Wi-Fi Hacking Tools – Test & Crack Your Own Network
Quick version: Use these tools to test your own Wi-Fi. Find the weak spots. Fix them. Done.
Real talk: Only test Wi-Fi you own or have permission to test. “I was just checking” won’t help you in court.
What You’re Actually Doing Here
You’re not hacking Wi-Fi.
You’re testing your own Wi-Fi to find problems before someone else does.
The process is simple:
- Listen to what Wi-Fi is broadcasting
- Grab the “proof of password” moment
- Try to crack it
- See if your password is weak
- Make it stronger
Most of this work happens on Linux.
Windows helps with watching and understanding, not the heavy lifting.
Windows Users: You’re One Command Away from Linux
No Linux? No problem → Open PowerShell → Run wsl --install → Reboot → LOL you’re now a Linux user 
Dumb Dictionary – Wi-Fi Words Explained Like You’re 5
Don’t know what a term means? Don’t ChatGPT it. Just read this.
Summary
Handshake
When your phone talks to Wi-Fi for the first time, they say hello and share secrets. That “hello and secrets” moment = handshake. It’s like a secret handshake but for Wi-Fi and passwords.
Why people care: The handshake has the password proof in it. Grab the handshake, you can try to crack the password.
Monitor Mode
Your Wi-Fi adapter normally ignores traffic that’s not for you. Monitor mode = turn off that filter, listen to everything.
Real example: Normal mode = you only hear people talking to you. Monitor mode = you hear all conversations in the room.
Packet Injection
You make fake messages and force Wi-Fi to send them.
Real example: Sending a fake “STOP TALKING” message to kick people off Wi-Fi. The Wi-Fi thinks it’s real and does it.
WPA / WPA2 / WPA3
These are just different locks on your Wi-Fi door.
- WPA = old lock, weak, don’t use anymore
- WPA2 = pretty good lock, most routers use this now
- WPA3 = new lock, harder to break, newer routers have it
Simple version: Higher number = stronger lock.
Cracking
Trying to guess a password by testing lots of guesses.
Like trying 1000 keys in a lock until one works.
Hash / Hashing
Taking real data and turning it into random-looking text that’s impossible to reverse.
Why people care in Wi-Fi: The handshake is hashed. You can’t just read the password out of it. You have to try guesses and see if your guess hashes the same way.
PMKID
A piece of data the Wi-Fi sends out that helps prove it knows the password.
Why people care: You can grab PMKID without waiting for someone to connect. Faster than waiting for a real handshake.
Simple version: Wi-Fi’s “proof it knows the password” that you can steal.
Deauthentication (Deauth)
Kicking someone off Wi-Fi temporarily.
The Wi-Fi gets a fake message that says “hey, disconnect that person.” The person drops off. Reconnects. You grab their handshake during reconnect.
Real example: Your roommate’s phone drops Wi-Fi for 2 seconds. That might be a deauth attack.
Evil Twin
A fake Wi-Fi network that looks like the real one.
Real example:
- Real network: “StarBucks_Free_WiFi”
- Evil twin: “StarBucks_Free_WiFi” (but it’s not real, it’s your laptop pretending)
People connect thinking it’s real. You see their traffic.
Beacon
A Wi-Fi network saying “HEY I’M HERE. I’M A NETWORK. CONNECT TO ME.”
Every Wi-Fi network constantly broadcasts beacons.
Simple version: Wi-Fi’s way of announcing itself.
Man in the Middle (MitM)
You sit between two people talking and spy on them.
Real example:
- Person A talks to Person B
- You’re in the middle listening and maybe changing messages
- They don’t know you’re there
Encryption
Scrambling a message so only the right person can read it.
Like writing in secret code. Only someone with the code key can read it.
Protocol
A set of rules for how two things talk to each other.
Real example:
- WiFi protocol = rules for how your phone and router talk
- Text message protocol = rules for how texts work
- Email protocol = rules for how emails work
SSID
The name of your Wi-Fi network.
Real example: “MyWiFi_2024” or “StarBucks_Free_WiFi”
That thing you click to connect.
BSSID
The Wi-Fi router’s real secret name (MAC address).
Every router has a unique secret number. BSSID is that number.
Why people care: Multiple networks could have the same SSID (name), but each has a different BSSID. You can target the exact one you want.
GUI
A version with buttons and pictures you can click.
Real example: Opening a program and seeing windows with buttons. Click the buttons.
The opposite = command line where you type boring words.
CLI
A version where you just type commands.
Real example: Black screen, white text, you type aircrack-ng blah blah.
No pictures. No buttons. Just typing.
GPU
The part of your computer that’s really good at doing lots of simple tasks super fast.
Your graphics card.
Real example: Gaming = GPU does all the graphics. Password cracking = GPU tries millions of guesses per second.
Why people care in Wi-Fi: Hashcat uses GPU to crack passwords 100x faster than CPU alone.
CPU
The main brain of your computer.
Good at complicated thinking, but slower at repetitive tasks.
Real example: Opening a browser, running Windows, thinking = CPU. Drawing graphics super fast = GPU.
Dictionary Attack
Trying to guess a password using a list of common passwords.
You have a list: “123456”, “password”, “admin”, “letmein”, etc.
Try each one. If one works, you’re in.
Real example: Someone uses “password123” as their Wi-Fi password. Dictionary attack tests “password123” and finds it.
Brute Force
Trying every possible combination until something works.
Like trying every number combo on a lock: 0000, 0001, 0002, 0003… until it opens.
Real example: Password is 4 characters, lowercase. Brute force tries all 26^4 = 456,976 combinations.
Rainbow Table
A giant pre-made list of passwords and their hashes.
Someone already did the work of hashing millions of passwords. You just check if your hashes match anything in the list.
Why people care: Faster than trying to crack from scratch.
Payload
The actual attack code or data you’re sending.
Real example: When you send a deauth packet, the “deauth message” is the payload.
Adapter
The Wi-Fi device connected to your computer.
Real example: The Wi-Fi card inside your laptop. Or a USB dongle that plugs in.
You need a special one that supports monitor mode and packet injection.
Aircrack-ng
A tool that listens to Wi-Fi and grabs handshakes.
It’s in the name: air (Wi-Fi is in the air) + crack (try to break passwords).
Hashcat
A tool that uses your GPU to guess passwords really, really fast.
You give it a hash. It tries millions of guesses.
Wifite2
A tool that does multiple Wi-Fi attacks automatically without you typing a lot.
It calls Aircrack-ng, Hashcat, and other tools in the background.
Bettercap
A tool that does Wi-Fi attacks plus Bluetooth attacks plus network tricks.
It’s like one big toolbox.
Wireshark
A tool that watches network traffic and shows you what’s happening.
Like watching conversations in slow motion, breaking down every word.
Monitor Mode (again, but clearer)
Normally your Wi-Fi adapter is like a listening device turned low. It only hears traffic meant for you.
Monitor mode = turn the volume to maximum. Hear everything.
Packet Injection (again, but clearer)
Your Wi-Fi adapter normally can only receive.
Packet injection = make it send too. Send fake packets that make Wi-Fi do what you want.
Handshake (again, but clearer)
When your phone connects to Wi-Fi:
- Phone: “Hi, it’s me. Here’s my hello code.”
- Router: “Hi, thanks. Here’s my hello code.”
- Phone: “Great, and here’s the password proof.”
- Router: “Perfect. You’re connected.”
That whole back-and-forth = handshake.
The password proof in step 3 is what you grab and try to crack.
Done
That’s it. You now know enough Wi-Fi words to not need ChatGPT for dumb questions.
Aircrack-ng – The Old Reliable
Get it here: github.com/aircrack-ng/aircrack-ng
This is the toolbox everyone starts with.
What it does:
- Finds Wi-Fi networks nearby
- Listens and grabs the “password proof” (handshake)
- Tests weak Wi-Fi defenses
Think of it like the foundation of a house.
Most other tools use it or build on top of it.
It works on:
- Linux
- Mac
- Windows (needs extra setup)
- Even old BSD systems
The workflow people use:
- Grab handshake with Aircrack-ng
- Send that file to a stronger tool (Hashcat)
- Let the stronger tool crack it
Hashcat – Your GPU’s Workout
Get it here: github.com/hashcat/hashcat
This tool makes your graphics card do all the hard work.
Why it’s good:
- Uses your gaming GPU (way faster than CPU)
- Works on Windows, Linux, Mac
- Handles WPA, WPA2, and WPA3 passwords
- Super fast
How it works:
- You grab a handshake (from Aircrack-ng or other tools)
- Throw that file into Hashcat
- Watch it test thousands of passwords per second
- If your password cracks in seconds, you found a problem
If your own Wi-Fi password dies quick?
Good. You found it before someone bad did.
Wifite2 (the kimocoder version) – The Easy Button
Get it here: github.com/kimocoder/wifite2
This is one tool that does a lot of the work for you.
What it handles:
- Finds networks
- Picks which ones to test
- Grabs handshakes automatically
- Tries attacks
- Even tests newer Wi-Fi (WPA3)
- Checks for known weak spots
Good stuff:
- Press one button, watch it work
- No Linux expert needed
- Pretty good at handling newer security stuff
Bad stuff:
- Linux only (no Windows version)
- Needs a special Wi-Fi adapter (monitor mode adapter)
This is the tool people use when they want real convenience.
Bettercap – The Network Swiss Army Knife
Get it here: github.com/bettercap/bettercap
This does more than just Wi-Fi.
Stuff it handles:
- Wi-Fi attacks
- Bluetooth stuff
- USB tricks
- Network traffic tricks
Why people use it:
- One tool, many jobs
- Has a web page you can click through
- Works on Windows, Mac, and Linux
For just Wi-Fi testing, Wifite2 feels smoother.
But if you want to mess with your whole network and learn how it works,
this is the tool.
Windows Tools – You’re Mostly Watching
Windows isn’t great for the heavy attacking part.
But it’s perfect for watching and learning.
Wireshark – See Everything
Get it here: github.com/wireshark/wireshark
This shows everything on your network like an X-ray.
What it does:
- Shows what devices are talking
- Breaks down how traffic flows
- Teaches you what’s actually happening
It’s not for cracking.
It’s for understanding.
On Windows, pair it with Npcap to see lower-level stuff.
Acrylic Wi-Fi & CommView for WiFi
These are Windows only, with nice buttons and pictures.
What they show:
- Networks around you
- Signal strength
- Hidden networks
- Channel usage
They’re more like binoculars and a map, not weapons.
Smart Windows Workflow
If you have one Windows PC and one Linux PC:
- Grab handshake on Linux
- Use Wifite2, Aircrack-ng, or Bettercap
- Crack on Windows with Hashcat
- Use your gaming PC’s graphics card
- Watch with Wireshark
- See what’s actually happening
Best of both worlds.
Extra Tools Worth Knowing
hcxdumptool – Fast Grabs
Get it here: github.com/ZerBea/hcxdumptool
This grabs Wi-Fi data fast without waiting for people to connect.
Good for:
- Quick data collection
- Raspberry Pi setups
- Get data, crack it later on another machine
Airgeddon – Menu-Style Testing
Get it here: github.com/v1s1t0r1sh3r3/airgeddon
This gives you a menu of Wi-Fi tricks instead of command lines.
What it does:
- Shows you options in a menu
- Runs other tools in the background
- Builds fake Wi-Fi hotspots
- Automates common tests
Good if you don’t like typing long commands.
ESP32 Marauder – Pocket Gadget
Get it here: github.com/justcallmekoko/ESP32Marauder
This is a tiny Wi-Fi testing device you can hold in your hand.
What it does:
- Kicks people off Wi-Fi
- Creates fake networks
- Tests network attacks
- Works with Flipper Zero toy
Good for:
- Field testing
- Shows people how weak their setup is
- No laptop needed
Remember: only use this on your own networks.
Which Tool Should You Actually Use?
| What You Want | Best Choice | Or Try This |
|---|---|---|
| Full Wi-Fi testing | Aircrack-ng + Hashcat | Bettercap |
| Easy automation | Wifite2 (kimocoder) | Airgeddon |
| Test newer Wi-Fi | Wifite2 (kimocoder) | Specific WPA3 tools |
| Windows only | Wireshark + Acrylic | CommView |
| Quiet scanning | Kismet | Airodump-ng |
| Fake hotspot tricks | Wifiphisher | WiFiPumpkin3 |
| Pocket device | ESP32 Marauder | Pwnagotchi |
Your Wi-Fi Adapter Actually Matters
You need a special adapter that can:
- Listen to all traffic (monitor mode)
- Send attack packets (packet injection)
Good ones people use:
- Alfa AWUS036ACH – Works great on Linux, dual-band
- Alfa AWUS036NHA – Super reliable for 2.4GHz
- TP-Link AC600 – Budget option, works for learning
Don’t buy the cheapest one.
Your adapter is your “Wi-Fi sword.”
A bent sword won’t help.
Simple Lab Setup to Try
- Get a spare router
- Don’t use your real one yet
- Try to grab your own handshake
- Use Wifite2
- Crack it with Hashcat
- See how fast it breaks
- Change your password
- Make it long and weird
- Try again
- See if it’s harder now
This shows you how safe or unsafe your Wi-Fi really is.
The Real Talk
- Aircrack-ng = your base
- Hashcat = your power tool
- Wifite2 = your autopilot
- Bettercap, hcxdumptool, Airgeddon, ESP32 = extra tricks
- Linux = where the main work happens
- Windows = great for watching and cracking
Use this right, and you’re not paranoid.
You’re just smarter than the people who ignore this stuff.
Test your own Wi-Fi.
Find the weak spots.
Fix them.
Sleep better.
!