Explore the transformative leap from traditional to smart grids, their integration with AI, IoT, and renewable energy, and their future in energy efficiency.
A compact, battery-powered sensing platform that wirelessly brings environmental and equipment-condition data from locations where traditional monitoring is difficult or impossible.
Explore the transformative leap from traditional to smart grids, their integration with AI, IoT, and renewable energy, and their future in energy efficiency.
To successfully create durable smart devices, you need to begin with the stresses they will face. Learn about the common issues smart city applications must overcome every day.
Discover how cutting-edge antennas are transforming IoT connectivity, ensuring reliable communication, extended range, and energy efficiency for diverse applications. Learn how to select the suitable antenna for your IoT devices to maximize performance and streamline your development process.
A deep dive into the basics of MCC buckets, architecture, applications, and challenges associated with the implementation of MCC buckets in varying industrial infrastructures.
Are you concerned about hackers stealing your fingerprint and face data for accessing your smartphone? EPFL researchers have found numerous security flaws in Android’s most privileged components before hackers do and give advice to users on how to reduce risks.
This guide explains what is a VFD, further detailing how it works, compares types and vendors, provides application and selection advice, surveys 2026 trends, and responds to common questions.
Columbia Engineering wins a new grant from the National Oceanic and Atmospheric Administration to develop AI-system for sustainable waterways and ocean health
This article delves into the key difference between PLC and DCS, providing a clear framework for choosing the appropriate technology for specific applications, and finally decoding the automation divide.
Agriculture has been a vital part of human history for over 12,000 years, marking a significant transition from hunting and gathering. Although the exact reasons for this shift are not clear, one theory suggests it was driven by the need for a more efficient way to obtain food.
Imagine an industrial plant where machines autonomously predict maintenance needs and optimize operations. Such efficiency is powered by IoT architecture. This guide breaks down the layers of IoT, from sensors collecting data to intelligent apps providing insights.
Whether you are in a lab or operating remotely, you need appropriate test resources, with the emphasis on accuracy, flexibility, portability and affordability.