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WiFi Security Intelligence

The $50 Attack That Can
Empty Your Wallet

WiFi Pineapple. Mana Toolkit. Raspberry Pi. This is what a real attack looks like — step by step, no jargon, no fear. Understand the threat. Learn the defense.

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mana@attackkit — bash
$ sudo mana
[*] Starting Mana Toolkit v2.0...
[*] Listening on wlan0mon
[*] 14 clients connected
[*] Credential capture: ACTIVE
[*] SSID: CoffeeShop_WiFi (cloned)
$
Attack in progress — Mana Toolkit running
4.2
Minutes to credential theft
73%
Use public WiFi for work
1 in 3
Breaches start with WiFi
339M
Marriott breach records (2018)

Attack Anatomy

How a WiFi Attack Works

Every WiFi attack follows a predictable 5-step pattern. Understanding this flow is the first step to defending against it.

Step 01
Probe Request
Your device broadcasts networks it remembers searching for a match
Step 02
Evil Twin
Attacker clones the target network name and creates a fake access point
Step 03
Deauth
Real AP knocked offline with deauthentication packets, forcing reconnects
Step 04
MITM
All traffic routes through the attacker who intercepts and inspects everything
Step 05
Data Theft
Credentials, session tokens, and sensitive data captured in plaintext
See Full Evil Twin Breakdown →

WiFi Attack Taxonomy

Attack Catalog

Technical documentation on every major WiFi attack vector — from Evil Twin to supply chain compromises.

Critical
Evil Twin
Clone a legitimate WiFi network to intercept all traffic. The most common attack in coffee shops, hotels, and airports.
Intermediate →
High
WPS Bruteforce
Crack WPA/WPA2 passwords in hours by exploiting the 8-digit WPS PIN protocol. No guessing required.
Beginner →
High
DNS Hijacking
Redirect victims to malicious servers by manipulating DNS responses. Enables phishing and malware delivery at scale.
Intermediate →
High
SSL Stripping
Downgrade HTTPS to HTTP mid-session, exposing login credentials, financial data, and tokens in plaintext.
Advanced →
Critical
Session Hijacking
Steal active sessions by capturing authentication tokens. Account takeover without ever seeing a password.
Advanced →
Critical
Malware Injection
Inject malicious code into unencrypted traffic. Devices compromised with trojans, ransomware, or spyware on connection.
Expert →
View All 12 Attack Types →

Defense Architecture

How to Protect Yourself

Five layers of defense, from easiest to most robust. You don't need all of them — but you need more than one.

View Full Defense Guide →
01
Use a VPN on Public Networks
Encrypts all traffic before it leaves your device. Even on a compromised network, attackers see only encrypted noise.
02
Verify Network Names Carefully
Ask staff for the exact network name and MAC address. Evil Twins clone names — they can't easily clone MAC addresses.
03
Enable HTTPS Everywhere
Browser extensions like HTTPS Everywhere force encrypted connections. Combined with VPN, this is a strong baseline.
04
Disable Auto-Connect and WiFi Sharing
Turn off auto-connect to open networks. Disable Apple AirDrop and Windows Network Sharing on public networks.
05
Use a Personal Hotspot
For sensitive work, use cellular data via a personal hotspot. No shared infrastructure, no attack surface.

Threat Profiles

Who's at Risk?

Every industry faces unique WiFi security challenges. Identify your threat profile and protect accordingly.

Crypto Investors
Wallet keys, exchange credentials, 2FA bypass attempts. Average loss: $50k+.
Corporate Travelers
Executive emails, M&A documents, client data, credentials stored in browser.
Law Firms
Attorney-client privilege, case files, settlements, merger plans. High-value targets.
Healthcare
Patient records, HIPAA compliance, medical device networks. Regulatory consequences severe.
Financial Services
Trading algorithms, customer data, regulatory filings. Nation-state level interest.
Remote Workers
Home networks, coffee shops, coworking spaces. Personal and corporate data intermingled.

Red Team Toolkit

Tools of the Trade

The same tools used by security researchers and penetration testers. Know them to defend against them.

Mana Toolkit
Rogue AP and Evil Twin framework. The industry standard for WiFi credential harvesting.
WiFi Pineapple
Purpose-built hardware for WiFi attacks. Drop-in deployment, no configuration needed.
Aircrack-ng
WiFi password cracking and packet injection. The foundational tool for WiFi security research.
Bettercap
MITM framework with DNS spoo ng, credential capture, and traffic manipulation.

Is Your Network Actually Secure?

Most organizations don't know they've been compromised until it's too late. A professional WiFi security audit reveals exactly what an attacker would see.

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