Record Technology Investments Encounter Coordination Challenges
According to SITA’s 2025 Air Transport IT Insights Report, the air transport sector reached a milestone by investing $50.8 billion in technology in 2025. However, persistent obstacles hinder the full realization of these investments, primarily attributed to the lack of seamless data flow between systems and partners.
The ongoing conflict in the Middle East has amplified the costs associated with this data coordination gap. Airlines that prioritize bridging this divide are positioning themselves more advantageously to navigate current disruptions in the industry.
Financial Implications of Operational Reliability
As operational capacities near their limits, disruptions translate into tangible economic losses. The International Air Transport Association (IATA) estimates that flight delays alone cost the industry around $30 billion in revenue. Improving the ability to predict and respond to these disruptions is critical; hence, there is an intensified focus on data integration. Notably, 46% of airlines are enhancing their operational systems to ensure that information regarding flights, crews, aircraft, and passengers is consistently and readily available in real time.
The aim is to cultivate a cohesive understanding within operations teams to enable early interventions, averting individual delays from escalating into wider network issues. Despite this, nearly half (49%) of airlines cite data integration as a significant hurdle to achieving operational efficiency. Fragmented information across various systems can close the window for timely intervention before actionable insights are available.
AI’s Role in Enhancing Operational Coordination
Initial adoption of artificial intelligence (AI) in aviation primarily targeted isolated systems for functions such as predictive alerts and route optimization. However, the current emphasis has shifted. A substantial 63% of airlines are now harnessing AI for comprehensive flight operations management, coordinating various elements such as disruptions, aircraft assignments, and crew availability to optimize recovery strategies.
A noteworthy 79% of airlines regard generative AI and large-scale language models as top investment priorities for the coming year, reflecting aspirations that extend beyond merely improving existing capabilities. Despite this enthusiasm, AI utilization remains primarily confined within single systems, with only 17% of airlines actively employing AI for real-time monitoring of turnaround activities. Airport operations are catching up, as 53% of aircraft turnarounds have integrated AI, marking an increase from 36% in 2024. Yet, the true potential of AI is still hindered by insufficient data alignment.
Cybersecurity’s Expanding Scope in Operational Data Protection
As airlines and airports increasingly interconnect various systems, the landscape of cyber threats has evolved. A single breach can now compromise multiple platforms, threatening the integrity and availability of crucial operational data, such as gate changes and passenger information. Currently, 71% of airports prioritize cybersecurity within their overall IT strategies, while 68% regard it as a key factor driving infrastructure upgrades.
In response to these developments, 64% of airports have begun employing AI for cybersecurity, marking an increase from 51% in the previous year, to detect anomalies early and enhance their response capabilities.
Growth of Digital Identity Solutions with Collaborative Focus
The transition toward digital identification credentials issued by airlines and airports is gaining momentum. Currently, 64% of airlines intend to utilize self-issued credentials, a significant rise from 32% in 2024. Moreover, biometric immigration systems are already operational in 54% of airports and are projected to reach 83% by 2028.
While technological advancements and investments are actively underway, the ultimate value lies in coordinated efforts. A considerable 57% of airlines view collaboration with airports as essential for expanding digital identity initiatives, a rise from 40% in the previous year. The effectiveness of ID programs hinges on consistent recognition of passenger records across all touchpoints; without this coordination, the existing infrastructure fails to deliver its intended benefits.
Advancements in Sustainability Metrics Linked to Data Ownership
The findings regarding sustainability data reinforce a consistent narrative. The most substantial strides are made when a singular airline maintains control over both data and decision-making processes. Notably, 83% of airlines are initiating fleet renewal programs, 67% are procuring sustainable aviation fuel in select locations, and 75% of airports are employing building management systems to monitor terminal energy usage. However, the broader adoption of comprehensive emissions tracking and airside carbon measurement remains under 20%, as these capabilities necessitate reliable data sharing among airlines, ground handlers, and infrastructure stakeholders.
This trend is not coincidental; the report indicates that the sectors of AI, cybersecurity, digital identity, and sustainability share a significant limitation. Progress is most effectively achieved when data is integrated across systems and partners. As Lavorel emphasizes, a lack of data fluidity remains a key barrier to maximizing potential in these critical areas.
