
Explore wireless vulnerabilities in FM, Bluetooth, and WiFi technologies, uncovering potential security risks and attack vectors in everyday devices.

Explore invisible risks in technology, learn about social contracts, and discover how to protect vulnerable users like children and the elderly from digital threats.

Explore building a home automation system using Raspberry Pi, React Native, and GraphQL. Learn about temperature sensors, control loops, and integrating with HomeKit and Siri.

Explore how React Native applications can interact with physical devices using Beacons and Bluetooth Low Energy in the emerging field of Physical Web.

Explore advanced CircuitPython projects for IoT and wearables. Learn to choose devices, understand electronics basics, and add interactivity to hardware projects through exciting demos and real-world applications.

Explore Bluetooth LE in React Native: learn basics, choose libraries, and build a simple app. Gain insights into IoT mobile development with practical examples and code.

Evaluating Rust for IoT: Experience porting Tock OS to Bluetooth Low Energy SoC, exploring memory safety, low runtime overhead, and power consumption compared to C implementations.

Reverse engineer a Bluetooth lightbulb's protocol to create build lights integrating with TeamCity. Learn low-level Bluetooth communication, protocol analysis, and packet sniffing for practical IoT applications.

Discover how to integrate JavaScript with iOS for building modern self-service kiosks, covering WebView implementation, NFC transactions, payment systems, and device management for various industries.

Dive into the technical analysis of CVE 2023-52709, exploring Bluetooth stack vulnerabilities, their impact on automotive security, and essential mitigation strategies for RPA generation failures.

Discover how SK Hynix implemented Smart Tag system for real-time location tracking, enabling rapid emergency response and enhanced safety measures in semiconductor facilities.

Dive into rapid prototyping of Bluetooth LE applications using nRF Connect SDK, covering installation, basic concepts, and hands-on development for IoT devices.

Configure Bluetooth OTA updates for nRF5x devices using Zephyr. Learn to implement wireless firmware updates, enhancing device functionality and maintenance capabilities.

Deploy Go programs as appliances on Raspberry Pi or PC using gokrazy. Learn about disk usage, runtime behavior, supported platforms, and potential applications.

Explore Bluetooth landscape using Linux D-Bus, covering protocol basics, toolsets, and device investigations. Learn scanning, discovery, and interaction techniques with Python, BlueZ, and dbus library.

Discover how to identify and exploit Bluetooth vulnerabilities in modern vehicles and flight systems, using BlueToolkit framework for testing, with practical tips and new attack vectors for security research.

Discover how to transform your car into a unique game controller using Python, exploring vehicle networks, CAN bus communication, and diagnostic interfaces for an innovative gaming experience.

Explore Bluetooth LE on Android: learn APIs, avoid pitfalls, and master connectivity for seamless device integration in your apps.

Investigate BLE issues in healthcare Android apps through a real-world case study. Explore problem-solving approaches and learn from challenges in combining BLE with Android.

Explore wired and wireless IoT communication protocols, their characteristics, and real-world applications. Learn about UART, I2C, SPI, Bluetooth, WiFi, LoRaWAN, and more for effective IoT system design.

Add Bluetooth functionality to nRF9160/nRF9161 devices using Zephyr RTOS. Learn implementation techniques, sample code, and best practices for cellular-Bluetooth integration.