
Explore IoT analytics for mission operations using "The Data Prism" framework. Learn about edge analytics, big data, and real-time problem-solving in connected ecosystems to enhance efficiency and decision-making.

Explore IoT's complexity, challenges, and future potential with insights on frameworks, protocols, and emerging technologies in this comprehensive talk by Tom Luczak.

Explore physical computing and connected devices, from microcontrollers to digital fabrication. Learn how diverse creators use open-source hardware and software to build interactive technologies and shape our connected world.

Learn to build and access a local RaspberryPi Kubernetes cluster from anywhere using Tailscale. Explore hardware, networking, and workloads for a 4-node setup, ideal for local development and simulating real environments.

Explore blockchain's impact on Industrial IoT, from understanding basics to applying it in your organization. Learn about decentralization, smart contracts, and the future of connected devices.

Explore IoT innovations with IBM's top female inventor, from saving rhinos to automotive maintenance. Learn how cognitive computing enhances IoT data for business insights.

Learn to construct an Arduino-based EEPROM programmer, simplifying the process of programming 28C16 and similar EEPROMs. Gain hands-on experience with Arduino Nano and shift registers.

Exploring formal verification, monitoring, and safety case formalization for assurance-based learning-enabled cyber-physical systems, focusing on autonomous vehicles and their complex components.

Comprehensive guide to assembling and using the Geekworm Pi-KVM Kit, covering hardware, software, assembly process, and initial impressions of this KVM over IP solution.

Learn to create and utilize virtual switches in Home Assistant for enhanced automation and control. Explore practical examples including light brightness, streaming services, WLED displays, and input booleans.

Learn to build and integrate a DIY soil moisture sensor with Home Assistant using ESPHome. Automate your garden watering based on real-time data for efficient plant care and a smarter gardening experience.

Explore an efficient projected gradient method for sensor network localization and tracking, focusing on determining network layouts and updating sensor positions in dynamic environments.

Explore the challenges and architectural considerations for building a secure, responsive, and scalable IoT cloud connecting millions of smart homes, focusing on performance, security, and system stability.

Create a noise meter with LED lights and Arduino, learning animation techniques and exploring housing options for your project.

Explore challenges and solutions in developing software for nanosatellites, including disconnected operations, energy management, and communication issues in space environments.

Explore acoustic sensing in IoT: opportunities for human-centric applications and efficient perception, alongside potential security and privacy risks. Insights into situational awareness for aerial robots and acoustic leakages in sensor-rich environment…

Dive deep into Raspberry Pi Pico and RP2040 programming, exploring assembly code, compiler optimizations, debugging techniques, and MicroPython for advanced microcontroller development.

Dive deep into Raspberry Pi Pico and RP2040 architecture, exploring timers, interrupts, CPU registers, ARM instructions, and power-saving techniques through practical examples and live demonstrations.

Explore Raspberry Pi Pico's Programmable I/O (PIO) capabilities, including instruction set, coding examples, and practical applications like displays and keypads. Learn debugging techniques and prepare for the final project.

Explore Raspberry Pi Pico and RP2040 architecture, including memory mapping, GPIO control, and SDK usage. Hands-on demonstrations cover simulation, debugging, and register manipulation for embedded systems enthusiasts.

Explore GPIO, LED blinking, servo control, and I2C communication on Raspberry Pi. Hands-on lessons for integrating Linux with electronics and hardware interfacing.