The Digital Transformation of Airport Operations

The Digital Transformation of Airport Operations

An interview with Marco Rueckert, Chief Technology Officer, Searidge Technologies


Marco is a technology leader with over 15 years of experience in building complex, real-time, and safety-critical systems for the Air Traffic Control (ATC) and airport operations industries. Having started as a student intern in 2010, Marco now leads the technology organisation of Searidge Technologies as the Chief Technology Officer.


Imagine a world where data from air traffic control (ATC), airlines, and airports worked in unison. Where the aviation industry had shifted away from legacy, isolated technology architectures and towards a model built around service delivery and common data platforms. Where additional data streams, such as weather and passenger volumes, flow seamlessly to allow everyone to make better and longer-term decisions.

This data convergence might sound like some far-off utopia, but it’s a future that Ottawa-based Searidge Technologies is working to achieve. We sat down with Marco Rueckert, Searidge’s Chief Technology Officer, to understand his vision for digital transformation and how airports can utilise data and technology to transform their operation.

The role of data in airside operations

For Marco, data is everything, “Data convergence, the coordinated flow of data, is very important. The airline, airport operator, and air traffic control all need to be sharing data on the airside operation and all on a common technology platform. Without this ability, everyone is reacting to information with a delay due to lags in communication. That causes a higher workload and more ‘shuffling around’ of events – no one knows exactly what the traffic flow will look like because they don’t have visibility.”

That’s a scenario that may be very familiar to even the most efficient air traffic and airport operations teams. “Being able to share data in real-time helps to reduce the workload and the ‘unknown’ elements, supporting better decision-making for everyone. What we are trying to do is systemise decisions and smooth out the operation.”

Being able to share data in real-time helps to reduce the workload and the ‘unknown’ elements, supporting better decision-making for everyone. What we are trying to do is systemise decisions and smooth out the operation.

And when you add in AI as an aid to that decision making, you start to see why this new approach is truly transformative; “Once you’re capturing and sharing data, you can automate some of the monotonous data processing activities by having technology and AI process that data and feed it back to the human controller. It is not that people cannot do this processing, but rather that saving those 10-15 seconds per decision is very valuable to the mental load of the controller.” Scale that up across an entire operation, and the benefits of this new approach become clear.

Intelligent Stand Manager

Intelligent Stand Manager is a NATS product built by Searidge Technologies, featuring seamless integration with safety-assured ATC, airport operations, and airline systems – powered by Searidge’s Chorus platform.

The product creates a balanced, fair, optimised stand plan to improve turnaround performance, streamline operations, and increase operational resilience.

Success story: Hong Kong Airport

The really exciting thing about this vision for the future is that it’s already here. “One excellent example of data convergence is our Hong Kong Airport installation where we have a digital apron and digital tower system. The combination of both systems enables the sharing of information in real time between airport operations and ATC. Last minute gate assignment changes or gate closures, for example, pop up right away on the controller’s screen without anybody having to pick up the phone and call the supervisor to release the information, potentially minutes after the event happened. Everything is shared in real time so operators can make the decision based on the most up-to-date information.

The really exciting thing about this vision for the future is that it’s already here.

This approach allows the airport and ANSP to realise the benefits of the new service delivery model. They share the same platform at the base, so, even though the two operations don’t have the exact same services, they are able to share data.

It’s this flexibility that makes it so powerful, “For example, radar integration happens at the control tower, but that data gets shared directly into the airport so that they can get that high-quality surveillance information around the airfield. In return, the airport can share real time information back to the tower; for example, sharing up to date information on which gates aircraft are assigned to increases the time window of decision-making and allows a ground movement controller to determine the most optimal route between the runway and stand.”

Today Hong Kong is operating in a much more data-rich environment where everybody is benefiting from a more predictive and smoother operation. That in turn is improving the passenger experience with reduced wait times and more predictable on and off-boarding times.


In a recent Altitude show, Michelle Ho shared her experience in deploying Hong Kong airport’s award-winning Digital Apron and Tower Management System, and working in its state-of-the-art Integrated Airport Centre.

The importance of a data strategy

Getting to this stage doesn’t just happen. It takes careful thought about what an airport is trying to achieve, both operationally and strategically. Marco argues that process is absolutely vital: “You need to have a clear vision for your enterprise architecture – you need an individual or group that is accountable for the enterprise architecture who knows what all the systems are, which systems need to talk to each other and how that is going to be achieved.”

But once that work has been done, there are huge advantages. “There is a real benefit to airports taking control of their data and running their systems on a single platform, because the data communication is all centralised, while also remaining cyber secure. Data integration is no longer point-to-point, it becomes a unified data model where everybody within the operation can access information without having to incur integration costs over and over again.

There is a real benefit to airports taking control of their data and running their systems on a single platform, because the data communication is all centralised, while also remaining cyber secure.

“Data should belong to the customer not the technology provider, no matter who the vendor is – it should be easy to retrieve the data. You need to own your data so that you can control your destiny and what you want to achieve operationally.”

Chorus - The Airside Digital Platform Making Digital Transformation Possible

Chorus, developed by Searidge Technologies, is a cloud-native, non-proprietary digital technology platform that integrates data in real-time across aviation operations.

In line with the new service delivery model-based architecture, Chorus provides services to different users in different ways, all on one common platform. Airports and air traffic control (ATC) are not locked into Chorus from a data or technology perspective – the customer is in control.

Technical diagram credit Searidge Technologies

Overcoming the roadblocks

Of course, none of this is entirely straightforward, otherwise everyone would be doing it. It takes a complete change of mindset and willingness to break down silos, “There are many factors that can stop or delay airports adopting a new service delivery model, including stakeholder relationships, data jurisdiction issues, and timeline issues with safety assurance and regulations.”

“Releasing data is not always something that everybody wants to do. There are cases where information from the airline would be helpful in the airside operation, for example, how many passengers are on board and their onward journeys. Airlines are sensitive to releasing this really commercially valuable information, but it would be helpful to know in certain situations, such as stand allocation priority.”

The Integrated Airport Centre (IAC) at HKIA - Credit Searidge Technologies

The Integrated Airport Centre (IAC) at HKIA - Photo Credit Searidge Technologies

“Safety is also paramount, which can slow down the process of implementing new technology systems. There are other regulated industries that progress faster than aviation, such as banking and healthcare, but there are important reasons why it takes a little longer for us.”

“Hong Kong Airport was a great example of a customer that is very aware of digital transformation, where they want to go as a business, and what business and operational outcomes they want. The timing was perfect where both sides – ATC operator and the airport – came together to make an investment at the same time.”

Hong Kong Airport was a great example of a customer that is very aware of digital transformation, where they want to go as a business, and what business and operational outcomes they want. The timing was perfect where both sides – ATC operator and the airport – came together to make an investment at the same time.

Looking to the future

It is difficult to predict what the future holds because there is an ever-accelerating pace of change. Who would have predicted five years ago that large language models and AI would be where they are today? However, aviation is so safety critical and regulated that the change is a lot slower.

AI has been used by Searidge in the airport space to detect aircraft and vehicles in images since 2016, but the operational outcome still relies on the human operator taking executive control in making the decision. Recently, the industry received its first draft guidance from an international panel of experts on how to regulate and certify AI systems in aviation. It will take a long time in the aviation industry to bring in these new technologies, ensure they are safe, tested and certified, especially with a shift as big as moving from deterministic algorithms to AI-driven decision making.

Chorus is a digital platform from Searidge Technologies that integrates data in real-time across aviation operations.

It was used in the Hong Kong International Airport digital transformation project.

Digital transformation is a journey, not something that happens overnight. Airports of any size and technology maturity, no matter where they are on their digital transformation journey, can benefit from implementing an open enterprise architecture. For the aviation industry to reach its ambitious goals, such as achieving net zero while also increasing passenger volumes, technology suppliers need to collaborate, be open, and derive value from each other. The value to the airport customer and the ultimate end customers, the passengers, is greater by implementing an open technology architecture as opposed to continuing with siloed systems.

Digital transformation is a journey, not something that happens overnight. Airports of any size and technology maturity, no matter where they are on their digital transformation journey, can benefit from implementing an open enterprise architecture.

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