6 ways the future of flying will be amazing

In the past decade, the check-in process has gone from paper printouts to app-based QR codes. But in the near future, all we'll need is to simply show up. That's because the next step in the evolution of the airport experience is biometrics.

JetBlue announced this year that it is working to perfect facial recognition technology to be used instead of paper or electronic boarding passes. All passengers will have to do is stand in front of a camera and take a picture. The photo will then be matched to the US Customs and Border Patrol database.

At the same time, Delta Air Lines is experimenting with facial recognition for its automated baggage system. On the other hand, Delta is working on fingerprint recognition for its automated check-in program.

From day one, pilots have been an integral part of the flying experience. However, as technology has progressed, systems once designed to assist pilots are beginning to verge towards replacing them.

For short distance flights, testing of pilotless flying taxis is currently underway in Dubai, United Arab Emirates.

Major aviation players seem to be working on this as well.

Boeing has just acquired Aurora Flight Sciences, an aviation research firm that specializes in the design unmanned aircraft.

For airlines, replacing pilots with technology could lead to major cost savings. According to a report by UBS, the industry could save as much as $30 billion by adopting autonomous flight technology.

It remains to be seen how quickly autonomous flying will take hold. Afterall, technology has a tendency to go wrong, which means we'll probably need a pilot there to take over.

Modern jet engines, for all of their refinement and efficiency, still run on kerosene. But one day, kerosene may be replaced by biofuels. While it isn't as revolutionary as electric propulsion, biofuels represent a step in the right direction towards cutting down on greenhouse emissions.

Airlines just such as United, KLM, and Singapore have all operated commercial flights using biofuels.

Currently, there are a variety of biofuels based on everything from recycled vegetable oil to plant-based ethanol. Virgin Atlantic is even working with a Chinese firm to develop a biofuel using waste gases captured from steel mills.

However, low oil prices currently make biofuels uneconomical for commercial airlines.

Electric planes might deliver quiet, eco-friendly air travel, hypersonic flights get you to your destination fast.

In 2003, we took step backward with the retirement of the Aerospatiale-BAC Concorde. For the first time in decades, mankind does not possess the capability to conduct supersonic passenger flights.

While affordable and fuel efficiency may be at the forefront of the industry, manufacturers like Airbus and Boeing still have an itch for high-speed flight.

In 2015, Airbus patented a hypersonic jet capable of reaching 4.5 times the speed of sound. The design patented by Airbus shows an aircraft powered by a combination of turbojet, ramjet, and rocket motor.

Earlier this year, Boeing CEO Dennis Muilenburg told CNBC that he expects hypersonic commercial flights to be a reality within the next decade or two. Even though passengers will probably have to pay a premium for the service, being able to fly from New York to Shanghai in less than two hours may be worth it.

Over the past century, piston power has given way to turbine power. The next frontier is electric power. And the amazing part is that electric aircraft aren't far away.

In 2014, Airbus debuted their all-electric E-Fan demonstrator aircraft. The two-seat test plane is powered by two electric motors each powering a variable geometry fan. Through the E-Fan, Airbus wants to show the public the viability of electric aviation. In 2015, the E-Fan became the first twin-engined electric plane to cross the English Channel.

Airbus isn't alone. In April, Boeing and JetBlue both invested in electric aircraft startup Zunum. This week, the three-year-old company announced that it plans to introduce a 12-passenger hybrid-electric prop plane into service by 2022.