WIFI JAMMER USING ESP8266

Depiction 

Assemble your own WiFi jammer with an ESP8266. You select the customers you need to disengage from their system and begin the assault. For whatever length of time that the assault is running, the chose gadgets can't associate with their system. You can examine for systems, filter for customer gadgets, and begin distinctive assaults.

Points of interest

Fabricate your own WiFi jammer with an ESP8266

What it will be: It's a gadget which plays out a deauth attack. You select the customers you need to separate from their system and begin the assault. For whatever length of time that the attack is running, the chosen gadgets can't interface with their system.

How it functions:

The 802.11 WiFi convention contains an alleged deauthentication outline. It is utilized to detach customers securely from a remote system. Since these bundles are decoded, you simply require the MAC address of the WiFi switch and of the customer gadget which you need to detach from the system. You don't should be in the system or know the password, it's sufficient to be in its range.

What an ESP8266 is:

The ESP8266 is an exceptionally shoddy microcontroller with implicit WiFi. It contains a capable 160 MHz processor and you can program it with the Arduino IDE. This makes it ideal for this venture.

Step 1: Disclaimer

Utilize it just to test purposes all alone gadgets! 

If it's not too much trouble check the legitimate controls in your nation before utilizing it. Sticking transmitters are unlawful in many nations and this gadget can fall into a similar classification (regardless of the possibility that it's in fact not the same). My aim with This venture is to attract consideration regarding this issue. This attack indicates how vulnerable is the 802.11 WiFi standard is and that it must be settled.

The main thing you will need is a PC and an ESP8266 /NodeMCU with no less than 1Mb of flash memory.

I prescribe you to purchase a USB breakout/developer board since they have 4Mb flash and are extremely easy to utilize. It doesn't make a difference which board you use, the length of it has an ESP8266 on it. (If you utilizing an ESP-01 with the only 512kb, you can comment out the MAC Vendor list in data.h.)

1. Install Arduino and open it.

2. Go to File > Preferences

3. Add to the Additional Boards Manager URLs.

http://arduino.esp8266.com/stable/package_esp8266com_index.json

4. Go to Tools>Board > Boards Manager

5. Type in esp8266

6. Select version 2.0.0 and click on Install (must be version 2.0.0!)

7. Go to File > Preferences

8. Open the folder path under More preferences can be edited directly in the file

9. Go to packages > esp8266 > hardware > esp8266 > 2.0.0 > tools > sdk > include

10. Open user_interface.h with a text editor 11. Scroll down and before #endif add following lines(from line 450):

typedef void (*freedom_outside_cb_t)(uint8 status); 
int wifi_register_send_pkt_freedom_cb(freedom_outside_cb_t cb);
void wifi_unregister_send_pkt_freedom_cb(void);
int wifi_send_pkt_freedom(uint8 *buf, int len, bool sys_seq);

And don't forget to save!

12 Go to the SDK_fix folder of this project

13 Copy ESP8266WiFi.cpp and ESP8266WiFi.h

14 Paste these files here packages > esp8266 > hardware > esp8266 > 2.0.0 > libraries > ESP8266WiFi > src (watch the video above)

15 Open esp8266_deauther > esp8266_deauther.ino in Arduino (watch the video below)

16 Select your ESP8266 board at Tools > Board and the right port at Tools > Port If no port shows up you may have to reinstall the drivers.

17 Upload! Note: If you use a 512kb version of the ESP8266, you need to comment out a part of the mac vendor list in data.h. Your ESP8266 Deauther is now ready!

Step 3: How to Use It

Step 1

To begin with, begin your ESP8266 by giving it powering it. You can do as such by associating it to the power bank or the USB connector. You can likewise interface with USB ports in Laptops.

Step 4:

Scan for WiFi networks and connect to pwned. The password is deauther. Once connected, you can open up your browser and go to 192.168.4.1

You can now scan for networks.

Step 5:

Scan for client devices.

Note: While scanning the ESP8266 will shut down its access point, so you may have to go to your settings and reconnect to the WiFi network manually.

Step 6:

And start different attacks.

• esp8266_deauther_512kb.bin
• esp8266_deauther_4mb.bin
• esp8266_deauther_1mb.bin
• esp8266_deauther-master.zip

Step 7:

FAQ 

Would it be able to auto-deauth all APs in the range?

Yes. the wifi stack by espressif supports it but i don't know how to set it up :)

Can it sniff handshakes?

The ESP8266 has a promiscuous mode in which you can sniff bundles, yet handshake parcels are dropped and there is no other approach to get them with the capacities gave by the SDK. Maybe somebody will discover a route around this hurdle, however, I couldn't. Maybe in the future...

espcomm_sync fizzled/espcomm_open while transferring

The Arduino IDE can't talk with the chip, ensure the correct port is selected! You can likewise experiment with various USB ports and cables. If this doesn't understand it you may need to introduce USB drivers. Which drivers you require relies on upon the board, most sheets utilize a cp2102, cp2104, or ch340.

AP check doesn't work

There is a revealed issue on this: exchanging the program or open the site with another device.A

Deauth attack won't work

In the event that you see 0 pkts/s on the site, you have made an error. Check on the off chance that you have taken after the means accurately and that the advantage SDK introduced, it must be 2.0.0!If it can send packets yet your objective don't free its association then the WiFi switch utilizes 802.11w and it's insured against such assaults or they impart by means of 5 GHz WiFi, which the ESP8266 doesn't.