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I´ve been trying to read nad copy a keyfob from Work, but im unable to read the second sector, ive run Autpwn a few times now, but it just stops after collecting ~64k nonces in Hardnested, after that it just crashes
[=] Using UART port COM13
[=] Communicating with PM3 over USB-CDC
[ Proxmark3 RFID instrument ]
[ CLIENT ]
client: RRG/Iceman
compiled with MinGW-w64 9.2.0 OS:Windows (64b) ARCH:x86_64
[ PROXMARK3 ]
[ ARM ]
bootrom: RRG/Iceman/master/8ef3f343 2020-03-20 11:20:37
os: RRG/Iceman/master/8ef3f343 2020-03-20 11:20:49
compiled with GCC 8.3.1 20190703 (release) [gcc-8-branch revision 273027]
[ FPGA ]
LF image built for 2s30vq100 on 2020-02-22 at 12:51:14
HF image built for 2s30vq100 on 2020-01-12 at 15:31:16
[ Hardware ]
--= uC: AT91SAM7S512 Rev B
--= Embedded Processor: ARM7TDMI
--= Nonvolatile Program Memory Size: 512K bytes, Used: 246544 bytes (47%) Free: 277744 bytes (53%)
--= Second Nonvolatile Program Memory Size: None
--= Internal SRAM Size: 64K bytes
--= Architecture Identifier: AT91SAM7Sxx Series
--= Nonvolatile Program Memory Type: Embedded Flash Memory
[usb] pm3 --> hf search
[+] UID: FD FF 46 11
[+] ATQA: 00 02
[+] SAK: 18 [2]
[+] TYPE: NXP MIFARE Classic 4k | Plus 4k SL1 | 4k Ev1
[=] proprietary non iso14443-4 card found, RATS not supported
[+] Prng detection: hard
[+] Valid ISO14443-A tag found
[usb] pm3 --> hf mf autopwn * 4
[!] no known key was supplied, key recovery might fail
[+] loaded 23 keys from hardcoded default array
[=] running strategy 1
[+] Chunk: 5.3s | found 55/80 keys (23)
[=] running strategy 2
[+] Chunk: 5.2s | found 55/80 keys (23)
[+] target sector: 0 key type: A -- found valid key [ A0 A1 A2 A3 A4 A5 ] (used for nested / hardnested attack)
[+] target sector: 0 key type: B -- found valid key [ B5 78 F3 8A 5C 61 ]
[+] target sector: 2 key type: A -- found valid key [ A0 A1 A2 A3 A4 A5 ]
[+] target sector: 2 key type: B -- found valid key [ 00 00 01 4B 5C 31 ]
[+] target sector: 3 key type: A -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 3 key type: B -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 4 key type: A -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 4 key type: B -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 5 key type: A -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 5 key type: B -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 6 key type: A -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 6 key type: B -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 7 key type: A -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 7 key type: B -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 8 key type: A -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 8 key type: B -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 9 key type: A -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 9 key type: B -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 10 key type: A -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 10 key type: B -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 11 key type: A -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 11 key type: B -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 12 key type: A -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 12 key type: B -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 13 key type: A -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 13 key type: B -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 14 key type: A -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 14 key type: B -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 15 key type: A -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 15 key type: B -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 16 key type: A -- found valid key [ A0 A1 A2 A3 A4 A5 ]
[+] target sector: 16 key type: B -- found valid key [ B5 78 F3 8A 5C 61 ]
[+] target sector: 17 key type: A -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 18 key type: A -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 19 key type: A -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 20 key type: A -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 21 key type: A -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 22 key type: A -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 23 key type: A -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 24 key type: A -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 25 key type: A -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 26 key type: A -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 27 key type: A -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 28 key type: A -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 29 key type: A -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 30 key type: A -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 31 key type: A -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 32 key type: A -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 33 key type: A -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 34 key type: A -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 35 key type: A -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 36 key type: A -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 37 key type: A -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 38 key type: A -- found valid key [ FF FF FF FF FF FF ]
[+] target sector: 39 key type: A -- found valid key [ FF FF FF FF FF FF ]
[+] Using AVX2 SIMD core.
[-] Error - can't find hardnested_bf_bench_data.bin
Couldn't read benchmark data. Assuming brute force rate of 120000000 states per second
time | #nonces | Activity | expected to brute force
| | | #states | time
------------------------------------------------------------------------------------------------------
0 | 0 | Start using 24 threads and AVX2 SIMD core | |
0 | 0 | Brute force benchmark: 120 million (2^26.8) keys/s | 140737488355328 | 14d
0 | 0 | Using 0 precalculated bitflip state tables | 140737488355328 | 14d
3 | 112 | Apply bit flip properties | 140737488355328 | 14d
3 | 224 | Apply bit flip properties | 140737488355328 | 14d
4 | 333 | Apply bit flip properties | 140737488355328 | 14d
5 | 444 | Apply bit flip properties | 140737488355328 | 14d
6 | 555 | Apply bit flip properties | 140737488355328 | 14d
7 | 667 | Apply bit flip properties | 140737488355328 | 14d
8 | 775 | Apply bit flip properties | 140737488355328 | 14d
8 | 887 | Apply bit flip properties | 140737488355328 | 14d
9 | 997 | Apply bit flip properties | 140737488355328 | 14d
10 | 1108 | Apply bit flip properties | 140737488355328 | 14d
11 | 1216 | Apply bit flip properties | 140737488355328 | 14d
12 | 1327 | Apply bit flip properties | 140737488355328 | 14d
13 | 1439 | Apply bit flip properties | 140737488355328 | 14d
14 | 1550 | Apply bit flip properties | 140737488355328 | 14d
14 | 1660 | Apply bit flip properties | 140737488355328 | 14d
15 | 1770 | Apply bit flip properties | 140737488355328 | 14d
16 | 1876 | Apply bit flip properties | 140737488355328 | 14d
17 | 1985 | Apply Sum property. Sum(a0) = 128 | nan | nand
18 | 2096 | Apply bit flip properties | nan | nand
49 | 2204 | Apply bit flip properties | nan | nand
50 | 2314 | Apply bit flip properties | nan | nand
51 | 2424 | Apply bit flip properties | nan | nand
52 | 2531 | Apply bit flip properties | nan | nand
53 | 2638 | Apply bit flip properties | nan | nand
54 | 2744 | Apply bit flip properties | nan | nand
54 | 2852 | Apply bit flip properties | nan | nand
55 | 2961 | Apply bit flip properties | nan | nand
[...]
5062 | 65532 | Apply bit flip properties | nan | nand
5063 | 65532 | Apply bit flip properties | nan | nand
5064 | 65532 | Apply bit flip properties | nan | nand
5065 | 65532 | Apply bit flip properties | nan | nand
5066 | 65532 | Apply bit flip properties | nan | nand
5067 | 65532 | Apply bit flip properties | nan | nand
5067 | 65532 | Apply bit flip properties | nan | nand
5068 | 65532 | Apply bit flip properties | nan | nand
5069 | 65532 | Apply bit flip properties | nan | nand
[!!] Error: No response from Proxmark3.
[!] Communicating with Proxmark3 device failed
[=] Running in OFFLINE mode. Use "hw connect" to reconnect
Anything else I can try?
Offline
Hi.the problem is the firmware version. Me too the dame problem
Offline
I don't think its any problem with the firmware version. I would think you two don't have a RDV4 but insists on using a fw compiled for it instead of using a fw compiled for other proxmark3 devices.
Offline
Indeed I am not using an rdv4, i did Try it for the sake of autopwn. ( I used the precompiled version Generic)
As I have troubles compiling myself and always got the wrong Keys using the other precompiled versions I gave it a shot.
Is it even possible to read the sector if you dont have either key A or B of that sector? Maybe someone has a bigger Keylist to try?
Offline
I had the same problem one time. And solved it by updating to the latest firmware/software. Update your Proxmark and try it again.
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