
Explore a blockchain-based security framework for cyber-physical systems, addressing challenges in centralized control, data management, and privacy protection in smart city infrastructures.

Explore AI's transformative impact on humanity with Dr. Srinivas Kishan, a double PhD holder in AI. Discover how this technology can empower us to tackle complex problems and redefine possibilities.

Learn essential strategies and best practices for developing secure IoT devices, focusing on key vulnerabilities and effective mitigation techniques.

Learn to create your own smart home system using free, open-source software. Explore practical demonstrations and step-by-step guidance for implementing DIY solutions.

Explore deep learning packages for IoT devices, focusing on implementation strategies and practical applications for edge computing and resource-constrained environments.

Explore Project OWL's innovative IoT networks for disaster response, focusing on open-source solutions, device selection, and real-world deployments in hurricane-affected areas.

Explore CE/RED compliance testing for Industrial IoT devices, covering tasks, obstacles, and impacts on development and manufacturing, based on real-world experiences with low voltage, low power radio devices.

Explore challenges and solutions for securing IoT and OT networks, including asset inventory, vulnerability assessment, and implementing controls while ensuring system safety and availability.

Explore how everyday appliances can be exploited for cyberattacks, examining vendor claims, default passwords, and potential vulnerabilities in household devices.

Learn to build a secure, encrypted network using Raspberry Pi for covert communication and data exfiltration. Explore tunneling, darknet setup, proxy pivoting, and creative hardware modifications.

Explore the resurgence of cyber-physical offensive capabilities and their implications for modern security landscapes in this insightful presentation by Daniel Kapellmann Zafra.

Explore vulnerabilities in smart home devices and learn techniques for securing digital homes against potential backdoor attacks and unauthorized access.

Explore strategies for building resilience in cyber-physical systems to manage and mitigate potential digital crises, enhancing overall security and preparedness in our interconnected world.

Learn to build an affordable, open-source 3D space mouse using Arduino and 3D printing. Explore the assembly process, wiring, programming, and usage of this DIY alternative to expensive commercial options.

Flexible framework for granular multi-user access control in shared IoT environments, enabling selective UI component distribution based on user permissions.

Explore the complex relationship between humans and AI, examining how technology challenges our essence and reshapes society. Learn to embrace innovation and adapt to the evolving digital landscape.

Learn to build a miniature Macintosh Quadra 700 using a Raspberry Pi and 3D printing. This DIY project combines retro computing with modern technology, offering a unique and nostalgic experience.

Comprehensive tutorial series on Raspberry Pi, covering basics to advanced projects. Learn Linux, Python, GPIO, sensors, camera usage, OpenCV, and TensorFlow for hands-on IoT and computer vision applications.

Explore three remote access methods for Raspberry Pi: SSH for terminal access, VNC for full GUI, and Raspberry Pi Connect for web-based access. Learn setup and usage for each method.

Explore the humorous and practical challenges of connecting a llama farm to the Internet of Things, addressing cloud vs. local control, automation, and potential tech mishaps in agriculture.

Explore real-world applications of Ubuntu and MicroK8s in scientific research, including migration to Kubernetes and development of a portable X-Ray spectrometer control system.