This error message indicates that your wireless security tool (typically Wifite) successfully captured a WPA/WPA2 handshake but could not find the matching password within the provided dictionary file, wordlist-probable.txt.
To resolve this, you need to use a more comprehensive wordlist or try different cracking methods: 1. Switch to a Larger Wordlist
The default wordlist-probable.txt is relatively small. Standard alternatives included with security distributions like Kali Linux are much more effective:
Rockyou.txt: This is the industry standard, containing over 14 million common passwords.
Location: /usr/share/wordlists/rockyou.txt (you may need to unzip it first with gunzip rockyou.txt.gz).
Probable-Wordlists (WPA-Length): Look for specialized lists that filter for the 8-character minimum required by WPA2.
Seclists: A massive collection of various lists found at /usr/share/seclists. 2. Use Better Cracking Tools
While Wifite is great for automation, specialized tools can process wordlists much faster or handle more complex attacks:
Hashcat: Highly optimized for GPU cracking. It can process millions of guesses per second and supports "rules" to automatically try variations of words (e.g., adding "123" to the end).
Aircrack-ng: The standard command-line tool for CPU-based handshake cracking.
Failed to crack handshake: wordlists-probable.txt did ... - GitHub
This message appears when Wifite (or similar tools like aircrack-ng) successfully captures a Wi-Fi handshake but fails to find the matching password within the specific dictionary file being used. What This Means This error message indicates that your wireless security
Successful Capture: The tool successfully intercepted the "4-way handshake" between a device and the router.
Dictionary Limitation: The password for that Wi-Fi network is simply not listed in wordlist-probable.txt.
No "Cracking" Possible: Dictionary attacks are not "decrypting" the password; they are comparing the captured hash against pre-computed hashes of every word in your list. If the word isn't there, it won't be found. How to Fix or Improve Results
If you encounter this, you need to use a more comprehensive or specialized wordlist. Dictionary · Issue #242 · derv82/wifite2 - GitHub
To avoid seeing this error again, standardize your process:
airodump-ng -c 6 --bssid XX:XX -w capture apaircrack-ng capture-01.cap (Confirm 1 handshake)hcxpcapngtool -o hash.hc22000 capture-01.cap (Modern standard)hashcat -m 22000 hash.hc22000 --show (Quick check)hashcat -m 22000 hash.hc22000 probable.txt -r best64.rule -w 3Here’s your troubleshooting checklist after the wordlist fails.
The cold, hard truth: If you have run probable.txt with best64.rule and OneRuleToRuleThemAll, and your handshake is verified via hcxpcapngtool, the password is likely un crackable by dictionary.
Modern WPA3 networks amplify this problem. WPA3 uses Simultaneous Authentication of Equals (SAE), making dictionary attacks exponentially slower.
Signs you should stop:
#1Kd8*2Lm!9Qv).This is the most deceptive cause. Your tool said "Handshake caught," but that does not equal "Handshake usable."
Common handshake corruption issues:
airodump-ng without cleaning the capture file can lead to a garbled PCAP.How to test the handshake validity:
Do not trust the initial "Handshake caught" message. Use the -W flag (if using aircrack) or convert the file to hccapx format.
Best practice:
cap2hccapx yourcapture.cap output.hccapx
If cap2hccapx returns a warning about "missing nonces" or "zero handshakes," your handshake is useless. The error message you see is actually a symptom of a bad handshake combined with a wordlist scan.
Example:
cewl https://targetcompany.com -m 8 -w custom.txt
aircrack-ng capture.cap -w custom.txt
You have three main paths forward:
If you suspect a pattern (8 letters + 2 digits), mask attack is your friend:
hashcat -m 22000 handshake.hc22000 -a 3 ?l?l?l?l?l?l?l?l?d?d
This tries abcdefgh12, abcdefgh34, etc.
Stop using the default probable.txt. You need high-quality, large-scale lists. The industry standards are:
This report analyzes the common failure state where tools like
capture a WPA/WPA2 handshake but fail to crack it because the password is not in the default wordlist-probable.txt iT 邦幫忙 Handshake Cracking Analysis Report 1. Error Identification The message How to Build a Bulletproof Cracking Workflow To
"Failed to crack handshake: wordlist-probable.txt did not contain password" occurs when the cracking tool (typically aircrack-ng running behind
) completes its scan of the specified wordlist without finding a match for the WPA MIC (Message Integrity Code). ACM Digital Library 2. Primary Failure Causes Dictionary Limitation : The default wordlist-probable.txt
in Kali Linux is relatively small (roughly 4,800 common passwords). If the target network uses a complex or non-standard password, this list will lack the required entry. Incomplete Handshake Capture : Sometimes the captured
file is missing one or more of the 4-way handshake packets. While the tool may detect a "handshake," an incomplete exchange (e.g., missing the EAPOL M2 or M3 frames) makes the password unrecoverable. WPA3/Management Frame Protection : If the target uses WPA3 or has Protected Management Frames (PMF)
enabled, traditional deauthentication attacks to force a handshake may fail, or the handshake itself may be protected against offline dictionary attacks. 3. Recommended Solutions
To resolve this failure, security professionals typically follow these escalation steps:
When Wifite or Aircrack-ng reports that a wordlist like wordlist-probable.txt did not contain the password, it simply means the actual Wi-Fi key is not among the specific entries in that file. This is a common wall in penetration testing because default wordlists are often too small or generic for modern security. 1. Upgrade Your Wordlist
The default probable.txt or top4800 lists are extremely basic. To increase your chances, use larger, industry-standard dictionaries:
RockYou.txt: The gold standard for cracking, containing over 14 million passwords. On Kali Linux, it is located at /usr/share/wordlists/rockyou.txt.gz. You must extract it first (using gunzip) before use.
Wifite Command with Custom List: Use the --dict flag to point to a better file:sudo wifite --dict /path/to/rockyou.txt.
Identify Patterns: If the target uses a default router password (e.g., an adjective followed by a noun and three digits), specialized wordlists for that specific router brand may be more effective than general lists. 2. Verify Handshake Integrity Capture: Use airodump-ng -c 6 --bssid XX:XX -w
Sometimes the crack fails because the captured handshake is incomplete or "noisy".