
Learn to create an Arduino-based escape room puzzle that unlocks with a secret knock pattern. Covers hardware setup, code implementation, and customizable features for an interactive, engaging experience.

Explore secure execution intervals and reboot strategies for cyber-physical systems. Learn about the Resecure framework and custom base extensions for Arm processors to enhance security.

Explore challenges and strategies for securing interconnected cyber-physical systems, focusing on machine learning, smartphone security, and AI trustworthiness in our increasingly digital world.

Learn to create an electronic escape room puzzle with valves and gauges using microprocessors. Covers hardware setup, wiring, and Arduino programming for an interactive, rewarding game experience.

Learn to create custom electronic directional locks for escape rooms using Arduino, with demonstrations of themed designs and step-by-step instructions for wiring and coding.

Create an Arduino-based escape room puzzle where players blow out candles in sequence, using microphone sensors, LEDs, and sound effects. Learn hardware setup, wiring, and coding for this interactive medieval or spooky-themed challenge.

Create an interactive escape room puzzle with a rotating sword, Norse runes, and LED patterns. Learn hardware setup and Arduino programming for a unique, immersive player experience.

Learn to create an engaging escape room puzzle with rotating stone discs, using Arduino, Inkscape, and Minizinc. Covers design, logic modeling, hardware building, wiring, and programming for a unique interactive experience.

Learn to create an innovative "Heart Transplant" Escape Room puzzle using Arduino, RF communication, and LED animations. Master hardware setup, component wiring, and Arduino coding for a unique interactive experience.

Learn to create an electronic "decanting problem" puzzle for escape rooms using Arduino, LED strips, and audio cables. Covers hardware setup, wiring diagrams, and code explanation for this unique tech challenge.

Learn to create an Arduino-based escape room puzzle inspired by "Keep Talking and Nobody Explodes." Build a memory game with color-changing LEDs, buttons, and displays, perfect for challenging players' coordination and cooperation.

Learn to create an Arduino-based escape room puzzle using analog inputs and outputs. Explore linear potentiometers, ammeters, ADC, and PWM to design unique player interactions and overcome technical challenges.

Discover how to enhance a home elevator with music, announcements, and performance tracking using open-source projects like NATS, Grafana, Prometheus, and AlertManager.

Explore MicroVMs as a solution for CI/CD, combining Kubernetes with on-demand virtualization to enhance performance, security, and cost-effectiveness in cloud-native environments.

Exploring the impact of social media on society and democracy, this talk discusses the need to build a better internet that restores trust and supports fairness in the digital age.

Learn to secure your Raspberry Pi with advanced techniques. Explore network protection, deep packet inspection, and device hardening. Gain practical skills for safeguarding IoT projects and preventing potential security threats.

Humorous exploration of IoT's potential dangers, examining global networks, AI, and cybersecurity risks through witty analogies and tech industry insights.

Explore OIC framework implementation in Apache Mynewt for managing constrained IoT devices, covering resource discovery, communication, and optimization for embedded systems.

Explore Apache MiNiFi for secure IoT data collection, prioritization, and analysis at the edge. Learn about encryption, governance, and centralized control using Apache NiFi for enhanced IoT security.

Explore JavaScript's role in bridging IoT development gaps, from edge devices to cloud applications, and its potential to revolutionize the IoT landscape beyond traditional web browser use.

Explore various IoT messaging techniques, their operating modes, and suitability for edge devices and border gateways. Learn about connectivity, protocols, and security in IoT communications.