Cifer

ESP32-DIV. ESP32DIV is a multi-purpose wireless offensive and defensive toolkit powered by an ESP32

nRFBox. Open-source ESP32-powered tool to scan, jam, spoof, and master BLE, Wi-Fi, and 2.4GHz networks.

RF-Clown. BLE and Bluetooth Jammer with nRF24L01 and ESP32

TamaFi. TamaFi is an open-source, WiFi-enabled virtual pet project built with an ESP32-s3

EvilDuck. Open source USB rubber ducky, from Arduino Micro to ESP32-S3

Daeva. A cybersecurity tool for RF scanning, copying, and replaying signals

315Mhz-jammer. 315Mhz jammer with Menu

wardriver3000. portable wardriver device

WiFiBox. Packet Monitor with Waterfall Plot using ESP32

DisplayKit. A visual UI builder for TFT_eSPI & U8g2 displays. design your interface, export working Arduino code.

CiferTech.

2.4-GHz-band-Scanner. Scan 2.4Ghz Band with nRF24L01

ARPoLAN. A tool for network scanning and ARP spoofing using the Atmega32u4 and W5500

ObjectDetection_ESP32cam. Using ESP32-CAM for the Object Detection system

MicroClick. The "Micro Cl1ck" project is a custom, programmable macro-pad, designed to enhance productivity through customizable shortcuts and controls.

Pocket-GPS. Simple project w/ GPS Neo-6m and ESP32

Beacon-Spammer-ESP8266. Simple Code for Spamming fake SSID with ESP8266

ESP32-Drone. Wi‑Fi quadcopter flight stack with browser UI

FirmwareHub. Flash, update, and manage firmware for all CiferTech devices

DucoMiner-Monitor-ESP32. Mine DuinoCoin and Monitor Details with ESP32.

tempo. an IoT Edge device equipped with ESP32, DHT22, and Ethernet W5500

My-3D-Things. I share my 3D Things with you guys here

XIAO-ROBOT. VOICE RECOGNITION ROBOT with XIAO nRF52840 Sense

XIAO-Controller. Wireless Controller with XIAO nRF52840 Sense

PixelForge. Browser based converter that transforms PNG/JPG images into ready to use Arduino .h files.

ColorReplica. Your Wireless Toolkit for Color Replication

Terra-Watch. Real-time 3D globe showing every active natural disaster on Earth, powered by NASA EONET, USGS, and NOAA

free-embedded-dev-tools. A curated list of free tools and resources for embedded, firmware, and hardware development. PCB design, debugging, simulation, CI, IoT backends, RF, TinyML, and more. PRs welcome.

EspNow-Relay. Using the ESP-NOW protocol, we can remotely control and command a relay. In other words, we control electrical appliances with ESP-Now. It should be noted that in the open air, we can create a distance of 150 meters between the transmitter and the receiver.

IOT-Node. A Simple one way ESP-NOW Project (DHT11 & OLED)

Line-Follower. HammerHead is a Line Follower Robot Based on ATmega328

ESP-WiFiscanner. Using the ESP8266 module, scan and display existing Wi-Fi networks.

IANA. A Game-Inspired Gadget for Remote Control of Devices

OMNI-ROBOT. Robot based on OMNI wheels

ESP-WiFiPing. Measure WiFi speed with esp8266 and display on Oled screen.

ESPNOW-Gyro-Servo. With the help of the ESP-Now protocol, we intend to receive x values from the MPU6050 module, and at the destination in this way, we control one to change the x values of the servo motor.

TFT-LCD-Neopixel-INT. Control Nepixels Via TFT Lcd

Ultrasonic-Levitator. Suspend objects using sound waves and of course with the help of Arduino board.

EspNow-DHT22. Using the ESP32 board and the Wemos board with the ESP8266 chip, send the temperature values from the source of the ESp32 board to the Wemos board using the ESP-NOW protocol.

ESPNOW-MPU6050. In this project, using the one-way scenario of ESP-NOW protocol, we will send the values of MPU6050 module including x, y, z to the destination board. In other words, with a remote ESP board, we send information to another board by moving the acceleration and gyro sensors in space.

Thingspeak-AM2301. I decided to go one step further and build a multifunctional IoT thermometer with the ability to display temperature and humidity values on the Oled ssd1306 display as well as send data to the thingspeak dashboard. In fact, at the same time as the data is analyzed and the humidity and temperature values are displayed on the OLED display, then these values are sent to the thingspeak cloud servers and the values will be displayed numerically and graphs in relation to time and values.

Thingspeak-Heartbeat. In the heart rate monitoring project, we set up the heart rate sensor using a nodemcu board that uses the ESP32 chip. We then transfer the information received from the sensor to the IoT platform.

EspGyro-Oled. With the help of the Giro MPU6050 module, we will get the values of x, y and z in 3D environment, and then we will display the values with the help of the OLED display and ESP8266 board.

Webserver-DotMatrix. Launch the Max7219 chip dot matrix module with ESP8266 board but wirelessly.