What is AIoT and why does it matter?

Narrow AI, where the device performs a set of specific tasks without any human interaction, or general AI where the device is almost making decisions for itself. The reality is that it’s narrow AI but to the person on the street it’s likely they won’t know the difference, they’ll just think ‘AI’. 

This over-liberal use of the term is not only causing confusion (and in some instances concern) for consumers, it’s also having a negative impact on devices that really are getting smarter, downplaying their advancements and benefits. And now the term AIoT is being used. 

What is AIoT?
In layman’s terms, the AIoT is where AI and the IoT meet, bringing intelligence to the edge. As AI moves closer to the edge and into devices, such as sensors, cameras and mobiles, in many cases it eliminates the need for racks of cloud-based computing and instead moves the analysis to the IoT device itself, removing any delay in the processing. 

Ultimately, it’s about transforming the IoT data into useful information for an improved decision-making process, with processing done in a location where it is most needed. 

Take an autonomous vehicle as an example. It has multiple cameras for computer vision, object recognition, lane warning, driver monitoring for fatigue as well as other sensors (e.g. thermal imaging, RADAR and LiDAR) for sensor fusion. 

By processing at the edge, it minimises the bandwidth required to move data to and from the vehicle and avoids delays to that analysis. In connectivity black spots or when latency is critical, such as when you’re travelling at 100 mph (on the Autobahn, of course), edge processing could literally be the difference between life and death. 

What does AIoT mean for Imagination? 
We believe that AIoT is the natural evolution for both AI and the IoT as they are mutually beneficial. AI adds value to the IoT through machine learning capabilities, turning the data into useful information, while the IoT adds value to AI through connectivity and the exchange of data.

Our IP already goes into trillions of devices, such as smartphones, tablets, set-top boxes and vehicles. Enabling these to become smarter by sharing data will help transform the world we live in.

In the smart city, the AIoT will enable ever-smarter edge devices to not only be data generators but data aggregators, data exchanges and data-driven decision-making brains. In the city, this means reducing or eliminating traffic jams by enabling cars to be constantly updated by street infrastructure and other vehicles, with the sharing of data enabling better decision-making for routing and safety as well as clearing the path for emergency vehicles to get through. 

Cars ‘talking’ to lampposts, traffic lights and street signs may seem a crazy notion now but, in the future, this will become a natural occurrence. 

The AIoT will enable informed choices to be made based on real time and predicted information. For instance, how frustrating is it to see motorway signs displaying out of date information because the human controller hasn’t updated it. Or to not be advised to take the next exit only to become part of a three-mile tailback?

Additionally, vehicle-to-vehicle (v2v) or vehicle-to-infrastructure (v2x) data-sharing and importantly, sense-checking will ensure there are no obstacles to progress. Soon v2x will become a basic requirement, but one requiring AIoT on trillions of sensors. 

In the workplace, the factory of the future will become safer because previously ‘dumb’ industrial robots and robotic vehicles will use the AIoT to become ‘aware’ of their surroundings and of the presence of a human, enhancing safety. The robot will ensure that if a human enters the ‘envelope’ of a robot’s movements it immediately understands what is happening and reverts to safe mode. 

Likewise, we will have smart-to-go stores where you select your retail item, a drink perhaps, and when you leave the store it will be debited from your account, your loyalty points will be updated, and the shelf replenished, all from the actions of the sensors and cameras, and all without human interaction. 

These scenarios will all require security and privacy to be designed in from the start. Here at Imagination, we are working with silicon and software teams to make the AIoT a reality and that it will work well for all of us. 

Is AIoT the future? 
The concept of AIoT is still relatively new and while the hype is growing, the key thing is to separate between what is currently possible and what is still a way off. Is AIoT ‘the next big thing?’ 

Well, we think it’s a collection of trillions of little things that together add up to a major opportunity. It will require ongoing development, new forms of connectivity, such as 5G and WiFi, and major efforts in software development including advances from narrow AI to more generalised AI. 

Is it all hype? No, we don’t think so, as this is a process that has been underway for some time. In terms of smart sensors, we are only just now moving from prolific, to pervasive, to productive. At Imagination we are enabling the edge and as with many technologies, the moment they become invisible is the moment that they become their most productive.

Update:

The advent of AIoT is revolutionizing various sectors by merging the analytical power of artificial intelligence with the connectivity of the Internet of Things. In healthcare, AIoT is enabling real-time patient monitoring through smart wearables that can detect anomalies and alert medical professionals immediately, thus improving response times and patient outcomes. In agriculture, AIoT devices can monitor soil conditions, weather patterns, and crop health, allowing farmers to make data-driven decisions that enhance productivity and sustainability. This integration of AI and IoT is creating smarter, more responsive environments that can adapt to changing conditions and requirements without human intervention, making operations more efficient and effective.

In the realm of energy management, AIoT is pivotal in optimizing the use and distribution of resources. Smart grids equipped with AIoT can predict energy consumption patterns, manage loads efficiently, and integrate renewable energy sources seamlessly. This leads to reduced energy waste and lower costs for consumers. In retail, AIoT is transforming the shopping experience by enabling personalized services and automated inventory management. Smart shelves can detect when items are running low and automatically place orders, ensuring that products are always available for customers. These applications highlight how AIoT is not just a futuristic concept but a practical, transformative force in various industries today.