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Mission 00: WPA2 Handshake Analysis

2026-05-04

Analyze the 4-way handshake process of a WPA2-encrypted network to understand session key establishment.

receivecapturelooking glass

Complexity Rating

Receive4/5
Decode4/5
Analysis5/5

System Studied

IEEE 802.11i (WPA2-PSK)

Hardware Requirement

rtlsdr

Software Suite

aircrack-ngwireshark

1. Field Methodology: Capture

Passive monitoring of the 802.11 management frames using a monitor-mode capable wireless interface.

Gear Selection NoteRequires a Wi-Fi chipset that supports monitor mode and packet injection (e.g., Alfa AWUS036ACM).

2. Analysis Workflow: Decode

Filter for EAPOL packets in Wireshark to isolate the ANonce, SNonce, and MIC components of the handshake.

Protocol Simulation: WPA2 Handshake Capture

IEEE 802.11 networks rely on the 4-way handshake to establish encryption keys. This simulation demonstrates how passive monitoring combined with targeted deauthentication can isolate the EAPOL packets required for offline security analysis.

Kali Linux - root@kali:~

3. Findings & Limitations

The security of WPA2-PSK relies entirely on the strength of the pre-shared key; a weak password can be recovered offline once the handshake is captured.

Legal & Ethical Briefing

Only analyze networks you own or have explicit written permission to test. Unauthorized access is illegal in most jurisdictions.

What to study next

Explore WPA3 (SAE) and how it mitigates offline dictionary attacks.

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