
Explore control synthesis for cyber-physical systems through discrete abstractions and dynamic simplification via lifting, with insights on Koopman embeddings and potential applications.

Explore interaction patterns and accessibility in non-traditional environments like mixed reality and wearables, focusing on next-generation interfaces and user interaction methods.

Learn to secure cloud services using X.509 client certificates, from generating and deploying certificates to automating processes with OpenXPKI. Includes practical examples for MQTT and home automation.

Explore new features in nRF Connect SDK 2.6.0, including Matter 1.2 support, Wi-Fi enhancements, and improved development tools. Demos showcase Devicetree Visual Editor, Wi-Fi throughput, and nPM1300 functionality.

Learn to deploy a network intrusion detection system using OpenWrt and OpenCanary to protect your home network from potential threats posed by IoT devices and cloud-controlled gadgets.

Explore privacy and security risks of smart adult toys, their impact on vulnerable groups, and the importance of holding manufacturers accountable for data protection.

Explore Bluetooth Classic and BLE with ESP32, covering device discovery, serial communication, and server-client interactions for IoT and mobile applications.

Innovative satellite network system for IoT devices, leveraging Doppler shift for improved packet detection and decoding in low-signal environments, with 3x better performance.

Explore IoT security risks and protection strategies with Su Wang, a renowned white hat hacker. Learn practical tips to safeguard your digital life in an increasingly connected world.

Exploring disability-inclusive design's impact on global equity, emphasizing user-centered practices and open source solutions to address accessibility challenges in technology and society.

Innovative AI model for efficient intrusion detection on vehicular CAN bus, enhancing automotive cybersecurity with high accuracy and low latency using FPGA hardware acceleration.

Step-by-step guide to building a wall-drawing robot, covering hardware assembly, electronics, Raspberry Pi setup, and drawing mechanics. Includes live demo and code walkthrough.

Learn to build and operate a BrachioGraph, the cheapest robot drawing arm. Covers assembly, wiring, software setup, and creating art using Raspberry Pi and Python. Ideal for DIY enthusiasts and aspiring roboticists.

Explore Zero Trust Security principles for IoT devices, addressing challenges and implementing robust protection strategies in the interconnected digital landscape.

Explore solving infinite two-player games with progress assumptions in cyber-physical system design. Analyze complexity classes and efficient algorithms for augmented games.

Explore and compare three budget-friendly Arduino alternatives, examining their features, programming ease, and Arduino IDE compatibility. Discover affordable microcontroller options for your projects.

Learn to build and control a robot arm using .NET 8, Raspberry Pi, Blazor, and SignalR. Explore GPIO control, servo movement, remote operation via Blazor app, and VR interaction with Oculus Quest 2.

Explore how software is revolutionizing the automotive industry, enhancing user experiences and creating exciting opportunities for developers in vehicle technology.

Explore strategies for reducing risks in energy systems integrating IoT devices, focusing on clean energy infrastructure security amidst climate change and manufacturing uncertainties.

Explore cutting-edge techniques for multi-robot systems using physics-assisted approaches to enhance exploration and coordination in complex environments.

Explore automotive cybersecurity challenges and solutions in the digital age. Learn about emerging threats, protective measures, and industry trends for safer connected vehicles.