Amin TAYEBI's repositories
BUILD_LORAWAN_END_NODE_using_WL55JC_STM32-NUCLEO_BOARD_TRANSMIT_DATA_to_TTN
BUILD LORAWAN END NODE using WL55JC STM32-NUCLEO BOARD and TRANSMIT DATA to TTN (TTI) NETWORK SERVER
SDI12-Sensor-Data-Transmission-to-LoRaWAN-Network-such-as-TTN
SDI12 Sensor Data Transmission to LoRaWAN via Arduino
arduino-lmic
LoraWAN-MAC-in-C library, adapted to run under the Arduino environment
Attack-Detection-in-IoT-Network-Traffic-with-Neural-network-Deep-Learning-model
IoT Attack Detection with Deep Learning Analysis (2019)
BLINKING_LED_and_PRINTOUT_MESSAGE_via_L476RG_STM32_BOARD
BLINKING LED and PRINTOUT_MESSAGE to a Terminal application via L476RG_STM32_BOARD
BUILD_LORAWAN_END_NODE_using_B-L072Z-LRWAN_STM32_BOARD
BUILD LORAWAN END NODE using B-L072Z-LRWAN STM32 BOARD and Transmitt data to the TTN (The Things Network)
Creat_sensor_via_DHT11_and_L476RG_STM32_board
Transmitting Temperature and Humidity DHT11_sensor to L476RG_STM32 board
Lorawan-Traffic-extraction-via-Python-coding
By analysing Lorawan traffic, main payload of the packets (which has been sent by sensors e.g. Humidity) from the LOG file of the Gateway has been discovered and decoded using a script.
Make-Lorawan-node-with-SAMD-microcontroller-based-boards-using-LMIC-lorawan-library
Solution to Make a Lorawan node with all SAMD microcontroller based boards using LMIC lorawan library (such as Arduino Nano IoT 33, ...)
Open-source-LoRaWAN-backend-Server-implementation
Implementation of ChirpStack, open-source LoRaWAN backend Server (2020)
Penetration_test_via_Metasploit_to_SMB_protocol_in_Windows_based_machines
penetration test with metasploit to SMB protocol in Windows machine
performance-comparison-of-Virtual-environments-Docker-NEMO-VBOX-via-LTTNG-and-Trace_compass
Dockerized httpserver which has been written with Java
Robot-arm-simulation
Robot arm simulation (In 2006)
TheThingsStack-Integration-Starters
Starter / Template code for various The Things Stack (v3) integrations
Web-attacks-simulation
SQL Injection and XSS simulated (In 2019)