In the last few decades, Artificial Intelligence (AI) has evolved rapidly. But recently, drone AI technology experienced a new phase. But, what’s it all about? To reach their destination, drones use computer vision for processing, flying in the air and escaping hurdles along the way. For detecting objects, classifying, and processing them, computer vision plays an important role, as high-performance onboard image processing and drone neural networks are used in the process. But, with software now able to ‘learn’ and improve within split-seconds, drone flights are becoming easier and more accessible to pilots everywhere. And, while technology still cannot replace the skills and knowledge of a trained pilot, it’s showing exciting new opportunities and use cases. In this article, we’ll explore how drone AI drones power a new generation of innovations and ideas.
How does drone AI technology work?
There are several main features that act as the foundation of drone technology. Drones often come pre-equipped with technology such as navigation systems, cameras, GPS, and programmable controllers for automated flights. But, when it comes to drones, it’s usually less about flight capabilities and more about the payloads they carry. Whether hi-resolution cameras, thermal imaging sensors, LiDar sensors, or anything else, these payloads are really at the heart of any drone operation. Without them, these flying machines are just that – flying machines. The sensors they carry, however, remain critical to capture the data you’re looking for.
Like machine learning, computer vision is just another subsection of AI drone technology. The key thing here, however, is that computer vision uses digital images, videos, and other visual data to extract meaningful information. It relies on these visual inputs to make recommendations or take appropriate actions. Computer vision in drones deciphers and analyzes the surrounding area. As machine learning technology & other facets of AI have improved, the drone industry recorded drastic changes, as generating algorithms and annotating tools became more efficient. With these, many drones can now automatically detect and choose the right directions for flying safely.
The impact of AI on drone applications
As mentioned above, computer vision contributed to the development of machine learning in drone technology, which works through onboard image processing performed within a neural network. But how does a neural network work in drones?
In drones, a neural network works to enable object detection and implements algorithms to perform precise tracking, detection, and classification of objects. This way, the chances of crashing or incorrectly tracking a particular object are drastically decreased. To initiate the process, scientists must choose a specific area of machine learning algorithms, training the program to classify and recognize images correctly. For instance, in security surveillance, drone AI technology makes aerial monitoring much easier. Certain drones, properly equipped, can be set to patrol areas automatically. With the right AI drone technology, a UAV can automatically recognize an anomaly (like an intruder), and immediately alert human guards to the situation.
In another example of drone AI technology, Amazon is now incorporating drones that can track exact locations and leave the product right on the doorsteps of their customers. These all rely on video annotation algorithms to track objects and make decisions, all without the need for human input.
Thus, there are three main aspects that lead to successful AI drone technology:
- Access to big data (a large pool to draw information from)
- Highly sophisticated algorithms
- GPUs (computer processors) with high computing power
Security surveillance improved by AI drones
Drone surveillance is used to capture images and videos for gathering information about targets. Automated surveillance is becoming increasingly widespread among researchers and companies, allowing them to better interpret video footage.
A great example of this AI drone technology is under development by UK scientists.
In their program, drones are programmed to help identify violent behavior in crowds, using computer vision. The algorithm is trained to transmit video footage via the internet and match certain aggressive postures. Violent acts like kicking, stabbing, or punching can be spotted and relayed to police on the ground.
Although the program remains far from perfect, it can achieve up to a 94% accuracy in ideal situations.
Weather forecasting using AI
Ever make big outdoor plans for your weekend, only to have them spoiled by a sudden rain or snowfall? Who hasn’t, right? While there’s no way to guarantee forecasts 100% of the time, drone AI technology continues to push the accuracy of predictions higher. So, how do they do it? Well, there are several techniques drones utilize for gathering the data needed for more accurate weather forecasts.
First, special sensors can be affixed onto drones to detect humidity, temperature, and air pressure of the location. Alternatively, drones aid weather forecasting by dropping devices known as ‘dropsondes’. Dropsondes are scientific devices attached to a parachute and dropped from high altitudes. As they fall, they collect data such as wind speed/direction, humidity, temperature, etc. Last year, the National Oceanic and Atmospheric Administration (NOAA) began using drones to drop dropsondes into a hurricane. The last method to collect data is through image and video processing. For instance, a new US study focuses on how land surfaces influence weather. Incorporating the data-capturing power of drones, AI drone technology recognizes patterns and concludes more accurate climate models.
Precision farming using AI-powered drones
AI-driven drones equipped with advanced sensors and imaging technologies collect real-time data on crop health, soil conditions, and environmental factors. This data is analyzed using machine learning algorithms to provide actionable insights that farmers can use to make informed decisions.
AI-powered drones for delivery services
Nowadays, there’s a huge increase in delivery services focusing on the use of drones. During the COVID-19 pandemic, drones delivered blood donations, vaccinations, and critical supplies. This type of medical delivery is becoming more popular. Over 30 companies currently deliver medical supplies using drones. Additionally, Matternet, a drone logistics company, recently launched a new station to allow its customers to seamlessly integrate drone operations into their supply chains.
AI drones power military defence forces
The military is one of the biggest sectors highlighting the use of drone AI technology. Through AI drone technology, UAVs scan locations, target specific areas and destroy enemy forces. While these UAVs can often be controlled manually, most of these systems rely on technology. AI military drones need high computer vision-based navigation; otherwise, their tracking systems won’t work properly.
The key takeaways
There’s a major difference between programming a drone for flight requirements and programming a drone to perform assigned tasks. When building a drone, there must be precise measurements in terms of interfacing sensors and actuators with a processor, which help make the drone fly. On the other hand, if a new application is developed, then all that’s needed is a suitable drone and a computer algorithm that can be integrated into it. Already, drones collect valuable data for a host of critical applications, such as weather forecasting and surveillance. In the future, advancements in AI drone technology will only serve to further the number of use cases available. Which tasks do you think drones will be capable of next?
 & transforming the way we interact with the world.){kind=link}