GE Aerospace has been assessing widely the use of advance analytics and AI to unlock maximum benefit from this technology. In this presentation, the speaker will showcase examples and use cases if innovations and AI iterations to understand the potential value it could bring. Some of these use cases has been done through collaborations across the industry to expedite the achievement of AI's full potential.

In this session, the speakers will delve into Joramco's strategic journey toward digitalising its MRO operations, highlighting the utilisation of AI in the ongoing paperless transformation. From paperwork error avoidance during maintenance execution to harnessing the power of data for operational and strategic decision making, this transformation streamlines operations, enhances safety, and elevates efficiency.

An interview with Gulf Air

The speaker will discuss how prescriptive maintenance intelligence helps airlines reduce repeat events, improve material positioning, and make more confident maintenance decisions based on what they’re seeing today, protecting uptime, schedules, and safety margins. The speaker will also highlight how Veryon AIRE’s intelligence supports smarter troubleshooting and planning, helping teams move faster and make better decisions without removing human judgment.

We keep upgrading PAM models, but adoption still stalls. The reason is not accuracy; it’s human reality. Line engineers and controllers live in the “now,” and they will not add friction to protect future KPIs. PAM only wins when it shows up inside the workflow as immediate help, not extra work.

An interview with Dubai Air Wing

Keeping aircraft flying longer is resulting in rising costs, tighter regulation, and an already increasing labour shortage requires new playbooks. The speaker will discuss shared challenges and emerging ideas from other industries on how to build a resilient workforce to keep planes flying longer.

As MENA carriers expand rapidly, ensuring engine reliability and availability is becoming ever more critical. This session examines how predictive technologies and data-driven insight are improving on-wing performance, informing smarter shop visit planning, and helping operators and asset managers optimise engine deployment across fleets. Discover how intelligence and strategic processes are reducing downtime, protecting asset value and strengthening operational resilience.

The speaker will showcase the new functions of ROAM (Records Online Asset Management) as well as talk about how the company is using historic data to predict future events.

Boeing will discuss how by building upon domain knowledge and partnerships with airline, that predictive maintenance can be employed to reduce maintenance burden. Boeing’s presentation will showcase a strategic approach to maintenance and detailed examples of prognostic development and deployment that drive measurable operational benefits. Learn how advanced prognostics reduce disruptions, accelerate maintenance actions, and enable condition-based scheduled maintenance to keep fleets flying more reliably and efficiently.

With MENA carriers operating some of the world’s youngest and fastest-growing fleets, strategic lifecycle planning is becoming crucial to maintaining operational resilience and controlling maintenance costs. This session explores how stakeholders such as operators, lessors and asset managers, can enhance value from mid-life and end-of-life aircraft through earlier decision-making, optimised teardown scheduling, and more efficient recovery of serviceable material. Panellists will discuss how market intelligence, accurate parts-demand forecasting and stronger collaboration with specialist asset partners can ensure a steady flow of high-quality USM, reduce exposure to global teardown constraints, and strengthen long-term fleet readiness.

While 97% of MRO companies don't leverage AI for decision-making, data generation has surged 90%. Drawing on implementations with MROs, this session demonstrates how AI transforms reactive MRO operations into predictive systems through real-time anomaly detection, hour forecasting, and resource optimization - delivering measurable improvements in efficiency and TAT.

An interview with an industry influencer.

Discover how it is possible to access and transform legacy aircraft data into actionable insights. This session will cover the evolution of data acquisition systems, highlight current challenges in accessing and decoding flight data, and introduce emerging technologies like IoT and edge computing. Attendees will learn how these innovations can support predictive maintenance and smarter aviation operations.

Airlines sit at very different stages of the predictive maintenance journey, yet all face the same challenge: how to justify and secure investment. This panel will explore how projects are funded, what realistic ROI looks like, and how airlines, technology providers and emerging innovators can build business cases that unlock long-term value.

Modern predictive maintenance relies not just on the best algorithm—but on trustworthy, connected data. This session explores how EXSYN enables CAMO teams to move beyond reactive KPIs by embedding predictive logic into aviation-native tools. Learn how clean, connected, and context-rich data fuels earlier detection, smarter decisions, and uninterrupted reliability—even across system migrations and operational change.

By centralising all maintenance data into a single reliability workflow and eliminating silos across Tech Ops, MCC, and engineering, Ascentia significantly increases the value airlines can extract from their operations. A shared data foundation enables faster decisions, fewer repeat events, quicker AOG recovery, and more confident predictive actions, turning reliability into a true performance driver.

AI and predictive maintenance tools continue to advance, yet their real-world impact often remains limited. This presentation highlights the human execution bottleneck between alerts and maintenance actions, showing why technician training, decision confidence, and standardisation are now critical to PAM success and the foundation for deploying AI-assisted MRO systems at scale.

This session brings together airline engineering leaders, regulatory authorities, legal specialists, OEM representatives and data experts to explore how predictive insights and paperless workflows can align with evolving airworthiness requirements. Topics will include digital records management, risk-based oversight, data integrity and traceability, and the role of asset-health monitoring in sustaining continuous airworthiness. Drawing on their diverse operational, legal, regulatory and technical perspectives, panellists will discuss real-world integration of predictive alerts, electronic logbooks and digital task cards – and outline how the industry can build trust, demonstrate compliance and strengthen regulatory confidence in an increasingly data-driven environment.