
Learn to add cellular connectivity to existing products using nRF9160 SiP and nRF Connect SDK Serial LTE Modem. Explore architecture, development tools, and AT command interface for LTE-M and NB-IoT integration.

Learn to develop with nRF Connect SDK: install, program projects, add custom boards, implement modem communication, and integrate sensors for nRF9160 development.

Simplify cellular IoT development with Skywire Nano, reducing complexity and accelerating time to market. Learn about NimbeLink's solution for LTE-M and NB-IoT using Nordic Semiconductor's nRF9160 SiP.

Learn about Thread networking protocol: its features, device types, roles, and certification. Explore OpenThread, application layers, and Nordic's SDK for secure, low-power wireless mesh networking.

Comprehensive introduction to Bluetooth Low Energy, covering architecture, security, advanced features like direction finding, and upcoming LE Audio technology.

Explore new features for cellular IoT and wireless applications using nRF9160 SiP, including cloud connectivity, GPS improvements, and firmware updates.

Explore WiFi's inner workings, from history to specs, modulation schemes, and data formats. Gain a comprehensive understanding of wireless networking technology and its landscape.

Explore the micro:bit with SparkFun educators: learn about its history, sensors, and programming environment. Follow along to create a project using MakeCode simulator and gain hands-on experience.

Explore FPGAs for makers: learn basics, applications, programming, and debugging. Live demonstration on Papilio Pro and Zedboard, with insights from FPGA engineer Steve Grace.

Explore EvilLimiter, a tool for controlling network speeds on Ethernet and Wi-Fi. Learn installation, usage, and capabilities like limiting bandwidth and blocking internet access for specific devices.

Learn to create an ethical Wi-Fi hacking target using affordable microcontrollers. Perfect for beginners, this tutorial covers hardware setup, code implementation, and practical hacking techniques for a safe learning environment.

Discover OSINT techniques to trace individuals from a photo to passport details using tools like Maltego, Pimeyes, and TinEye. Learn ethical hacking methods for investigations and sanctions list searches.

Explore smartphone vulnerabilities through QR codes, learning to embed Wi-Fi backdoors, track targets, and hijack data connections. Gain insights into hidden networks, tracking techniques, and rogue access points.

Learn to set up and use the ESP8266 WiFi module for IoT projects. Covers wiring, firmware flashing, and establishing TCP connections for data exchange with servers.

Explore programming challenges and optimizations for the ATTiny13 microcontroller, including oscillation calibration, serial output improvements, and external interrupts implementation.

Learn to program ATMega328P microcontrollers using affordable tools. Discover essential equipment for bootloading, changing fuses, and uploading sketches to custom PCBs with Arduino-compatible chips.

Explore the STM32 Blue Pill as a powerful Arduino Nano alternative. Learn about its enhanced capabilities, compatibility with Arduino IDE, and how to set it up for your projects.

Learn to control TM1637 LED displays using an ESP8266 microcontroller and NTP server for accurate timekeeping. Explore multiplexing, network time synchronization, and practical implementation.

Learn to control digital potentiometers with Arduino, including volume adjustment, remote control, and non-volatile memory features. Practical demonstrations and code examples included.

Simplify ATTiny85 debugging with software serial, enabling Serial.println statements and easy connection to Arduino IDE for efficient troubleshooting and development.

Explore WiFi control using ESP8266 for remote monitoring and automation. Learn to set up, code, and implement basic web server functionality for IoT projects.