
Explore vulnerabilities in home automation PLCs, revealing security risks and potential exploits in smart home systems. Learn about honeypot-like susceptibility to hacking.

Explore IoT security with EXPLIoT framework. Learn key concepts, tools, and protocols for penetration testing and exploit development in IoT environments. Hands-on workshop for security researchers and pentesters.

Exploring the convergence of VR, AR, AI, robotics, and IoT, and how it transforms our interaction with technology, blurring lines between real and virtual experiences.

Explore vulnerabilities in connected BMW cars' infotainment and telematics systems, including 0-day exploits, and learn about mitigation strategies for enhanced automotive cybersecurity.

Explore the intersection of Internet of Things (IoT) and application security, examining potential vulnerabilities and strategies for safeguarding connected devices and systems.

Detailed exploration of HiTag2 RFID technology, including authentication protocols and encryption. Implements and demonstrates academic attacks for key recovery and tag cloning.

Explore the evolving landscape of IoT security, challenging industry norms and emphasizing the need for new approaches to protect businesses and consumers in the interconnected world.

Explore MQTT and CoAP protocols for IoT, their security challenges, and mitigation strategies. Learn about common architectures, potential attacks, and best practices for secure implementation.

Explore security challenges in connected vehicles, potential threats, and strategies to enhance safety and privacy in the evolving Internet of Things landscape.

Learn essential techniques for IoT hacking, including firmware analysis and finding serial consoles. Gain insights into hardware vulnerabilities and start your journey in this exciting field of information security.

Explore IoT certification, labeling, and security standards with insights on UK practices, legislation, and future developments in the field.

Exploring transactuations: a novel abstraction for building reliable IoT applications, addressing inconsistencies in smart home environments caused by failures and unwanted interleaving.

Explore a hub-based system for enhancing transparency in smart home data processing, addressing privacy concerns and empowering users with greater control over their information.

Explore how delay-based attacks can disrupt smart home automation systems, compromising security and user experience in connected environments.

Explore real-time system availability for cyber-physical systems using ARM TrustZone technology, focusing on enhancing security and performance in critical applications.

Innovative approach to automatically construct CPS models using supervised machine learning on data from systematically seeded software faults, demonstrating efficacy in detecting various attacks on a water purification plant simulator.

Aprenda a crear herramientas electrónicas offline como reproductores de audio RFID, paneles táctiles personalizables y dispositivos de seguimiento del tiempo utilizando Arduino y ESP32.

Analyse des Stromverbrauchs für Heizung und Warmwasser mittels neuronaler Netzwerke. Optimierung durch Auswertung von SmartMeter-Daten und Heizungsstatus über 2,5 Jahre.

Entdecken Sie, wie Sie Smart-Geräte mit Tasmota-Software nachrüsten und modifizieren können, um mehr Kontrolle und Funktionalität zu erhalten.

Explore building IoT systems with Java/Scala on Raspberry Pi, using actors for communication in a LEGO train project. Learn architecture, performance, and practical challenges.

Learn to build your own AI-powered voice control system for home and office automation, inspired by the fictional JARVIS from Iron Man.