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AI-Driven Wireless Penetration Testing. One Promt WIFI cracking

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Ecosystem Fit​

This page mirrors the original Medium article into the 1200km.com Docusaurus ecosystem. The original article flow, images, screenshots, infographics, and technical blocks are preserved from the export.

Using Aircrack-ng with HexStrike-AI and Gemini-CLI​

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Introduction​

Wireless penetration testing is traditionally amanual, error-prone process: capturing handshakes, guessing attack paths, retrying failed steps, and correlating outputs by hand.

By combining:

  • Aircrack-ng(low-level Wi-Fi attack tooling)

Full manual guide for Aircrack-ng here:**../2024/2024-10-17-wifi-cracking-with-aircrack-ng-d51cf98c789f.md

  • HexStrike-AI(local execution and orchestration)

  • Gemini-CLI(LLM-driven reasoning via MCP)

we can transform Wi-Fi testing into agoal-driven, adaptive workflow, where the AI:

  • decides what to do next,

  • reacts to failures,

  • and chains findings logically.

This guide demonstrates how to performauthorized Wi-Fi penetration testingusing AI-orchestrated tooling.

Architecture Overview​

User (High-level prompt)
        ↓
Gemini-CLI (Reasoning & decision making)
        ↓  MCP
HexStrike-AI (Local execution)
        ↓
Aircrack-ng suite (airodump-ng, aireplay-ng, aircrack-ng)

Key principle:

> You describe intent , not commands.

Prerequisites​

Environment​

  • Kali Linux (VM or bare metal)

  • External Wi-Fi adapter with monitor mode support

  • HexStrike-AI installed and running

  • Gemini-CLI configured with HexStrike MCP

  • Explicit authorizationto test the target network

Required tools (already in Kali)​

  • airmon-ng

  • airodump-ng

  • aireplay-ng

  • aircrack-ng

  • macchanger(optional)

Prompt​

>
@hexstrike
Perform an authorized wireless penetration test against the Wi
-
Fi network
First
 
show
 me 
all
 aviable interfaces:
Then
 
show
 me 
all
 aviable SSID
/
ESSID
aircrack
-
ng toolset.
Capture a WPA
/
WPA2 handshake 
and
 attempt offline cracking 
using
:
 
/
home
/
andrey
/
Documents
/
passwords_list.txt
Do it agressive, Keep scans short 
with
 
time
 
out
, stop 
on
 success 
or
 timeout, 
and
 produce a brief report
with
 results 
and
 remediation.

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What happened (step by step)​

1. Interface discovery​

  • HexStrike queried the system for wireless interfaces.

  • Result:wlan0was identified as the only usable wireless interface (RTL8821AU chipset).

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2. Monitor mode enablement​

  • airmon-ng start wlan0was executed.

  • Warnings appeared aboutNetworkManagerandwpa_supplicant, but monitor mode was enabled successfully.

  • Result:wlan0entered monitor mode and was usable for capture/injection.

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3. Initial wireless scan​

  • airodump-ngran for ~30 seconds.

  • Multiple APs were discovered, includingmultiple BSSIDs broadcasting the same ESSID:**Andrey**(typical for mesh / multi-band APs).

  • Encryption observed:WPA2-PSK.

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4. Target selection (first attempt)​

  • Selected BSSIDD6:35:1D:AD:F5:C0(channel 64).

  • Clients were detected.

  • Severaldeauthentication attempts failedwith:

  • No such BSSID available

  • Channel drift / driver instability

  • Multiple retries were attempted, including interface reset.

  • **Result:**No valid handshake captured on this BSSID.

5. Pivot to another AP (same ESSID)​

  • Switched to BSSIDA2:B5:3C:89:CB:52(channel 1).

  • This AP hadmultiple active clientsand stable channel behavior.

  • **Key decision:**Correct pivot based on runtime conditions.

6. Handshake capture​

  • airodump-ngran in the background.

  • aireplay-ngdeauthentication was executed against an active client.

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  • This time, the deauth succeeded.

  • Result:A validWPA2 handshake was captured.

Verification:

  • aircrack-ng handshake_capture_3-01.cap

  • Output confirmed:“WPA (1 handshake)”

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7. Offline cracking​

  • Dictionary attack launched using:

  • /home/andrey/Documents/passwords_list.txt

  • Cracking speed: ~2500 keys/sec

  • Password found almost immediately.

Recovered key:

A0542553383
#

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Final result​

Outcome​

  • The Wi-Fi network**“Andrey”was successfully compromisedoffline**.

  • No live brute-force was required.

  • Attack chain: Capture handshake → Offline dictionary attack → Key recovery

Recovered password​

A0542553383
#

Key technical observations​

  • The first failure was not logical — it was physical

  • Channel instability + driver behavior caused deauth failure.

  • HexStrike correctly adapted by pivoting to another AP.

2. Same ESSID ≠ same attack surface

  • One BSSID was unreliable.

  • Another BSSID under the same SSID was fully exploitable.

3. Password strength illusion

  • The password looks “complex” (numbers + symbol),

  • but it existed in a wordlist → effectively weak.

4. AI orchestration worked as intended

  • Tool chaining

  • Runtime decision-making

  • Failure handling

  • Logical pivoting

  • Clean reporting

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This was not a single-command crack — it was a full, adaptive PT flow .​