IoT Redefines the Future of the Aviation Sector
By Koyel Ghosh
Having proven itself as a great bonanza to the transportation sphere at sea and on land, the Internet of Things has now come so far as to set up its merit in the sky as well. The IoT does have efficiency to craft highly beneficial revenue streams for airlines. Ever since its inception, IoT has always been a prevalent concept in the IT sector and for a while now, it has made its presence felt in a plethora of other domains. The exclusive connection and data-sharing capability of the technology has enabled business processes to run smarter, safer, and more efficiently.
Machine learning and big data also come into play, whenever it comes to the Internet of Things. The airline domain, however, is driven by its demanding pace and inexorable focus on budget. To perk up the overall productivity and obtain further asset utilization, airlines have started considering technologies like the IoT with a full sway. After all, it has the power to change the game indeed. Airlines are already initiating novel concepts such as asset tracking, smart workforces, and predictive maintenance. By incorporating the networking forte of IoT with mounting technologies, including 3D printing and robotics, airline companies have reaped an array of benefits.
In a collaboration with Samsung Electronics, Qantas Airways happened to uncover their very first virtual reality experience in the year 2015. And, in the last five years, it has been transmuted into two approaches – the smartphone app and the VR headset. This VR experience enables travelers to reconnoiter immersive destination content even before they book their flights or board them. When it provides individuals with an all-inclusive reality experience, it also serves as a perfect medium to gather required data about passengers. This data can then be thoroughly examined, and the acumens can be inferred to bring off a better service on row. Offering highly transparent communication among its various systems, Qantas has been able to dole out a more personal experience for their passengers, especially with the booking available directly from the application. The bottom line of the company has flattened out pretty well.
At the same time, the new Airbus Connected Experience is all about the connected airplane cabin. By tethering elements from seats to overhead silos to washrooms via Internet of Things, they can examine the data patterns and offer real-time updates to the cabin attendants on food convenience and availability, bathroom requirements, seat positions, and much more. And, apart from the cabin unit, all the project partners are supposed to reap huge advantages from it.
Be it a misplaced kit, lost article, or undue wait time, nearly every air passenger, at a certain point of time, had to face issues while checking out with their luggage. Delta, in this regard, made a significant step toward cracking and resolving this industry-wide annoyance when it came out as the first U.S. carrier to utilize RFID (Radio Frequency Identification) baggage-tracking technology. Through in-app push notifications on Delta’s mobile application, passengers can have a quick glimpse of their luggage location on the way to the airplane or while making their trail to the luggage belt. This is how IoT has helped Delta Airlines provide the customers with the much needed transparency and control. Also, Virgin Atlantic is making the best use of IoT to new statures by taking recourse to a flotilla of Boeing 787 planes and cargo equipment allied via IoT expedients.
According to Allied Market Research, the global IoT in Aviation market is anticipated to register a significant CAGR from 2020 to 2027. The fact that IoT devices come up with the capability to seamlessly connect devices such as jet engines, printers, and traffic lights via smart network paves the way for an overall smoother and safer experience. In the last few years, applications of IoT in Aviation have extended from airports to MROs and manufacturing units. The high-end features offered by the technology create maximum efficiency, greater customer experience, and guaranteed safety. Also, more and more innovations have been taking place, and the use of IoT in aviation is expected to mount up even more.
Increase in demand for wireless network technologies and optimization of business processes and the growing need toward elevating the experience of passengers are the major factors propelling the growth of the industry in more than one way. On the other hand, several concerns associated with various stakeholders in the aviation sector are expected to curtail down the growth to a certain extent. However, considerable fall in operational outlays and mechanical aircraft reporting and monitoring have almost toned down the restraining factor and paved the way for new avenues in the industry. One can conclude that the IoT in Aviation market is no more at an incipient stage; rather, it has started burgeoning quite fast and is expected to gain a strong foothold in the coming years.
For more information, visit: https://www.alliedmarketresearch.com/iot-in-aviation-market-A06425
