Good news for 2023

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During a new moment, where many are studying the strengths and threats of 2023, air terminals are trying to weigh the new challenges, hoping for a new era and great opportunities for the aviation sector. 

As we have discussed in previous articles, there are many projects in the air, new technologies for transportation and air traffic control. There are also new experiences for passengers, such as in-flight connectivity, the opening of new routes, and the improvement of airport infrastructure worldwide. 

At this point, we can see how airports are already preparing for funding and new work to expand and improve the structures of airport spaces at a time when challenges are at the door. 

New projects are on the way…

In the last few days we have talked about El Dorado Airport as the most punctual airport in Latin America, and today we can see that a new project has been approved for the construction of a new terminal at the airport of Cartagena, a tourist destination in the Latin country that receives countless world-class tourists year after year. 

This project will allow the expansion and modernization of the structure of the Rafael Núñez International Airport in Cartagena. Thanks to these works, the airport will be able to increase its air capacity and be prepared to receive approximately 7.5 million passengers per year. 

The authorities in charge of the project have also stated that these modernization and construction works will be completed in two and a half years. 

In this sense, tourism in Colombia is getting stronger and getting recognized on an international level.

We talk about sustainability…

From airplanes with recycled materials and paper savings to the digital world, the aviation sector is looking for new horizons in terms of sustainability and environmental friendliness.

For several years now, there has been talking about introducing an environmentally friendly fuel to minimize the damage caused by CO2 in the air. Today, new mechanisms are already being presented to achieve zero emissions by 2035. 

Not only is there talk of green fuel, but also hydrogen and ethanol to produce a friendly and safe fuel for aviation. We see that there are still some years to go, but behind all this, big companies are working to achieve the expected results.

 

This and other news about the maritime and aeronautical sectors are in our blog. 

 

Laser communication has come to revolutionize airborne communications

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Airbus and VDL Group have signed a collaboration agreement for the development and manufacture of a laser communication terminal for the aeronautical industry that will enable the exchange of large amounts of data via a network of ground stations and satellites in geostationary orbit located 36,000 km above the earth.

The new product will be based on a mechatronic optical system with high stability and precision, which could reach several gigabits per second while keeping data secure against interference and with a very low probability of interception.

This new communication system called UltraAir will enable the connection of military aircraft and AUVs (unmanned aerial vehicles) within a multi-domain combat cloud thanks to laser-based satellite constellations such as Airbus’ SpaceDataHighway. 

This patented optical technology from VDL, which Airbus plans to install on one of its aircraft on a trial basis, creates the foundation for the future of data transmission speeds and will be a key differentiator for multi-domain combat collaboration with government and defense customers.

Laser data communication aims to revolutionize the communications industry and is seen as a solution for data traffic in the quantum era as this communication path will be able to support 1,000 times more data than current networks with 10 times the speed.

Additionally, laser communication technologies will be more difficult to interfere with, can be lighter, and consume less energy so this project will surely become the first of many in the aeronautical sector promising an escalation in the issue of data transmission and security.

Ready to Fly is now a reality

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The International Air Transport Association (IATA) has been working on a project called One ID, under the premise of allowing passengers to arrive at the airport “ready to fly”. This means that they will be able to completely digitize the check-in experience at airports by implementing a biometric process with zero contact.

 

The objective of this initiative is to create a more streamlined process with a pre-trip information exchange, where the passenger will have to demonstrate that they meet the requirements for their trip and then identify themselves at established points at airport facilities through biometric recognition.

 

One Id seeks to standardize the digitization processes of all airlines, airports, and governments to provide a seamless experience that is easy for travelers to integrate and use.

 

The implementation of this type of technology will provide multiple benefits and clearly, the main one is that now passengers will not have to be confused with a pile of documents. They will have to share only the minimum necessary data with their digital identity for airlines, airports, and governments. 

 

In this way, when passengers arrive at airport facilities, they will already have their traveler data and itinerary, so they can avoid long lines by just presenting themselves to the biometric reader and identifying themselves. 

 

Other stakeholders that will also benefit from this new process are the airlines and airports which will be able to count on the efficiency of the processes and the reduction of time spent on manual identification of each passenger, which will reduce costs by relying on automated systems and focus their efforts on providing added value to their customers.

 

In terms of security, the One ID system will arguably help strengthen borders and make it easier for governments to receive accurate passenger information, as well as reduce the number of passengers who are inadmissible for presenting inadequate, insufficient, or false documentation.

 

Currently, many airlines have been working on digitizing these processes that allow passengers to board without presenting physical documentation, but IATA intends to create a standardized system that digitizes the admissibility of each traveler, so that when the passenger shares their “OK to Fly” status with the airline, they can automatically bypass all document checks within the airport facilities.

 

Ultimately, travelers want and need technology for their trips, to ensure better treatment, more efficiency, better services, and a considerable reduction in the time spent on controls. So they are undoubtedly willing to share their most sensitive information to support the progress that these systems will offer in the future and from which the industry as a whole will benefit.

 

However, the new standards are focused on protecting the data of passengers, who at all times remain in control of their data and credentials, sharing only verified approvals and without any intermediaries. In addition, this is not mandatory, so it will be an option if the passenger wishes to opt-out of this process and use manual verification.

 

Technological advances in air terminals

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2022 is almost over, a year that was undoubtedly a great source of technological advances and a year of palpable recovery for the aeronautical sector. 

But, it was an eye-opener of the benefits that new technologies have brought to one of the main economic sectors worldwide. 

From artificial intelligence to biometric technology, these are just some of the new technology uses implemented in airports around the world, having as a first need, to improve the passenger’s experience. To make their stay in air terminals as comfortable and pleasant as possible. 

That’s why with a view to full automation, we leave you a small tour of the technological innovations that serve firsthand to improve and configure new moments in airports around the world. 

Seoul Airport…

Incheon Airport in Seoul launched the big data platform Airport Data Sandbox, which facilitates the collection of data to analyze information such as congestion in the terminal, weather, traffic, or transport forecasts. 

It also provides information on passenger flow and allows for easy allocation of personnel management to improve airport operations. Each of the aforementioned data is handled in real-time. 

Barcelona Airport… 

And speaking of biometric technology, the Vueling Barcelona-Malaga route has a biometric program that covers the passenger’s entire transit from home to the boarding terminal. 

This is AENA’s third biometric project at Barcelona airport, where through the Spanish airport holding company’s app, passengers can register for baggage check-in, optimizing waiting times and security controls. 

All of the above while complying with the security of each passenger’s data. 

Qatar Airport… 

Hamad International Airport in Qatar is one of the airports considered a worldwide efficient airport, in terms of decision-making and technological improvements for the administration of the air terminal. 

It uses the necessary technological tools not only for administration but also to ensure an optimal stay for users. That is why they are about to implement digital twin programs, to plan and visualize different scenarios based on the collection and study of data. 

These are just some of the new scenarios that are being presented in air terminals around the world, but we are undoubtedly eager to see what 2023 will bring.

 

Keep reading more aviation news in our blog.

Future technology for airlines

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Making security checkpoints more efficient is the airline industry’s focus for modernizing check-in processes and risk assessment for the common passenger.

 

Implementing biometric technology, and improving RX analysis software on baggage, supported by the data provided by the travelers themselves and that can be more easily verified together with the data in passports, will undoubtedly be a great advance in the screening of airport passengers, who will even be able to carry in their carry-on bags, toothpaste, nail clippers, laptops and even check-in without removing their shoes or jackets.

 

By standardizing these processes and technologies at airports, travelers will be able to rely on a much greater security base than at present while benefiting from faster screenings, and airports will rely on technology, optimizing resources more efficiently and requiring fewer specialized personnel.

 

However, specialists have stated that these new systems are not based on racial or religious data, but are an update of the current systems that, supported by human observers, will provide a more efficient service for the facilities and undoubtedly for passengers who minimize their waiting times at airport facilities.

 

In a continuous commitment to R+D+I, the airline industry seeks to satisfy its passengers by providing higher quality services and thus building the loyalty of millions of passengers who travel year after year. 

 

But industrial digitization now allows having huge databases and analysis systems that are supported by artificial intelligence that can become a great ally that greatly facilitates the daily work of employees on the ground, finding unattended market niches and in turn providing the necessary security required by the industry in its risk assessments.

 

Port of Singapore a world leader

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At the end of the year, the Asian Freight, Logistics, and Supply Chain (Aflas) awards were held to recognize the best seaports in the world. 

The AFLAS annually brings together the most important companies in the logistics, supply chain, and cargo sectors. The best ports worldwide are awarded, taking into consideration innovation, service, quality, and consistency, as well as reliability. 

This year, those in charge of selecting the best suppliers awarded the Port of Singapore as the winner of “Best Global Seaport”, due to its efficiency in the sector for complying in efficiency with the supply chain and being cataloged as a leader in maritime transformation. In addition, the Port of Singapore was also ranked as the Best Port in Asia for the 34th time. 

Worldwide recognition 

As mentioned above, this award, held annually, also recognizes the work of ports worldwide, such as the Port of Hamburg, which won “Best Seaport – Europe” for the third consecutive year. 

On the other hand, other ports were awarded by region and different categories, among which the following stand out: 

  • Best seaport in the Middle East: Port of Jebel Ali.
  • The best seaport in North America, the East, and the Gulf Coast region is the Port of Houston.
  • Best seaport in Oceania: is the Port of Auckland.
  • Best global shipping line: CMA CGM.
  • Best Logistics Service Provider – Sea: CEVA Logistics.
  • Best green seaport: HAROPA, Port of Le Havre.

 Port of Singapore, the leader at sea

 The Port of Singapore is known worldwide in the maritime sector in areas such as competitiveness, reliability, and efficiency. 

 In addition, it has a privileged geographical location that facilitates communication with routes all over the world. Also, it has managed to position itself as one of the ports that use Artificial Intelligence and other technologies to manage its port services. 

 This is just a glimpse of the broad spectrum of the maritime world and the efforts to carry forward the technological transformation in the sector. 

 

These and other news about the maritime and aviation world at GP NAUTICALS. 

 

Cybersecurity in the aeronautics industry

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With heavy investment in development and automation, the aeronautics industry is preparing for its biggest moment. But, reaching optimal levels of digitization involves a great deal of preparation to protect and support data security. A factor that has been transcendental over the years and that today is not ignored. 

The aviation sector is going through one of its best moments, having reached pre-pandemic levels. However, with exponential growth, data vulnerability is becoming more palpable in an ecosystem where cyber-attacks are in constant view. 

This represents a challenge for aviation worldwide, the protection of passenger data and the support of the aviation structure are essential to avoid risks and threats that could put airports in trouble. 

Building a strong cyber foundation…

With the arrival of digital transformation, laying the foundations of a cybernetic structure is essential, thanks to the large amount of data handled daily at an airport. Not only financial data but also data on each of the passengers that pass through an airport every year. 

In this sense, to move the aviation industry forward with the arrival of digitalization, the cyberculture must be adapted to build sustainable systems that are prepared to cope with the impact of the transformations that are experienced from time to time in technology. 

It is not only a matter of strengthening robust foundations at a systematic level but also of creating a culture where workers are trained to avoid and minimize human error in the event of a system crash. 

Cybersecurity as a sustainable investment… 

To talk about security is not only to talk about a protection system but also to ensure the future of a sector that has been able to overcome each of the challenges it has faced throughout history. 

This is why, at a structural level, it is a safe investment, given the increase in cyber threats. In addition, it will guarantee a robust and credible system over the years. Capable of adapting to changes and guaranteeing security. 

This is a big step for the aviation sector that is growing almost daily, despite the challenges it has faced, it is still a leader in security and reliability in the transportation sector. 

If you want to know more about aviation and shipping news, keep browsing our blog.

 

Resilient ports

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Nowadays, airport planning must be viewed as an ecosystem in permanent transformation, which does not work in isolation but is an integral part of its immediate environment. As well as other sectors that directly influence its daily development such as tourism, foreign trade, defense, territorial integration, and social connectivity, but above all, its planning must be aligned with the objectives and policies of the State.

 

Evaluating the above, the planning of the air system should be focused not only on aircraft, infrastructure, and services but also on sustainability (social, environmental, and economic) and should not lose its articulation with the urban planning where they are located.

 

The current situation must be taken into account in airport planning, while analyzing the past and how things were done to foresee the future and improve processes, building different scenarios, considering all possible variables, and dimensioning their influence.

 

The truth is that we are in constant evolution, and situations change overnight, but today, keeping airport development at the forefront of technology is vital to lay the foundations. This allows a sector in constant development to grow and meet the demand of travelers for more efficient services and transform their travel experience.

 

Airport development management has a responsibility to take advantage of the buildings, facilities, and infrastructure available to them and evaluate their full capacity to adapt and create resilient infrastructures that promote the sustainability of the industry, but above all foster innovation.

 

Using technological platforms makes it possible to optimize resources without the need for large investments in infrastructure. Additionally, they facilitate the daily work of airport employees, while benefiting travelers who obtain high-quality services with state-of-the-art technology that offers them: greater data security, more efficient waiting times, and, obviously, greater convenience when using systems such as self-check-in. Also, biometric systems for passenger control or zero-contact technologies have become so popular in recent times.

 

Undoubtedly, the airport sector has had a rapid capacity to adapt and has weathered one of the worst crises in history, but if anything is clear, it is that airport planning must be very resilient and mutate step by step, to adapt to the needs.  Above all, they must be open to learning, take advantage of every innovative technology that facilitates data collection and analysis, and be very dynamic in decision-making, which will allow them to cushion the impact of any situation that may arise.

 

Ports digitization: Application of digital twins in the maritime industry

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The maritime industry has always been a sector considered traditional, however, new digital technologies open an opportunity for the modernization of the port sector that increasingly faces greater challenges in terms of resource management, infrastructure, management of meteorological events, and even changes in consumer habits.

 

To provide greater reliability in the services offered and to deal with any disagreement that could threaten to paralyze the sector, many ports worldwide have chosen to join the era of digitalization, investing a large part of their budgets in technological tools that allow them not only to streamline their processes. But rather to create smart ports that provide more and better services at each step of their logistics chain.

 

The creation of digital twins in the port context allows, among many other things, to generate impact study models in any area of the logistics chain or the community and thus predict the best alternatives for the development of a specific niche or new services. All this digitally tested in different scenarios and without real risks, which facilitates decision making, cost reduction and especially implementation times.

 

Nowadays, digital twins are one of the most used technologies in almost all sectors, due to their analysis potential to improve the behavior of systems, processes, services, and simulations of any type of assets of any company. 

 

The crisis generated by the Covid-19 pandemic helped accelerate the implementation of this type of information technologies since they ensure the permanence of companies in the market, but above all, because many sectors evidenced the importance of data analysis, remote monitoring of activities, and prediction of future scenarios.

 

Most of the implementations of digital twins are based on Big Data and are combined with artificial intelligence methods since it enables the dynamic and updated representation in real time of a real and/or physical system, but being itself a controlled and safe environment for experimentation, which allows to detect failures, plan maintenance tasks, avoid delays or unexpected stops and best of all is that you can build and test new scenarios, more efficient and agile; without risking new investments.

 

The implementation of a digital twin in the port sector, not only allows a significant improvement in the decision-making of shipping companies, port operators, and other ecosystem players but also facilitates the creation of regulations that encourage the integration of transport supply chain operations and collaborative work.

 

Having a digital twin model in the maritime sector influences 3 main areas such as fleet, port, and terminal optimization. Ecosystem stakeholder analysis and end-to-end supply chain optimization.

 

Digital transformation brings with it a disruption of business strategies, plans for a cultural change, how things are done, and how the new processes will be to compete in a new digital environment, which leads us to understand that we are facing the technological revolution of the maritime industry.

 

Reduced traffic at Amsterdam Airport Schiphol

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In previous articles, we talked about the challenges facing airports worldwide that affect them both positively and negatively. However, this has led to immense solutions that have served as a bridge to improve flight quality, airport traffic, and the development of new opportunities. 

Many airports have gone through a crisis of staff shortages at airports ,and so far, airports like London Airport have managed to mitigate the processes. Others like Amsterdam Airport have taken medium-term measures to ease the long queues and a large number of passengers transiting through the airport. 

That’s right, Schiphol Airport in Amsterdam announced a reduction in the number of passengers that will be able to transit through the airport. This is due to the lack of security personnel at the airport in the Netherlands in previous months. 

This measure will be in place until the end of March 2023. Thanks to this, the maximum number of passengers will also depend on previous agreements with the airlines, which will require more elaborate planning to minimize the consequences. 

In this sense, the aim is to minimize waiting times, and long queues and also to ensure the safety of the thousands of passengers who transit daily. Also to avoid collapse and various cancellations due to lack of personnel. 

Automatic passenger transit

Likewise, many technology companies are currently working on the creation of technologies that work under artificial intelligence to improve airport transit mechanisms, administrative processes, security, loading, unloading, and much more. 

Such is the case of GP Nauticals, who have developed a software system, especially for the aeronautical and maritime sectors. With a SUITE of products that are integrated to cover different types of needs, with the ability to analyze data in real-time that allow improvements in the development of the airport. 

Also, thanks to PAX AIMS, the airport will be able to audit passenger traffic, thanks to different checkpoints that allow scanning of boarding passes where the passenger and boarding list can be validated with the concessionaires to proceed to check-in. 

 This is just a small sample of the services that GP Nauticals has to offer. If you want to know more about each of our products do not hesitate to visit our products section.