Skip to main content

What is Artificial intelligence of things (AIoT)




The Artificial Intelligence of Things (AIoT) is basically the combination of Artificial intelligence (AI) technologies with the Internet of things (IoT) infrastructure where the goal is to obtain more efficient IoT operations, enhance human-machine interactions and ameliorate data management and analytics.

AIoT: When AI Meets the Internet of Things

The Internet of Things (IoT) is a technology is helping us to reimagine our daily lives, however artificial intelligence (AI) is the real driving force behind the IoT’s full potential.

Its most basic form comes in applications of tracking our fitness levels, to its wide-reaching potential across industries and urban planning, the  combination between AI and the IoT leads to a smarter future that could happen very soon.

 Every day, Iot Devices used the internet to communicate, collect and send insights about our online activities and its estimated to generate an increasing 1 billion GB of data every day.

By 2025, there’s projected to be 42 billion IoT-connected devices globally. For that, AI is needed in—lending its learning capabilities to the connectivity of the IoT.

The IoT is empowered by three key emerging technologies:

  • Artificial Intelligence (AI)
    Programmable functions and systems that enable devices to learn, reason, and process information like humans.
  • 5G Networks
    Fifth generation mobile networks with high-speed, near-zero lag for real time data processing.
  • Big Data
    Enormous volumes of data processed from numerous internet-connected sources.

Together, these interconnected devices are transforming the way we interact with our devices at home and at work, creating the AIoT (“Artificial Intelligence of Things”) in the process.

The Giant AIoT Sectors

So where are AI and the IoT headed together?

There are four major segments in which the AIoT is making an impact: wearables, smart home, smart city, and smart industry:

The Potential of AI & IoT

AIoT innovation accelerating rapidly, and is promising to lead to a more connected future 

CategoryTodayTomorrow
Edge computingSmart thermostats
Smart appliances
Home robots
Autonomous vehicles
Voice AISmart speakers
Natural language processing (NLP)
ePayment voice authentication
Vision AIMassive object detectionVideo analytics on the edge
Super 8K resolution

The AIoT fusion is increasingly becoming more mainstream, as it continues to push the boundaries of data processing and intelligent learning for years to come.

 

Comments

Popular posts from this blog

How to Play a Sound After a Terminal Command Completes

  Sometimes, while working on the terminal, especially during long-running processes, it’s useful to have an audible notification when the task is finished. In this guide, we’ll show you how to make your terminal play a sound after any command completes, ensuring you're alerted without constantly checking the terminal. Why Do This? This trick can save time and improve workflow, especially when: You’re running lengthy build processes or installations. You’re waiting for large file transfers. You're programming embedded systems and need confirmation when flashing is done. Let’s dive into how to do this on a Linux system. Step-by-Step Guide to Playing a Sound After a Command 1. Using paplay or aplay to Play Sounds On most Linux distributions, you can use paplay or aplay to play sound files directly from the terminal. Here's how you can append a sound notification after a command. Basic Command Structure : PC:~$ your_command && paplay /path/to/soundfile.oga  Or, if...

Heating with Electric Radiators

You want to heat your small garage using a couple of electric radiators. The power and voltage requirements for each radiator are 1200 W, 240 V. But you are not sure how to wire the radiators to the power supplied to the garage. Should you use the wiring diagram on the left or the one on the right? Does it make any difference?

Building a Robot Actuator with ESP32 and a 5010 BLDC Motor

Introduction Modern robotics demands actuators that aren’t just strong, but also smart — capable of precise control, smooth motion, and safe human interaction. Traditional servos are great for small robots, but they can be stiff, noisy, and limited in range or torque. This project demonstrates a custom robot actuator built around a 5010 360 KV brushless DC (BLDC) motor , controlled by an ESP32 running the SimpleFOC library. The goal is to create a compliant joint — one that can be moved by hand, but automatically returns to its home position with adaptive stiffness. 🧠 What Makes This Actuator Special Unlike a typical servo, this actuator behaves intelligently : You can turn it by hand — it feels soft and back-drivable. When you release it, the motor returns to its initial position smoothly. If you twist it harder (e.g., due to gear reduction), it becomes stiffer , resisting displacement more strongly. It’s powered by 12 V and controlled by a simple ESP32 boar...