Projects tagged ‘wardriving’

KisMAC

KisMAC is a free stumbler application for MacOS X that puts your card into monitor mode. Unlike most other applications for OS X it has the ability to run completely invisibly and send no probe requests. KisMAC supports several third party ... [More] PCMCIA/PCCards cards with Orinoco and PrismII chipsets, as well as Cisco Aironet cards. AirPort and AirPort Extreme cards are supported in full passive mode, as well as Prism2 and Ralink USB devices. [Less]

Metrics updated about 10 hours ago

Wellenreiter wireless penetration tool

Wellenreiter is a GTK/Perl wireless network discovery and auditing tool. Prism2, Lucent, and Cisco based cards are supported. It is the easiest to use Linux scanning tool. No card configuration has to be done anymore. The whole look and feel is ... [More] pretty self-explaining. It can discover networks (BSS/IBSS), and detects ESSID broadcasting or non-broadcasting networks and their WEP capabilities and the manufacturer automatically. DHCP and ARP traffic are decoded and displayed to give you further information about the networks. An ethereal/tcpdump-compatible dumpfile and an Application savefile will be automaticly created. gpsd can be used to track the location of the discovered networks. [Less]

Metrics updated about 1 hour ago

qnetaddressbook

QNetAddressBook is an addressbook to store wireless networks and display them into a map by QMapControl. Features listOpensource Multiplattaform (those supported by Qt 4) Stores data into a SQLite3 database Displays networks on maps (thanks to QMapControl) Import from Kismet csv files

Metrics updated 08 Oct 08

dnstun

dnstun provides a client and server for tunneling UDP traffic over DNS - perfectly suited to tunneling openvpn or similar traffic over DNS queries. The client has two threads - one receives UDP packets on a socket and encapsulates them in DNS ... [More] queries, while the other polls the DNS server for data and sends the data as UDP packets to the client accessing its socket. The server also has two threads - one receives UDP packets on a socket and adds them to a queue, and the other receives DNS requests from the client and sends the data as UDP packets to a destination server, and receives polls from the client and responds with data from the queue. Currently it is mostly complete but ENTIRELY UNTESTED. [Less]