Data exchange is the key to air navigation service providers handling evolving skies but there are challenges ahead.
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The aviation industry faces significant challenges as it adapts to increasingly complex airspace. Legacy technologies often lack scalability, fall short of modern security requirements, and limit flexibility while driving up costs.
A critical need is efficient data exchange between air navigation service providers (ANSP). This is less a technical barrier and more a challenge rooted in the complexity of the aviation ecosystem.
Modern air traffic management (ATM) depends on seamless data sharing. SITA’s ATC Bridge addresses this through a cloud-based, Software-as-a-Service Aeronautical Message Handling System (AMHS) gateway. The ATC Bridge supports multiple messaging protocols, incorporates AI-driven monitoring and analytics, and includes built-in encryption.
Fast movers
New talent
Embracing new technology also supports recruitment. According to Cabaret, modern systems are more likely to attract the next generation of air traffic controllers, giving forward-looking organisations a competitive edge.
This new workforce does bring different expectations, however, particularly around intuitive, user-friendly design. Interfaces must remain simple, with underlying complexity handled behind the scenes. SITA’s approach ensures users are not burdened by technical intricacies.
“If I could change one thing, it would be the speed of implementation,” says Cabaret. “The technology exists today. We just need to accelerate adoption.”
Many ANSPs, however, remain tied to legacy systems due to operational or regulatory constraints. These systems must be gradually modernised, requiring strong collaboration across the industry. Even if progress is uneven, alignment on direction, interoperability, and backward compatibility is essential.
“But this doesn’t mean waiting for all ANSPs to get on board with certain technologies,” says Frederic Risdorfer, SITA’s Director, Product Development. “Leaders are still required to show the way and help establish industry standards and priorities. This will clear the way forward for the rest of the community.”
Adoption often places a greater burden on early movers, with benefits taking time to materialise. However, some organisations are compelled to act due to rising traffic, airspace disruptions, or system obsolescence.
“We can be both safe and fast,” says Risdorfer. “Safety assessments remain critical, but modern technology can enhance safety, provide richer data, and support continuous improvement.”
Industry progress depends on collective advancement. Transformation will not happen overnight, but steady progress in building shared platforms and standards will enable faster, more cost-effective upgrades over time.
Yann Cabaret, CEO, SITA for Aircraft, notes that innovation is usually the result of extensive groundwork, with adoption requiring additional time. Although the industry may seem slow, its technological pace is often comparable to – or faster than – other sectors.
Cybersecurity
Cybersecurity is fundamental to technology adoption. Robust, network-wide protections are essential, as vulnerabilities expose critical systems to risk. Security must be built into solutions from the outset.
“Zero risk doesn’t exist,” concludes Risdorfer. “The focus must be on detection, containment, and continuous monitoring.”
Data exchange is the key to air navigation service providers handling evolving skies but there are challenges ahead.
A critical need is efficient data exchange between air navigation service providers (ANSP). This is less a technical barrier and more a challenge rooted in the complexity of the aviation ecosystem.
Modern air traffic management (ATM) depends on seamless data sharing. SITA’s ATC Bridge addresses this through a cloud-based, Software-as-a-Service Aeronautical Message Handling System (AMHS) gateway. The ATC Bridge supports multiple messaging protocols, incorporates AI-driven monitoring and analytics, and includes built-in encryption.
The aviation industry faces significant challenges as it adapts to increasingly complex airspace. Legacy technologies often lack scalability, fall short of modern security requirements, and limit flexibility while driving up costs.
Fast movers
Many ANSPs, however, remain tied to legacy systems due to operational or regulatory constraints. These systems must be gradually modernised, requiring strong collaboration across the industry. Even if progress is uneven, alignment on direction, interoperability, and backward compatibility is essential.
“But this doesn’t mean waiting for all ANSPs to get on board with certain technologies,” says Frederic Risdorfer, SITA’s Director, Product Development. “Leaders are still required to show the way and help establish industry standards and priorities. This will clear the way forward for the rest of the community.”
Adoption often places a greater burden on early movers, with benefits taking time to materialise. However, some organisations are compelled to act due to rising traffic, airspace disruptions, or system obsolescence.
“We can be both safe and fast,” says Risdorfer. “Safety assessments remain critical, but modern technology can enhance safety, provide richer data, and support continuous improvement.”
Industry progress depends on collective advancement. Transformation will not happen overnight, but steady progress in building shared platforms and standards will enable faster, more cost-effective upgrades over time.
Yann Cabaret, CEO, SITA for Aircraft, notes that innovation is usually the result of extensive groundwork, with adoption requiring additional time. Although the industry may seem slow, its technological pace is often comparable to – or faster than – other sectors.
New talent
Embracing new technology also supports recruitment. According to Cabaret, modern systems are more likely to attract the next generation of air traffic controllers, giving forward-looking organisations a competitive edge.
This new workforce does bring different expectations, however, particularly around intuitive, user-friendly design. Interfaces must remain simple, with underlying complexity handled behind the scenes. SITA’s approach ensures users are not burdened by technical intricacies.
“If I could change one thing, it would be the speed of implementation,” says Cabaret. “The technology exists today. We just need to accelerate adoption.”
Cybersecurity
Cybersecurity is fundamental to technology adoption. Robust, network-wide protections are essential, as vulnerabilities expose critical systems to risk. Security must be built into solutions from the outset.
“Zero risk doesn’t exist,” concludes Risdorfer. “The focus must be on detection, containment, and continuous monitoring.”
