Automated airport management

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Understanding innovation is not an easy task, the transformation from manual to digital can be complicated, just because it is unfamiliar. 

However, many dare to leap automation, because it is simpler and minimizes human errors. In addition, once integrated into your daily routine, you see everything more clearly, something that has undoubtedly happened to all of us. 

In the case of the aviation sector, technological innovations are at the mercy of the day-to-day. Airports compete to provide the best service and create commercial alliances to stand out from the others. 

At the same time, airlines are increasingly concerned about providing better service to passengers.

But what’s behind it for airports and airlines? The administrative factor plays a fundamental role in the transit and development of the smooth operation of airports and airlines. 

That is why overlooking an error can generate great economic losses, distrust in commercial alliances, delays, and poor performance. 

Because of the above, the aviation sector is starting to look for new tools to minimize errors and optimize time, all simply and effectively. 

The beginning is not always easy

We have already talked about GP Nauticals and mentioned some of the products that SUITE AIMS. Despite the conditions we have had to go through for two years, the implementation of our AERO and PAY AIMS products has not stopped. 

In the beginning, facing a change from manual to automatic was not easy. The administrative conditions for airports and airlines have their own needs and the work methodology is not always the same, each one has its conditions. 

However, through our AIMS SUITE, we were able to integrate automated software, respecting the needs of each client. What was difficult at the beginning, later became a star product. 

The collection of payments, fees, overflights, and more, went from being a paper to becoming a digital payment management system. 

At first, it started as a mobile app, and then, thanks to the success and commercial alliances with airlines and airports, it became a solid web administrator, with data validation and a way to optimize check-in times. 

Each of our products works independently to address a specific need. However, several AIMS SUITE products can be integrated to manage and create a robust airport management system.

Each of these products requires training and ultimately integration, which is easy to manage and adapt. Our products don’t require an external provider, everything is integrated to avoid delays and mishaps. 

Want to know more about GP Nauticals? Visit our products section and contact us. 

High-tech airport checkpoints

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The Transportation Security Administration, better known as TSA, has focused its efforts in recent decades on the implementation of new technological tools.

That allows airports to have safer and more efficient passenger checkpoints, incorporating innovations such as: digital identification, facial recognition, and even computerized tomography.

For this reason, in today’s article, we will inform you about the latest innovations in airport checkpoint systems that have been introduced in the sector.

Computerized tomography for baggage scanning

These machines were created for medical purposes. They are now being used in the airport industry as a security device.

Providing rotating, color-coded, and three-dimensional images of all baggage entering the facilities.

All are supported by new computer programs with automatic learning that allow checkpoints to study the contents of a suitcase more quickly and accurately.

High Definition Body Scanning

High-definition imaging technology (HD-AIT) systems are currently under development to enhance existing body scanning devices.

Which would allow for a detailed view of each passenger without them having to hold their arms above their head, remove their shoes or coats.

These devices are designed to detect a greater number of prohibited items, thus reducing inspections and making passenger scanning more efficient.

Facial recognition technology

Facial recognition technology is currently tested at several international airports, to verify the identity of passengers passing through their facilities.

New stations known as “Innovation Checkpoint” will be installed at airports for the use of this type of technology. Where identification software compares a photo taken at the checkpoint with the identification presented by the passenger.

Checkpoints

Manual passenger verification is a thing of the past. Passenger check-in and boarding list audits are being handled by software. That allows real-time measurement of passenger traffic, whether in the immigration area or for control in the boarding area.

This type of technology allows for the early completion of passenger lists, verification of flight occupancy, and even calculation and verification of airport taxes.

They don’t require major investment by airports since they can be integrated with the systems currently used, such as the software known as PAX AIMS, developed by the company GP Nauticals.

Automatic processes and Artificial Intelligence

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Nowadays, talking about Artificial Intelligence is more common than it seems. However, for many, implementing the use of Artificial Intelligence can be a challenge. 

Indeed, the use of Artificial Intelligence today is imminent. The process of automation and the new era of industrialization does not seem to stop, and the facts speak for themselves. 

For example, the airport sector makes use of artificial intelligence in aircraft, thanks to various systems that allow increasing the level of flight safety thanks to the management of an artificial vision. 

Another example of the use of Big Data and Artificial Intelligence is Check-in processes or systems to avoid long lines and crowds. Bots that answer messages are another of the many examples seen today in large airports worldwide.  

Artificial Intelligence to avoid large processes 

At the logistics level, artificial intelligence is a convenient ally for data collection, management, and security of the information provided. 

Despite the above, the application and uses of Big Data in the logistics field are still a bit precarious, because many fear the ‘security’ that the technology can provide. In addition to the high costs, new departments, and levels of difficulty that could come along the way. 

Another of the great fears about the implementation of Artificial Intelligence is based on the fact that the technology could completely supplant human capital. However, this is not feasible, since human capital is needed to help manage and optimize the various technological fields and resources. 

Undoubtedly, the implementation of artificial intelligence in the logistics field will be effective in simplifying and mitigating errors. It allows us to reduce cumbersome processes and bring them to automation, allowing us to optimize time and costs. 

A good strategy will be profitable and effective to improve processes at all levels. In the case of our SUITE, automated software allows us to carry out strategies to take a step forward to the imminent digitization that everyone talks about, but does not know how to implement. 

GP NAUTICALS and automated processes

In the case of GP NAUTICALS SUITE products, they are able to automatically manage the collection and invoicing processes at airports and seaports. Thanks to the PAY AIMS product, which manages to adapt to the company’s standards and requirements. 

In addition, thanks to AERO AIMS, airport logistics processes such as boarding gates, permits, flights, and more, will benefit from the optimization of processes. With AERO AIMS you will be able to obtain an analysis of the airport’s administrative operation. 

At the same time, it is worth mentioning that the AIMS SUITE products are integrated to achieve better control strategies and manageability of operations. 

FBO, innovative airport services

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A Fixed Base Operator or FBO, as it is commonly known, is a company that may or may not operate independently from state airports and its main function is to offer services related to air transportation.

These operators operate through concessions and among the variety of services they can offer are aircraft rental, hangar, fuel, parking, and even the necessary comfort services to ensure the best possible welfare, both while waiting for a flight and in the air.

Most of the FBOs operate in airports with high to moderate traffic and are intended to serve the private commercial aviation sector. This industry has been growing in recent years, despite the pandemic, and represents a great opportunity for modernization.

Now, when we talk about modernization, we are not only referring to the luxurious facilities offered to their customers, but rather to the technological innovations that can allow operators to better manage resources, such as managing payments, controlling documentation, inspecting passenger traffic, and even managing fuel sales. 

To achieve these objectives, the ideal is to have state-of-the-art programs and applications that allow integration, secure data management, connection to the cloud to generate reports and histories in real-time, and, most importantly, information analysis for decision making, improvements, and optimization of resources.

Although the implementation of this type of tool implies an investment of time and money, both in personnel training and equipment, the main idea is to reduce operating costs in the short term, as well as to centralize information and avoid human error as much as possible. 

When we talk about technological products for the aeronautical sector, we do not find a great variety of options, although the market has been increasing since the technological transformation is imminent. However, there are very complete products such as those of the AIMS Suite, belonging to the company GP Nauticals, which has a diversity of systems that used individually can help complement a specific service or be used together to provide innovative operational and financial management. 

In the specific case of FBOs, the main product that this GP Nauticals Suite can offer would be Aero AIMS, intended to centralize the financial management of airport facilities. Pay AIMS, a payment platform that facilitates the invoicing, collection, and follow-up of your customers’ financial obligations. And finally, Fuel AIMS, allows you to guarantee fuel service and reduce processing times by connecting suppliers, merchants, and customers on one platform.

Best of all, it is a low investment cost option, efficient, and requires minimal training for its use as it is very user-friendly and dynamic.

If you want to learn more about these products and services, we invite you to visit the website https://gpnauticals.com or contact some of their advisors to get detailed information about the advantages of working with them.

 

Positive outlook for Latin American aviation

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The years of uncertainty for the aviation sector seem to be in the past after two years of threats and recovery, the outlook for airlines and airports looks favorable. 

Many were on red alert due to the Omicron variant, but it did not impede the favorable recovery of the airport sector, it only remained a moment of alarm. 

However, it can be observed that airlines are once again investing in their fleets. Flights that had been suspended are being resumed and, at the same time, new routes are being opened. 

Airports continue to seek comfort for users and are constantly searching for new alternatives to protect travelers. 

In the case of Latin America, José Ricardo Botelho, CEO and executive director of the Latin American and Caribbean Air Transport Association (ALTA) reported that the airport sector in Latin America and the Caribbean “is 30% below 2019 levels and 50% above 2020 levels,” according to a November 2021 passenger traffic report. 

Increase in passenger traffic…

Colombia exceeded the goal of 30 million passengers during 2021, where the airports that mobilized the most passengers were Bogota Airport with 22,091,102 passengers, Rionegro with 7,916,646 passengers, and Cali with 5,211,765 passengers. 

At the same time, Civil Aeronautics authorized 97 new routes connecting different destinations nationwide. Internationally connections were authorized from other airports to 90 outbound destinations from the United States, Chile, Brazil, and other countries in Central America, South America, and North America. 

In Panama, the opening flow is 85% above countries such as Peru, Argentina, Chile, and Uruguay. Thanks to the progress of vaccination, Panama’s tourism is favored. Likewise, José Ricardo Botelho affirms: “We are working to bring back the flow of passengers and reactivate tourism in Panama. The country has great potential with its geography, history, and natural attractions. 

On the road to automation… 

Although the recovery of airports in Latin America is favorable, there are challenges that no one can expect. With the opening of new routes and the increase in passenger traffic, sanitation and contagions are becoming a challenge. 

However, thanks to the automated processes of GP Nauticals’ SUITE, PAX AIMS becomes a low-touch solution for boarding ticket validation, thanks to the checkpoints, ticket scanning will avoid crowds and virus contagions.

It also helps to lay the groundwork for the automation of processes for advance migration lists and the financial control of airport passenger fees. 

Automated processes are undoubtedly a competitive advantage, which can overcome such challenges at the level of controls and administrative processes. 

That is why GP Nauticals’ SUITE allows you to centralize and automate the airport’s invoice control and collection processes. To create strategic and consolidated alliances for the constant improvement of the airport sector. 

 

Boeing is working on new versions of its 787 Dreamliner

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Boeing is working on new, much more operational versions of its 787 Dreamliner.

The CEO of the aircraft manufacturer, Stan Deal, stated during an interview conducted by The Seattle Times that Boeing is currently designing a larger version, the 787-10, where it will increase its payload and range to make it more competitive against the Airbus A350. -900.

Until now, Boeing has not disclosed the in-depth technical details of this project. However, since 2019 the US manufacturer’s commitment to increasing the operating weight and range of the 787-10 to obtain an order from Air New has been known. Zealand.

 

Learn more at: Aviación al Día.

 

Zara Rutherford, the pilot of the moment

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Zara Rutherford, the pilot of the moment at only 19 years old, is the teenage pilot everyone talks about. Due to her interest in becoming the youngest woman to fly all over the world alone.

Rutherford landed on December 11 in Seoul from Russia. For Zara, the journey began in August, when she departed from the Koktrijk-Wevelgen Airport in western Belgium, where the journey around the world began.

Who is Zara Rutherford?

Zara Rutherford is a young woman of British-Belgian descent, only 19 years old, is the daughter of pilot parents, and seeks to become the first young woman to travel the world alone. In this journey, he seeks to pass through the five continents and also, visit around 52 countries.

Rutherford began this journey on August 18, where he departed from Belgium on a plane called “Shark-080” and has since made landfall in Mexico, Russia, Alaska, Taiwan, and other countries.

For Zara, it has been more than an adventure and expresses that: “I was trapped in Alaska due to visa and weather problems for a month and I was trapped in Russia for a month due to visa and weather problems.”

More than a world record …

Rutherford seeks to break the record of Shaesta Waiz, who 4 years ago flew alone around the world at the age of 30. Today, Travis Ludlow is the youngest person to fly alone in the world. He did it in 149 days, this same year and at just 18 years old.

 Zara, in addition to wanting to break the world record, seeks to motivate the new generation of women to take an interest in studying and working in the aeronautical industry. It also invites you to prepare to be part of the present of aviation, sending a message of equality.

Zara hopes to finish its journey around the world in mid-January. If you want to know more about her trip, you can follow her on her Instagram @fly.zolo

 

 

Spirit of Innovation beats the world record 

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The Spirit of Innovation beat the world record and since November 16, it has become the world’s fastest electric aircraft in its category.

The creators of this aircraft are the project team ACCEL and Rolls-Royce, who are also the engine manufacturer for the Spirit of Innovation.

The part of the financing of this project is in charge of the Institute of Aerospace Technology. 

Also,  has the collaboration of the Ministry of Enterprise, Energy and Industrial Strategy of the United Kingdom and Innovates UK. 

The Spirit of Innovation broke three world records, among which the following stand out: 

  • It reached a speed of 555.9 km / h in 3 kilometers. This title was held by the Siemens Extra 330LE aircraft in 2017. 
  • The second record was reaching 532.1 km / h in 15 kilometers. 
  • Finally, the Spirit of Innovation surpassed in 60 seconds, the ascent of 3,000 meters in a time of 202 seconds. 

In this regard, Warren East, Managing Director of Rolls-Royce, expressed appreciation for the recognition of this new world record: “Setting the world speed record for an all-electric vehicle is a fantastic achievement for the ACCEL team and Rolls-Royce. I would like to thank our partners, and especially for Electroflight helping us achieve this pioneering breakthrough.”

Without a doubt, the Spirit of Innovation electric plane has advanced technology that makes Jet Zero a reality.

With the premise of making technology a sustainable factor to decarbonize air mobility. 

Read de full note at: Aerotendencias.

Wright Electric and its zero-emission engine

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Wright Electric and its zero-emissions engine has been presented. This is a great step for the development of a friendly aircraft with the environment, that is, zero emissions.

Wright Electric has already tested a ‘2-megawatt electric powertrain’ engine. Which is one of the most powerful electric propulsion engines, and will be implemented in the aircraft.

The next step incorporates internal development investors. In addition to performing the relevant tests for the certification of the aircraft. 

The tests of this aircraft is projected on the ground this year, and in 2022. However, in the air by 2023.

“We have real momentum in our program from the announcement of the start of our megawatt-scale electric motor program for a single-aisle commercial aircraft in January 2020, testing of our next-generation inverter technology in May 2021. To now begin testing our 2 MW electric powertrain and data collection for flight certification. Zero-emission commercial aircraft are the future and Wright is focused, and on track, to deliver on that promise,” said Jeff Engler, CEO of Wright Electric.

Wright Laboratory…

In addition to the announcement of its zero-emission engine, Wright will also open a “specialty engine test center” laboratory. The location will be USA, and it will be analyzed that it opens its doors at the end of this year.

This is one more step for the world of aviation, and the step to reach zero-emissions is getting closer and closer. 

It seems that it will be within the reach of many.

Read the full note at: Aviación al Día.

Airbus A321Neo increased sustainability and efficiency

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The aircraft manufacturer Airbus has put a rental model to the test that has paid off. Since several airlines put their A321Neo aircraft to the test they have made the purchase decision to renew their fleet. At this time it is sighted a definitive reactivation of air transport.

The A321Neo model that has 232 seats, has 60% more space in the luggage compartments, has also improved lighting and seats, but most importantly, this aircraft offers a 20% reduction in fuel consumption as it is lighter and this is reflected in a greater range and a decrease in fuel consumption.

This is the main reason why airlines such as Jet2.com and Delta have closed negotiations with the European manufacturer for the renewal of its fleet, acquiring 36 and 30 aircraft respectively. This aircraft, which has a market price of 129 million dollars and 2 tons of extra cargo, represents huge profits for the European aircraft manufacturer Airbus, which by the end of 2021 exceeds 7,400 orders for aircraft belonging to the A320Neo family from more than 120 airlines worldwide.

The new series of aircraft owes its surname to the “New Engine Option” concept, which refers to engines that are 17% more efficient with the use of lighter, stronger, and more durable materials. On the other hand, this new fleet of Airplanes also represents benefits, since it has Slim Seats that are thinner and offer up to 5 cm extra for the legs, all seats are reclining and have a USB port. They also have a new cabin configuration called “Cabin-flex” that provides greater comfort for passengers.