlab platform.

  • ISSN: 2229-4333(Print) | ISSN: 0976-8491(Online) NetCap: A Packet Sniffer in Java 1
    2012
    Co-Authors: Rajan Parmar, Hetal Patel
    Abstract:

    A packet sniffer is a wiretap device that plugs into computer networks; unlike telephone circuits, computer networks are shared communication channels. Sharing means that computers can receive information that was intended for other machines (HUB). NetCap is a type of packet sniffer software that captures the network data as well as provides sufficient means for decision making process of administrator. This paper illustrates NetCap and its benefits over existing packet sniffers. NetCap is developed in Java totally as well as it consumes very less memory on the hard disk. It encompasses many functionalities like 3D pie chart statistics, possible malicious IP address detection, TCP flow graph, various coloring rules and filters that may be applied to the captured tabulated network data. It can be used for offline capture also for reading “Pcap ” File format. NetCap is developed in Java so it inherently contains the platform independence, but some functionalities may be applied in Windows only. The software contains a rich and easy to use Graphical User Interface (GUI) as well as a help File to guide the novice user and help the expert user to exploit its functionalities full