Packet Sniffer For Android Phones - Hacking Tools

Android packet sniffer is an app which allows to capture and display WIFI, and Bluetooth traffic

on the android phone.

This APP is for ROOTED PHONES ONLY.

You have to be root on your phone, and have the "su" command installed.

App Install process:

  

This app is based on the tcpdump package therefor it have to be installed manually.

1. Download and Install PacketSniffer App from the market or from the following direct link.

2. Copy the precompiled TCPDUMP file to the "/data"  library on your phone:    

            -    first make sure your "/data" library has READ and WRITE privileges. if not use:  "chmod 777 data" 

            -    in order to copy use the following command if you have ADB :"adb push c:\locationOfTheTcpdumpFile /data"

            -    in case you don't have ADB you can copy the tcpdump file to the SD card and do:  "cat /sdcard/tcpdump > /data/tcpdump 

3. Give the tcpdump file Read Write and Exec privileges :    "chmod 777 /data/tcpdump"

Thats it you are ready to go.

                                                        

The main layout of the app allows you to initiate a Wifi or a Bluetooth wireless traffic capture service.

It means that you can close the app and the capture will still continue, until you deactivate it.

Before you start to capture you can pick weather to save the captured data on a local SQL DB on the device

or on to a file on the SD card.

When you had enough data captured, you can use the Statistic Analysis or the Statistic Advanced layouts

to analyse the data you have captured by performing various searches on the packets.

  

Here are few examples of packets captured by the application:

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Wi-feye An Automated Network Penetration Testing Tool

Wi-fEye is divided to four main menus:
1. Cracking menu: This menu will allow you to:

• Enable monitor mode


• View avalale Wireless Networks


• Launch Airodump-ng on a specific AP


• WEP cracking: this will allow you to perform the following
  attacks automatically:


• Interactive packet replay.


• Fake Authentication Attack.


• Korek Chopchop Attack.


• Fragmentation Attack.


• Hirte Attack (cfrag attack).


• Wesside-ng.


• WPA Cracking: This contains the following attacks:


•  Wordlist Attack


•  Rouge AP Attack.

2.  Mapping: this menu will allow you to do the following:

• Scan the network and view the connected hosts.


• Use Nmap Automatically.

3. MITM: this menu will allow you to do the following Automatically:

• Enable IP forwarding.


• ARP Spoof.


• Launch ettercap (Text mode).


• Sniff SSL/HTTPS traffic.


• Sniff URLs and send them to browser.


• Sniff messengers from instant messengers.


• Sniff images.


• DNS Spoof.


• HTTP Session Hijacking (using Hamster).

4. Others: this menu will allow you to o the following automatically:

• Change MAC Address.


• Hijack software updates (using Evilgrade).


• Download Here:

  Or Visit Official Website: 

• http://wi-feye.za1d.com/t


• 
  

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A Smarter Approach To WAN Optimisation

This is an inaugural posting on Exinda capabilties.  Therefore, I thought it would be a great idea to excerpt the executive summary from their white paper describing our Unified Performance Management architecture. Exinda refers to this architecture as UPM.  Over the next few months they will host a series of webinars that will explore the three key tenents – visibility, control and optimization in greater detail.
Organizations rely heavily upon their network and applications to drive day-to-day operations and support employees and customers. With more remote and mobile users dependent on the wide area network (WAN) and more Web-based applications coming online every day, the amount of traffic crossing organizations’ networks is growing exponentially. When bandwidth congestion and network issues are allowed to impede the performance of critical applications, productivity suffers and the entire organization may be put at risk. Network managers and administrators face the daunting task of effectively monitoring and managing network resources and bandwidth while meeting user expectations for consistently fast access to applications running on the WAN. At the same time, most IT departments also have the mandate to reduce operating costs and do more with less. This white paper will demonstrate how organizations can overcome these challenges by implementing a Unified Performance Management (UPM) solution that addresses the three key requirements of application performance management: visibility, control and optimization. Unified Performance Management evolved from the concept of Unified Threat Management, or UTM, which describes a network firewall solution that incorporates many advanced features in a single box including e-mail spam filtering, anti-virus capabilities, intrusion detection and content filtering. With Unified Performance Management, the core capabilities needed to effectively manage the WAN and ensure optimal application performance are incorporated into a single network appliance. These capabilities include real-time monitoring, reporting, traffic control, optimization and acceleration – all integrated and accessible through a common interface and centralized management platform.
By providing a comprehensive solution for improving application performance, Unified Performance Management can positively impact the bottom line. UPM enables organizations to lower network operating costs, defer expensive bandwidth upgrades and increase productivity by reducing the time employees spend waiting for slow applications to respond. In customer-facing situations, UPM helps ensure customer loyalty and profitability by delivering the reliable access to online applications and services needed to attract and retain customers.

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