New ways to connect with a customer and real-time access to data
Technology is drastically changing the way businesses connect with their customers, take business decisions, and build workflows. No doubt, the world of aviation has been affected too: data is transforming airlines from pre-flight to post-flight operations, including ticket purchase, seat selection, luggage, boarding, ground transportation, etc. Hence, the data required for dozens of use cases is captured along the various components of a .
We don’t book a flight via phone anymore; we don’t go to the travel agencies in search of the best offers. Instead, we have real-time access to data that, in its turn, allows organizations to take informed steps towards operational efficiency and improved customer experience. The airline industry of today is highly competitive, generating billions of euros every year with a cumulative profit margin of less than 1%.
The key reason for this can be explained by the industry’s extremely complex landscape and by the fact that modern airlines have many pending business issues, such as globally uneven playing field, revenue vulnerability, an extremely variable planning horizon, high cyclicality and seasonality, fierce competition, excessive government intervention and high fixed and low marginal cost.
What are the benefits of big data analytics?
The ultimate benefits of big data analytics include timely responses to current and future market demands, improved planning and strategically aligned decision making, as well as crystal clear comprehension and monitoring of all main performance drivers relevant to the airline industry.
When properly followed, the positive outcomes of the above mentioned benefits encompass lower operating costs, better customer service, market leading competitiveness and increased profit margin and shareholder value.
So, what are exactly the ways data analytics is transforming airlines?
1. Increase in airline revenue
Data analytics helps the industry to understand customers’ preferences and other maintenance issues. For instance, analysis of ticket booking helps the industry to target the customers with personalised offers while optimising the price in real-time using predictive analysis techniques. As a result, by gathering , airlines can fetch more bookings in the given timeframe.
One should seriously consider revenue management based on the idea that customers perceive product value differently, so the price they are ready to pay for it depends on target groups they belong to and purchase time. Hence, revenue management specialists make good use of AI to define destinations and adjust prices for specific markets, find efficient distribution channels, and manage seats to keep the airline simultaneously competitive and customer-friendly.
2. Smart maintenance
Due to the use of smart data analytics, passengers will avoid many issues with baggage tracking. While radio-frequency identification prevents mishandling the baggage, predictive analysis assists in improving the predictability of fleet reliability. With the airport traffic increasing day by day, big data analytics will enable the airlines to keep on working on the optimization of the airspace use, especially when it comes to runway bandwidth, flight routes, types of aircraft, etc.
To illustrate, airlines bear high costs due to delays and cancellations that include expenses on maintenance and compensations to travellers stuck in airports. With nearly 30 % of the total delay time caused by unplanned maintenance, predictive analytics applied to fleet technical support is a reasonable solution.
Carriers deploy predictive maintenance solutions to better manage data from aircraft health monitoring sensors. Usually, these systems are compatible with both desktop and mobile devices, granting technicians access to real-time and historical data from any location. Knowing an aircraft’s current technical condition through alerts, notifications, and reports, employees can spot issues pointing at possible malfunction and replace parts proactively.
3. Cost reduction
The introduction of analytics into the aviation industry will result in cost reductions in case of baggage loss. As a rule, the damages are repaid by the industry, but when using real-time baggage tracking, data helps avoid losing, damaging, or delaying bags. On the other hand, when the fuel real-time consumption data is collected and analyzed, one can achieve an improved level of fuel use efficiency. According to IATA’s 2012, airlines spend 33% of their operating costs on fuel.
Airlines use AI systems with built-in machine learning algorithms to collect and analyze flight data regarding each route distance and altitudes, aircraft type and weight, weather, etc. Based on findings from data, systems estimate the optimal amount of fuel needed for a flight.
4. Customer satisfaction
With the help of predictive analysis, sentiment analysis, and travel journey analysis, the airline industry keeps its customers up-to-date in real-time, promoting special offers based on their needs, habits, and unique experiences. By collecting and crunching data about customers, airlines understand passengers’ tastes and behaviour well enough to offer them transportation options they prefer and, more important, are ready to spend money on.
Likewise, when a flight delay or baggage loss occur, travellers get nervous. And if customers don’t get a response or explanation of a problem from an airline representative in a timely manner, they likely won’t choose this airline for their next trip. The speed of response to customer queries matters as much as actual steps that are taken to solve an issue.
So, travel experience is getting extremely customized and customer-oriented.
5. Digital transformation
With a purpose to deliver higher standard services to the passengers, big data and analytics considerably transform the commercial aviation industry. Some solutions have been launched to provide the perfect platform for the custom-made technology suppliers to showcase their products and services to airlines and airports in order to offer the passengers a more connected travel experience.
The emerging technologies are lifting the aviation industry into new heights by helping them in every possible way to meet the customer’s needs, real-time performance dashboards, and predictive maintenance.
6. Performance measurements
Airlines usually operate in a globally competitive environment and therefore require prompt and accurate enterprise performance measurements. Even more, airlines are volume-driven and small variations (passengers enjoying the services, fuel spent, load carried) can multiply into major effects – therefore appropriate and timely action is critical. They also suffer substantial difficulties to produce daily/weekly reliable performance measurements.
This is where big data analytics can automate production of daily activity reports such as number of passenger flown per flight/sector, distance flown which can be used to provide estimated performance measurements such as daily or weekly revenues for specific routes or sectors.
7. Risk management
The truth is that has been subjected to major catastrophes over the past years. For this reason, it’s of utmost importance for the airlines to develop various risk management models and strategies to protect themselves from negative impact of these types of events. This is exactly where data analytics can be really of great assistance.
Some crew management solutions allow addressing fatigue risk that pilots are in danger of due to a constant change of time zones, long duty days, scheduling changes, etc. For example, developers of solution from started integrating bio-mathematical models of fatigue into flight crew scheduling software. Their goal is to provide schedulers with the ability to rely on data about predicted fatigue to reduce risks in the planning phase.
8. Control and verification
Airline carriers require a number of control and verification models to be able to control costs arising from its various operational activities. To enable this, airlines have a pressing need for a complete and integrated repository of flight information data gathered from all its disparate business units. This will enable computation of various efficiency analytics, such as planed fuel usage compared with actual fuel usage per aircraft, and crew utilization. Apart from that, these problems could also be fully addressed by consolidating and analyzing relevant flight and aircraft data. Thus, creation of a 360 ° view of each flight/aircraft will allow the airlines to considerably improve their control and verification systems.
9. Load forecasting
Airlines require the development of an effective and holistic forecasting model to regularly assess the impact of options, such as increasing aircraft seats available, adjusting fares, introducing new routes, etc. Forecasts should also take account of actual statistical trends and results.
Real-life examples from the world of aviation
Delta: introduction of self-service for better customer experience and . This airline leverages AI to optimize operations and costs, as well as innovate customer service at every stage of a trip. With a great focus on the baggage safety technologies, in 2017, it announced the $600,000-worth investment in four self-service bag checking machines.
Delta Airlines also developed a novel application for baggage tracking. The app simply uses baggage check data which runs in the background and the staff members at Delta keep a track of the bags and send the tracker to the customers. The app has been a huge success and close to 11 million customers have downloaded it in their phones.
EasyJet: British low-cost carrier easyJet has turned operational challenges into successful AI use cases. IT used data science to improve its pricing strategy and manage inventory. As a result, the company observed the increase in profits per seat almost 20 % between . The airline also uses a recognition tool that speeds up passenger information processing. It reads the numbers from a document and fills out the information at the airport, so the traveler doesn’t have to type anything.
Southwest: managed to find the “secret recipe” of fuel consumption optimization. It signed a contract with GE Aviation to use its to improve fuel consumption for its fleet of more than 700 Boeing 737s. The cloud-based system that runs on the Industrial Internet allows for collecting and analyzing data generated by aircraft during a flight. For instance, pilots can consider the information about wind speed, air humidity, plane weight and speed, maximum thrust, and altitude when planning the amount of fuel needed for the next flight to the same destination.
What’s next in the realm of AI and data in the airline industry?
Today, AI makes it possible to enhance customer experience with automation and self-service solutions, optimize employee workflow, and ensure higher air safety with predictive and prescriptive aircraft maintenance. It also allows airlines to make informed decisions about pricing and market positioning through the .
No doubt, AI and big data analytics will transform the experience of customers and other engagements at airports. By 2020, numerous airlines are planning significant initiatives of artificial intelligence technology that include real-time predictive pricing offers, air travel experience to chatbots, etc.
There are many areas in the which can be tapped by big data solutions in a much better way. Marketing, crew and flight operations and aerial cargo are some of them. Big data solutions help the airlines to understand their customers individually, their preferences, their behavioural patterns and also predict the requests that might come up.
Today’s travellers are more happy with the fact that their airlines know where they are, what they would like to be served on board, and what climatic conditions they will be met with on arrival at their destination.
The airline industry has been keeping a tab on this information since long but it needs big data to help them analyse it and make it useful for the customer.