ls hs/ # Example output: handshake_HomeWiFi_AA-BB-CC-DD-EE-FF.cap Use code with caution. Step 2: Convert CAP to HCXPACHL2DUMP
Sometimes the wordlist isn't the problem—the "handshake" or "hash" is. If the file you captured is corrupted or incomplete, no wordlist in the world will match it. Ensure you have a "clean" WPA handshake.
These work against 80% of average users. But an "exclusive" password is crafted by someone who either knows better (a security-conscious user) or uses a context that probable.txt cannot anticipate. wordlistprobabletxt did not contain password exclusive
When probable.txt fails to contain the exclusive password, analysts must pivot to more advanced credential-cracking strategies. Upgrade Your Wordlist
: This flag indicates that the tool was explicitly instructed to stop or mark that phase as complete because the password was not found in that isolated, high-probability pool. Common Causes of the Error Ensure you have a "clean" WPA handshake
If the password isn't in any dictionary, the only remaining option is a brute force attack (trying every possible combination of letters and numbers).
If you instruct Hashcat to look for an MD5 hash ( -m 0 ) but your input file actually contains a SHA-256 hash ( -m 1400 ), Hashcat will run through your entire probable.txt file instantly, match nothing, and output that the wordlist did not contain the password. When probable
Within 10 minutes, 60% of hashes cracked. Winter2025! was derived from winter + rule that capitalizes first letter, appends 2025 , and adds ! . For the remaining 40%, we switched to a hybrid mask: ?u?l?l?l?l?l?d?d?d?d?d?d (one uppercase, five lowercase, six digits) and cracked another 25%. The last 15% were truly random – we reported them as strong passwords.
If the captured handshake is "corrupt" or incomplete, no wordlist will work. You may need to re-run the capture process to ensure a clean handshake is recorded.
Hashcat users can use -r :
Here's a guide to troubleshoot and possibly resolve this issue: