
Explore real-world applications of drones, AI, and IoT in industry and government. Learn core use cases, implementation strategies, and potential pitfalls to avoid when adopting these emerging technologies.

Explore real-world applications of drones and AI, understanding core use cases, getting started with the technology, and avoiding pitfalls in building innovative solutions.

Discover how Python revolutionizes embedded systems development, from MicroPython to robotics applications, exploring hardware interfaces, sensor integration, and real-world implementations in drones and wearables.

Raffaello D'Andrea demonstrates flying quadcopters that think like athletes, solving physical problems with algorithms. Watch drones play catch, balance, and make decisions together in this fascinating TED talk.

Explore how medical drones can revolutionize urban emergency response, with data-driven insights showing potential time savings of 10-60 minutes compared to traditional ambulance services.

Learn to analyze drone aerodynamics using CFD simulations. Explore setup, pressure clouds, maps, friction, streamlines, noise estimation, and force calculations for comprehensive design insights.

Explore virtual outcrops in geology: photogrammetry, drones, and LiDAR for 3D modeling. Learn how these tools enhance fieldwork, mapping, and virtual field trips, revolutionizing geological research and education.

Explore the rise of consumer drones and their potential as a new platform for innovation, discussing applications, challenges, and future possibilities in this engaging tech talk.

Master 3D modeling in Maya by creating a sci-fi drone from scratch, focusing on proper topology techniques and Arnold material rendering for professional-quality results.

Explore frequency hopping techniques for protecting DIY drones against RF attacks, including implementation challenges and effective security strategies for consumer drone systems.

Explore Zephyr RTOS with Benjamin Cabé: architecture, use cases, community, licensing, and practical tips for embedded systems developers. Gain insights into this versatile open-source platform.

Discover how to leverage open-source tools like Drone, Ansible, GitHub, and Batfish to create reliable and efficient network automation systems for VXLAN networks, with practical examples and customizable solutions.

Explore how digital technologies revolutionize rice farming, from IoT and drone monitoring to blockchain-enabled supply chains, enhancing efficiency and transparency in agricultural operations.