 |
The aviation industry can now provide unique experiences to customers, simplify back-end operations, and, most crucially, increase employee efficiency. When IoT becomes the next step, the aviation industry can look into new areas.
Putting IoT alongside additional technologies like AI and robots would open up many ways to improve service delivery. Also, a smart IoT ecosystem could bring together all the necessary entities and investments in an industry's value chain and make it look like the new normal.
Technologies Already Being Used in the Aviation Industry
Digitized security
Contemporary technology is being developed for sophisticated concepts like "walk-through security" to be employed to lessen the amount of time passengers must wait. Biometrics are additionally employed to make the verification process easier on staff by automating it. For safety reasons, airport terminals have been getting the latest security systems, which is becoming a big trend in technology.
VR will make last-minute adjustments.
One of the world's largest airlines has been exploring a novel way for consumers to upgrade their tickets by allowing them to sit in premium seats via virtual reality. People can change their tickets right up to the last minute. According to the airline, virtual reality (VR) is the greatest method to grasp the benefits of a premium economy ticket, which has additional legroom and seat pitch.
Biometrics
Biometrics can be utilized in the aviation industry and has been for a while. In this industry, it is getting more and more popular. Several of the largest airports in the world have spent money on technology that can read fingerprints and faces.
Face recognition is being worked on hard by the aviation industry so that a passenger's face can be used as a passport. Also, some airports use biometrics to admit people into airport lounges. This system incorporates flight data display systems to process receiving information and offers that are more relevant to them.
IoT Adoption Issues
Here are some of the biggest issues that need to be fixed before IoT can be used widely. On this list are the following:
1. There are numerous stakeholders in the aviation sector, and each has an ecosystem comprising technology and systems. At the same time, most people need each other to make things work better. As the Internet of Things (IoT) grows in popularity, airlines must look for partners who share similar IoT aspirations rather than just local firms.
2. Most airlines do business worldwide in many different places. Each place has its mix of cultures and ways of using technology. IoT needs to be able to deal with these differences to work well.
3. One of the healthiest places to work is in the airline business. So, security and privacy must come first if IoT is used in the aviation industry. When using innovative tech like facial recognition, which collects much private information about commuters, privacy can also be seen as an important issue.
4. The technology ecosystems of many airline companies are made up of complicated legacy applications and the architectural style that supports them. IoT, on the other hand, is still in its initial stages, and security and communication protocols are still being worked on. With such a large disparity, the industry must focus on current well-developed technologies while also looking for basic technologies that may be easily coupled.
IoT Opportunities in the Aviation Industry
The aviation industry can get a lot of great things out of IoT. For instance, it can reduce travel time, make people more comfortable, and keep them safer. To make the most of the opportunities the Internet of Things (IoT) offers, businesses and governments must work together to respond to business and political questions about it.
This new technology offers some benefits to the aviation industry.
1. When connected things have sensors built in, they can be controlled, monitored, and get accurate data in real time. Sensors have also gotten a lot better over the past few years. Wireless can help make IoT gadgets that operate on Wi-Fi or a strong cellular network like 5G possible. A low-power large-area network could help sensors with low bandwidth do their jobs better (LPWAN).
2. Cloud computing can be used to make a platform where data from different sources, such as people, their processes, and their systems, can be handled and integrated (devices). Real-time data may be used to extract important facts from present market data so that it can be shared with clients relatively quickly.
In the future, connected and smart markets can help Cloud computing take advantage of growth opportunities. Businesses in the aviation industry must determine which use cases may be used to enhance how the industry operates and provide a better experience for customers.
3. Airport terminals may use the same basic concept as smart cities, which means they can employ new technology and better data collection methods to discover meaningful real-time insights. Sensor data might improve how things work and how people feel. Apps and services related to airports, planes, and passengers can be made smarter by combining, optimizing, and analyzing multiple data sets.
4. Beacons allow IoT gateways to grow in a lot of ways. These can be put all over the airport so that when a passenger gets close to one, their phone sends a message. These alerts could inform the passenger of the time and status of their flight or even show people their e-boarding ticket on their phone.
In turn, this means the passenger gets extra accurate information every time. This can also help the airline crew figure out how far away the passenger is so they can figure out how long they must wait until the plane takes off.
IoT industry growth in the aviation sector
An online report says that the global IoT market for aviation will be worth $25.13 billion by 2025. From 2019 to 2023, the market is expected to grow at a healthy rate of 16.34%. In the report, among the most significant growth factors in the next years will be smart airports' usage of IoT to enhance the customer experience and offset economic losses.
Fleet management could grow at a compound annual growth rate (CAGR) of 16.06% in the next few years.
By 2023, the growth of the component market, which includes communication services, devices, and data centers, is expected to have a CAGR of 15.64 percent.
Regarding geography, the Asia-Pacific region grew the most quickly during the period. The CAGR is expected to be 18.4%, with the growing need for connection in flight, linked electronic gadgets, and, most crucially, airport authorities and airline operators' large expenditures in IoT solutions serving as the primary drivers of growth in the region.