A year ago, Volaris began its journey with StorkJet’s FlyGuide application to enhance fuel efficiency through pilot engagement. By leveraging tools that analyze historical flight data and provide actionable insights, FlyGuide has become an integral part of their operations. This article reflects on the remarkable progress achieved over the past year, focusing on key initiatives that have delivered measurable improvements in both operational costs and environmental sustainability.

Reflecting on the Journey: A Year of Progress

After a full year of implementation, the results speak for themselves. The graphic below presents significant improvements, showcasing an impressive 33.7 kg of fuel savings per flight and a total of 3823 tons saved annually when sustained.

Figure 1: Summary of initiatives and savings.

These results were achieved through focused efforts on specific initiatives, with FPC (Flight Path Compliance), Climb, Cruise, Descent Speed and Departure Reduced Flaps emerging as standout use cases.

Use Case 1: FPC Descent Speed – Informed Decisions for Optimal Results

One of the most impactful features of FlyGuide is the Historical Flight tab, where pilots can review their performance post-flight. By analyzing their descent profile and comparing it to the optimum, pilots can clearly see:

• What Mach/IAS they flew at and what was the vertical deviation to the optimal profile
• What was the company policy ECON speed at any given moment of the flight,
• How much fuel/CO2/DOC they saved, and
• How much more they could have saved by optimum, IDLE descent profile

This actionable feedback empowers pilots to adjust their behavior on future flights, creating a cycle of continuous improvement. The ability to visualize both actual and optimal performance has been a key driver of success. For example, in the graph shown, we observe that delayed descent led to speed increase followed by the use of speed brakes and an excessive reduction in speed.

Figure 2: Example of sub-optimum descent

By reviewing these detailed post-flight metrics, pilots can master their descent management techniques. This allows for targeted improvements in future flights, ensuring smoother and more fuel-efficient operations.

The implementation of FlyGuide has yielded significant improvements across the fleet.

Figure 3: Success Rate and DOC improvement for Descent Flight Speed.

For instance:

• Success Rate: Improved from approximately 70% to over 80%
• Direct Operating Cost (DOC): Reduced from 13 kg to just 7 kg per flight

These results are clearly visible in the statistical analysis, showcasing how FlyGuide empowers pilots to make data-driven conclusions that impact fuel efficiency and cost savings.

By combining post-flight insights with actionable recommendations, FlyGuide continues to drive measurable progress in descent management, contributing to both environmental sustainability and operational excellence.

Use Case 2: Departure Reduced Flaps – Small Adjustments, Big Impact

Another initiative that drives fuel efficiency gains is Departure Reduced Flaps. The optimum flap configuration of the take-off performance calculation tool is the one which gives the highest FLEX setting (highest thrust reduction). Often the differences in FLEX between flap settings are marginal. FlyGuide’s Departure tab provides pilots with recommendations for optimal takeoff configurations resulting in the lowest fuel consumption. By processing historical data and aligning with airline targets, the application identifies the most fuel-efficient flap settings for specific runways and intersections.

By accessing the Departure tab within the FlyGuide app for their specific flight, pilots can check recommended flap settings and understand how these configurations impact fuel burn. Cases where selection of lower flap setting results in decrease of FLEX can be disabled in targets or pilots can decide to take higher flap setting if take-off performance calculations show difference in FLEX.

This feature allows pilots to make informed decisions about flap settings, balancing operational safety, maintenance costs and fuel efficiency. For instance, a transition from a high-flap configuration to a low-flap configuration resulted in a reduction of take-off fuel from 216 kg to 202 kg for the same departure runway. This improvement of 14 kg highlights the tangible benefits of implementing the recommended configurations.

Figure 4: Example of fuel consumption improvement for runway 23L.

The progress achieved is further supported by data from the FuelPro tool, a comprehensive analytics platform designed to track and visualize fuel efficiency performance across various initiatives. Over the past year, the success rate for applying the optimal flap configuration has increased from approximately 60% to nearly 80%. This improvement has directly contributed to a decrease in remaining savings from 6.5 kg to 3.7 kg per flight with no change in average engine thrust reduction.

Figure 5: Success Rate and DOC improvement for Departure Reduced Flaps.

This case demonstrates how structured data, actionable insights, and consistent pilot engagement can drive measurable fuel savings and operational improvements.

Conclusion

One year after implementing FlyGuide EFB, the results are clear: pilots are more engaged, fuel efficiency has improved, and the airline is reaping the rewards of data-driven decision-making. By concentrating on broader initiatives like Flight Path Compliance and the Reduction of Flaps during both Departure and Arrival, the airline has achieved measurable progress. These efforts have translated into significant environmental and economic benefits, with the airline managing to save nearly 4,000 tons of fuel annually!

Marco Charles, Director of OCC at Volaris, noted:

“FlyGuide gives our pilots the right insights at the right time, based on Data (facts) and with a fair way of disregarding constraints and limitations effects which are out of Pilots’ control, creating healthy feedback for them and engagement from them. Such feedback and engagement help to prepare safely and efficiently each flight and track their performance over time. The result is clear: measurable fuel savings, flight after flight.”

Looking ahead, FlyGuide aims to continue empowering airlines in their efforts to enhance efficiency and sustainability. With the right tools and a collaborative approach, there is still significant potential for further improvements and savings. The progress achieved so far is just the beginning of a broader journey toward operational excellence.

On April 8–9, 2025, Warsaw became a global meeting point for aviation professionals from Europe, the Americas, Asia, and the Middle East. The StorkJet User Group Meeting gathered over 20 airlines managing a combined fleet of nearly 3,000 aircraft.

This two-day forum focused on technology, data analytics, and sustainable aviation. Held at Elektrownia Powiśle — a unique and inspiring venue in the heart of Warsaw — the event brought together industry leaders to explore how innovation and collaboration are shaping the future of operational efficiency.

Day 1: Advanced analytics and new capabilities

The first day focused on presenting the latest developments in one of StorkJet’s core products — FuelPro — along with FuelPro Lab, the company’s most advanced platform for operational data analytics.

FuelPro Lab is a flexible analytical framework that enables airlines to build custom parameters, visualizations, and models using second-by-second QAR data  — using natural language conversation. Whether it’s trajectory comparisons, overburn attribution, or dispatcher-ready dashboards, it allows full control over analytical logic and output. Integrated with BI tools such as Power BI or Tableau, FuelPro Lab supports both everyday decisions and strategic planning.

If you’d like to see how this solution works in practice, we invite you to explore more at our recent webinar recording focused on AI transformation in fuel efficiency.

How can AI transformation in fuel efficiency reshape your work?

The four analytical layers concept within FuelPro were also presented, demonstrating how users can transition from predefined fuel-saving initiatives to fully customized dashboards and reports using the Fuel Efficiency Dashboard.

Among the key product updates showcased during the session were:

• The Alerting Module for automatic  monitoring, detection and notification of operational anomalies. Learn more in the article: How Alerting Module supports proactive decision-making,

• the Emissions Reporting Tool, supporting CORSIA and ETS (EU, UK and Swiss) emissions programs

• and advanced taxi and contingency fuel prediction models, fully integrated with flight planning systems via API.

StorkJet highlighted that the development of both FuelPro and FuelPro Lab is guided by two key pillars: the real-world needs of airline customers and alignment with evolving industry regulations. A recurring theme throughout the event was the importance of tailored solutions, as no single, generic system can address the operational complexities of every airline. That is why flexibility and customization remain at the core of the platform’s design philosophy.

One of the sessions on Day 1 was dedicated to recent developments and the upcoming roadmap of FlyGuide, StorkJet’s in-flight decision support tool. The presentation focused on how FlyGuide enhances situational awareness by delivering phase-specific guidance to pilots — based on performance data, airline SOPs, and statistical benchmarks.

New features showcased included terrain visualization, traffic awareness, and vertical profile charts supporting more intuitive decision-making during climb and descent.

Additionally, FlyGuide now offers post-flight analytics to support performance debriefing, as well as direct feedback tools for pilots and managers. All of these updates reflect a single aim: to help crews apply best practices in real time and close the gap between planning and execution.

A highlight of the day was a case study presented by Jaime Romero Waldhorn, Fuel Efficiency Manager at Wizz Air, who shared how the airline uses statistical taxi fuel prediction and API-based integration to achieve more accurate and efficient flight planning.

The full case study is available here: Improving efficiency of Wizz Air’s taxi fuel planning

Day 2: Performance monitoring and the future of operational data

The second day was dedicated to exploring how data can drive more effective technical monitoring and support smarter operational and environmental decisions.

A key topic was the evolution of AdvancedAPM, StorkJet’s solution for monitoring aircraft and engine performance. Recent developments focused on improving overburn attribution, identifying the root causes of degradation, and integrating precise performance factors into flight planning workflows. New capabilities also included automatic significant day-to-day changes and dedicated modules for evaluating the impact of maintenance actions.

A highlight of the day was a keynote by Prof. Ulrich Schumann from DLR, who shared insights on aviation’s impact on climate change and explained role of contrails.

Next, attention shifted to FlyGuide FPO, a tool supporting tail-specific flight path optimization. The system simulates multiple scenarios for each aircraft and identifies cost-optimal climb, cruise, and descent profiles — based on actual performance, current weather, and operational constraints. Trial results shared during the meeting  included savings achieved and high pilot adoption.

The agenda also featured sessions from industry partners. Flightkeys shared insights on navdata handling and trajectory optimization in complex airspaces. Hinfact presented a proof-of-concept showing how adaptive training, based on real pilot performance and flight data, can improve compliance with fuel initiatives and generate measurable savings. NAV Flight Services showcased their NAVlink system, designed to improve descent performance through optimized wind uplinks and idle factor harmonization across systems.

The day concluded with the Statistical Perspective session, which focused on interpreting performance data in context. Instead of relying on raw metrics, participants explored how energy management, approach techniques, and operational consistency impact descent efficiency.

Final takeaways

User Group Meeting 2025 confirmed that the future of operational efficiency in aviation lies in advanced analytics, process automation, and the intelligent use of data.

FuelPro Lab, FlyGuide FPO, and AdvancedAPM were presented as one of the key enablers of this transformation, providing airlines with customizable tools to turn complex data into meaningful decisions.

The event served as a forum for showcasing innovation and as a space for open exchange and shared learning.

StorkJet thanks to all participants for their engagement, insights, and contributions to shaping the future of aviation.

We look forward to seeing you at the next edition!

Malmö, Sweden, June 2025 – Web Manuals is cementing its position as the global leader in digital aviation documentation as it surpasses 100 airline customers, marking a key milestone in the company’s upward growth trajectory.

The achievement reflects escalating demand for digitalisation to streamline compliance and operational processes. Over the past six months, leading carriers such as ACT Airlines, Mauritania Airlines and Madagascar Airlines have joined the Web Manuals community, embracing the platform’s ability to simplify document management amid rising passenger numbers and increasing regulatory complexity.

Today, Web Manuals supports more than 700 aviation customers worldwide, including 103 airlines. Of these, 63 are based in EMEA, 24 in APAC, and 16 in the Americas, demonstrating worldwide demand for scalable, aviation-specific digital solutions.

Martin Lidgard, CEO and founder of Web Manuals, says: “Reaching 100 airline customers is a proud milestone that reflects our ability to transform time-consuming documentation processes into streamlined, value-adding workflows. I’m incredibly grateful for the dedication of our team and the trust our airline customers have placed in us since the very beginning.

“Airlines across the globe are under growing pressure to drive efficiencies while navigating complex safety mandates. To provide them with the digital tools required to address today’s fast-moving operational landscape is truly rewarding. As regulations continue to evolve, our technology ensures that operators of all sizes can respond with speed, accuracy and confidence.”

About Web Manuals   

Web Manuals specializes in developing digital document management solutions for the aviation industry. It is revolutionizing aviation manuals and regulatory compliance by making the digitization, authoring, and distribution of operational documentation easy and accessible to operators of all sizes. What used to be a laborious manual task is now made simple: the rapid authoring, reviewing, publishing, distribution, and control of an entire manuals library is now a seamless operation. This brings significant savings in time and administrative costs, while improving regulatory compliance and flight safety.  

Web Manuals is rapidly expanding its global footprint. It has more than 700 customers and partners worldwide, and offices in New York, San Diego, Singapore, Sydney, and Malmö, Sweden.  

Media Contacts:    
Chiara Balachandran / Rosie Moon / Abby Stewart  
8020 Communications    
webmanuals@8020comms.com     
+44 (0)1483 447380    

www.webmanuals.aero      
YouTube / Facebook / LinkedIn     

• Cebu Pacific opts for operations control and crew management solutions from the NetLine suite
• Signing ceremony between Lufthansa Systems and Cebu Pacific at Paris Air Show
• Enhanced automation will enable Cebu to make faster and better-informed operational decisions

Paris, 17^th June 2025. Cebu Pacific, the Philippines’ leading carrier, signed an agreement with Lufthansa Systems at the Paris Air Show to implement their next-generation operations control and crew management solution – a key step in supporting the airlines ambitious growth plans.

The NetLine suite from Lufthansa Systems was chosen for its advanced capabilities in flight operations, crew planning, rostering, and real-time disruption management. The operations control system collects and evaluates a wide range of data, such as weather conditions, airspace constraints and aircraft performance, alerting the operations control team to situations with potential operational, crew, or customer impact, enabling proactive measures to mitigate and resolve disruptions.

The crew management solution, supported by the aviation technology firm ROIS/Pi, leverages machine learning and high-speed optimization to shorten rostering cycles, deliver robust resource planning, and support a more balanced and predictable crew experience.

Together, Cebu Pacific stands to benefit from reduced operational costs and enhanced customer satisfaction through faster, data-driven decision-making. The solutions will optimize roster planning, streamline trip trading, improved aircraft assignment, and strengthen regulatory compliance – supporting a more efficient operation and providing a solid platform for Cebu Pacific’s continued growth beyond the base of nearly 100 aircraft today.

“This partnership is central to enabling the scaling of our operations. We’re investing in the internal infrastructure with world-class systems that will enhance safety, operational resilience, efficiency and crew wellbeing as we grow our fleet and expand our network across the region. This is all about preparing Cebu Pacific to capture the outstanding opportunity that presents itself both in the Philippines and across the broader Asian market,” said Mike Szücs, Chief Executive Officer of Cebu Pacific.

“We are proud to support Cebu Pacific’s ambitious vision. Together, we’re building a scalable, future-ready operations platform,” said Stefanie Neumann, Chief Executive Officer of Lufthansa Systems.

The implementation will begin this year, laying the foundation for a world-class, fully integrated operations platform that empowers Cebu Pacific to scale with confidence from fleet and resource planning and pre-operations, through to the live day-of-operations management.

About Cebu Pacific
Cebu Pacific is the Philippines’ largest carrier both domestically and internationally with 37 domestic destinations, with hubs in Manila, Cebu, Clark, Iloilo, and Davao. It also currently operates flights to 26 international destinations, spanning across Asia, Australia, and the Middle East. Cebu Pacific currently operates a fleet of 98 aircraft—the youngest jet fleet in the Philippines—including a diversified mix of Airbus A320, A321, A330, and ATR aircraft.

About Lufthansa Systems
Lufthansa Systems GmbH, the leading airline IT provider, has been shaping the future of digital aviation for almost 30 years. Helping airlines unlock their full potential, the company combines profound industry know-how with advanced technological expertise. A subsidiary of the Lufthansa Group, the company offers its more than 350 customers worldwide a portfolio with often market-leading products that cover all airline business processes – on the flight deck, in the cabin, and on the ground. Lufthansa Systems is committed to improving its own environ­mental footprint and that of its airline customers of all sizes and business models. Headquartered in Raunheim near Frankfurt/Main, Germany, Lufthansa Systems employs around 3,000 people at its locations in 16 countries.
www.LHsystems.com

Press Contact
Cebu Pacific
Corporate Communications
Ms. Carmina Romero
Tel.: +63 998 9679029
E-Mail: carmina.romero@cebupacificair.com

Press Contact
Lufthansa Systems GmbH
Press Office
Mr. Ansgar Luebbehusen
Mrs. Ida Seibert
Tel.: +49 (0)69 696 90000
E-Mail: publicrelations@LHsystems.com

Making Aircraft Maintenance Data Truly Actionable

In the world of aircraft operations, maintenance data is everywhere, logbooks, flight records, work orders, compliance forms, yet too often, it remains underused. This isn’t just inefficient, it’s a missed opportunity.

At MRX Systems, we believe that the true value of maintenance data lies not only in its storage, but in how it’s structured, accessed, and leveraged. Our goal is to turn day-to-day operational data into a strategic asset that helps operators stay compliant, organized, and efficient.

More than compliance – clarity and visibility

Whether you’re managing airworthiness or performing actual maintenance tasks, one of the biggest challenges is keeping track of everything: task deadlines, part replacements, component lifecycles, and documentation. These aren’t just bureaucratic requirements, they directly impact aircraft availability and operational readiness.

MRX Systems provides a unified, cloud-based platform where all this information is centralized, organized, and accessible to everyone involved. This shared environment allows for better communication, fewer errors, and faster decision-making.

Operators can:

• Quickly access aircraft technical status from anywhere
• Monitor upcoming maintenance tasks and inspections
• Maintain digital traceability of all maintenance actions
• Manage documentation and airworthiness records in one place

Whether you’re a Part-145 organization, a CAMO, or an integrated operator handling both, the goal is the same: reduce time spent chasing information, and increase time spent maintaining safety and reliability.

Turning information into operational confidence

In situations where CAMO and MRO work together (or are part of the same structure), MRX Systems bridges the gap by:

• Ensuring shared access to aircraft records
• Reducing redundant data entry between departments
• Supporting better coordination between planning and execution

MRX Systems helps operators make better use of the information they already have, without adding complexity to their processes.

By combining MRO and CAMO functionality in a simple, cloud-native platform, we aim to bring clarity and control to aircraft maintenance, turning everyday operations into a foundation for better decision-making.

Gulf Air joins the SkyBreathe® community!

Toulouse, France, Tuesday, June 10, 2025 – OpenAirlines, the leading provider of fuel efficiency solutions for airlines, is proud to announce that Gulf Air has joined the SkyBreathe® user community. The national carrier of the Kingdom of Bahrain has selected SkyBreathe® to power the next phase of its operational efficiency and environmental performance journey.

As part of this partnership, Gulf Air will implement SkyBreathe®, a solution that helps airlines reduce fuel consumption by analyzing flight data and identifying areas for savings. Already used by over 70 airlines worldwide, SkyBreathe® leverages advanced algorithms, artificial intelligence, and big data to deliver actionable recommendations to both operational teams and pilots. This collaborative model will support the airline in aligning all teams toward shared fuel-saving and performance improvement goals.

To complete this data-driven efficiency strategy, Gulf Air pilots will also be equipped with SkyBreathe® MyFuelCoach. The app delivers personalized eco-briefings during both pre-flight and post-flight phases, offering each user tailored insights into fuel-saving opportunities based on their individual performance. Pilots gain practical, data-driven support by making this tool part of their daily routines to adopt more efficient flying habits.

Finally, SkyBreathe® Advisor will bring Gulf Air powerful AI-driven capabilities to support its efficiency goals further. Integrated into the SkyBreathe® 360° platform, the smart assistant leverages a database of over 15 million flights spanning over a decade, to deliver predictive insights and actionable guidance, helping teams identify high-impact areas for fuel savings.

“We are proud to support Gulf Air in this new phase. Their choice of SkyBreathe® is a strong signal of their commitment to more sustainable aviation, and also a testament to their trust in our expertise. It reflects their continuous drive to innovate by aligning operational performance with environmental responsibility” said Alexandre Feray, CEO of OpenAirlines.

“At Gulf Air, we are committed to embracing innovation that drives operational efficiency and environmental responsibility. The implementation of SkyBreathe® and the MyFuelCoach application marks a significant step forward in our sustainability journey. We look forward to this partnership, which reflects our proactive approach to reducing fuel consumption and minimizing our environmental footprint, while maintaining the highest standards of safety and performance.” stated Captain Qasim Ismaeel, COO of Gulf Air

This next chapter of collaboration reflects a strengthened approach tailored to the aviation industry’s evolving challenges. By integrating advanced technology and artificial intelligence, this partnership drives progress toward enhanced efficiency and greener operations.

About Gulf Air

Gulf Air: A Tradition of Excellence

Gulf Air, the national carrier of the Kingdom of Bahrain, has been operating since 1950, making it one of the earliest airlines established in the Middle East. The airline operates scheduled flights from its hub at Bahrain International Airport to various destinations across Europe, the Middle East, Africa, Asia, and the Far East. Gulf Air is recognized as a “Five-Star Major Airline” by APEX, based on verified traveler reviews, and has been awarded this prestigious status for the year 2025. The airline was also named “World’s Most Improved Airline” in 2022 by Skytrax. For more information, visit: www.gulfair.com

Gulf Air Social Media Platforms:

• Instagram: @gulfair
• LinkedIn: Gulf Air
• Twitter (×): @GulfAir

About OpenAirlines

OpenAirlines is a privately-owned company comprising a team of highly qualified mathematicians, aeronautical engineers, data scientists, pilots, IT experts, and aircraft performance specialists who operate from its bases in Toulouse, Hong Kong, Miami, and Montreal.

The French clean-tech is specialized in developing digital technology to help airlines achieve their sustainability and emissions targets. They developed SkyBreathe®, a comprehensive eco-flying solution for airlines to reduce fuel costs and CO2 emissions, today used by 70+ airlines worldwide, including, Atlas Air, DHL, Norwegian, Air France, IndiGo, and Korean Air.

More information: https://www.openairlines.com 

PR contacts

Gulf Air
Phone: +973 17353464
Email: corporate.communications@gulfairgroup.bh

OpenAirlines
Solveig Moisan, Chief Marketing Officer
solveig.moisan@openairlines.com

Veryon Diagnostics joins Veryon Tracking+ to demonstrate end-to-end solutions to minimize the impact of unscheduled maintenance.

SAN FRANCISCO, Calif. (June 9, 2025) — Veryon, a leading provider of information services and software solutions for the aviation industry, today announced its participation in the upcoming Airline & Aerospace MRO & Flight Operations IT Conference EMEA 2025, taking place June 17–18 in Amsterdam, the Netherlands.

Over the two-day event, airlines, operators, and MROs will enjoy unmatched opportunities to watch demos of the latest digital solutions and discuss challenges and priorities with the leading vendors in the industry.

During the Vendor Showcase on June 17 at 16:15 CEST in the Boston meeting space, Dave Purfurst, Global Pre-sales Director for Veryon, will discuss how Veryon Diagnostics and Veryon Tracking+ can help users improve maintenance efficiency and effectiveness, reduce aircraft downtime, decrease inefficiencies, data errors, and unaccountability, and more.

On day two, Veryon will host a live Customer Case Study Session with Willis Aviation Services Limited at 11:15 CEST in the Rotunde meeting space. Richard Landsbury, Sales Director for Veryon, and Colin Gamson, Technical Consultant for Willis Aviation Services Limited, will discuss how Willis rapidly implemented Veryon Tracking+ to improve efficiency, stock control, and workflow visibility.

Attendees are encouraged to visit Veryon at booth no. 53 to explore the complete suite of aviation maintenance efficiency solutions.

Complete Solutions to Minimize the Impact of Unscheduled Maintenance

During the conference, Veryon will showcase Veryon Diagnostics, the answer for commercial operators to reduce delays and cancellations, delivered in a single seamless aviation management software solution. Championed by 25 percent of the worldwide commercial fleet, Veryon Diagnostics sets the industry standard in improving aircraft availability, empowering operators to eliminate unnecessary parts replacement, optimize resources, and improve first-time fix rates using a single seamless software solution.

A key highlight will be the newest addition to the Diagnostics suite, Veryon Reliability, an AI-enabled parts predictability, fleet reliability, and reporting solution that helps aircraft operators and OEMs forecast parts and component failures, improve fleet availability, and support proactive maintenance to prevent costly disruptions.

“With Veryon Reliability, operators gain powerful AI-driven insights into failure predictions, real-time parts forecasting, and automated reliability tracking,” said Kris Volrath, Senior Vice President of Product at Veryon. “This advancement elevates our predictive maintenance capabilities, empowering operators to shift from reactive repairs to proactive decision-making that boosts aircraft availability, cuts maintenance costs, and enhances overall operational performance.”

Veryon Reliability was recently honored with two major industry awards: the 2025 Artificial Intelligence Excellence Award and the 2025 We Love Tech Award. These recognitions highlight the platform’s impact in helping operators move from reactive to proactive maintenance using predictive insights.

The company will also showcase Veryon Guided Troubleshooting and Veryon Defect Analysis as part of the Veryon Diagnostics suite, as well as Veryon Tracking+.

• Veryon Guided Troubleshooting transforms aviation maintenance by helping operators cut troubleshooting time by nearly 50% and boost first-time fix rates by over 5%. Powered by advanced analytics and a dynamic knowledge base, it delivers step-by-step repair paths that improve fault isolation accuracy, lower no-fault-found rates, and enhance technician productivity across maintenance environments.
• Veryon Defect Analysis utilizes advanced technology and data analysis to identify, analyze, and act on unscheduled maintenance events. 33% reduction in repeating defects, 20% reduction in unscheduled removals, and 10% reduction in cancellations and delays.
• Veryon Tracking+ is an end-to-end management platform for commercial airlines, MROs, rotary, and military operations. It provides integrated cloud-based software for fleet management, maintenance, inventory, and flight operations—eliminating data discrepancies and improving operational efficiency. Currently used by over 150 operators to manage more than 2,000 aircraft, the platform offers web and mobile app access for real-time fleet management.

For more information about Veryon and its award-winning solutions, visit Veryon.com.

About Veryon
Veryon is the leading provider of aviation software and information services, supporting a global network of more than 75,000 aircraft maintenance professionals and over 7,600 customers in nearly 175 countries worldwide. We help everyone from business aviation teams and MROs to airlines and OEMs get their aircraft more uptime. Challenges like unscheduled repairs, part availability, and excessive paperwork lead to too many aircraft spending too much time on the ground. And that leads to needless delays, endless back and forth, and lots of wasted dollars. The key to more uptime is having a better technology platform to manage everything from maintenance and operations to manuals and diagnostics. 

That’s why thousands of aircraft operators, 25% of the worldwide commercial fleet, and over 100 OEMs all rely on Veryon. And it’s why customers have been able to achieve an average 23% improvement in aircraft downtime cost. Veryon. Let’s get you more uptime. Learn more at veryon.com.   

Wood Dale, Illinois — AAR CORP. (NYSE: AIR), a leading provider of aviation services to commercial and government operators, MROs, and OEMs, announced today its aviation maintenance software subsidiary, Trax, has been selected to modernize Delta TechOps’ maintenance and engineering systems.

Delta TechOps will replace its legacy maintenance and engineering systems with Trax’s advanced eMRO and eMobility solutions. Initially, more than 6,000 technicians across the Delta TechOps line maintenance network will use Trax’s innovative technology to digitize their maintenance processes, leading to enhancements in efficiency, data accuracy, and operational performance. The companies plan to use this initial implementation as a foundation for the future deployment of additional Trax eMRO modules and eMobility apps focused on heavy maintenance, maintenance planning, engineering, and quality management – all hosted in the fully-managed Trax Cloud.

“AAR’s strategic investments in Trax have enabled the company to scale to support the largest airlines and most diverse fleets. We are grateful to Delta for selecting Trax and look forward to powering their system modernization,” said John M. Holmes, AAR’s Chairman, President and CEO.

John Laughter, President of Delta TechOps, added, “We are confident Trax will enhance our operational efficiency by streamlining maintenance processes across Delta TechOps, enabling our people to focus on delivering the Delta Difference.”

About AAR
AAR is a global aerospace and defense aftermarket solutions company with operations in over 20 countries. Headquartered in the Chicago area, AAR supports commercial and government customers through four operating segments: Parts Supply, Repair & Engineering, Integrated Solutions, and Expeditionary Services. Additional information can be found at aarcorp.com.

About Trax
Trax is the premier provider of aviation maintenance mobile and cloud products in the global aviation market and a wholly-owned subsidiary of AAR CORP. Trax products support digital signatures, paperless working, including workpacks and manuals, RFID-capability for logistics, biometric security, offline capability for its suite of mobile apps, web-based applications, and the ability for users to work anywhere with easy access to real-time information. Through its eMRO and eMobility products, Trax provides comprehensive software solutions designed to manage all aspects of aircraft maintenance. Additional information can be found at https://trax.aero/.

About Delta TechOps
Delta TechOps is the maintenance division of Delta Air Lines, providing comprehensive maintenance, repair, and overhaul services for Delta’s fleet and other aviation customers. With a commitment to safety, quality, and innovation, Delta TechOps continues to set the standard for excellence in aviation maintenance.

Contact
Media Team
+1-630-227-5100
Editor@aarcorp.com

WA, UNITED STATES, June 5, 2025 – Leading Aviation Industry Experts From American Airlines, Boeing, FAA, FedEx, Lufthansa and Southwest to Provide Strategic Guidance and Expertise.

APiJET, developer of the leading, real-time flight path optimization solution Digital Winglets™, announced a new strategic advisory council comprised of a distinguished group of aviation industry experts who will support the company’s next phase of growth. The strategic advisory council includes Jeff Darnell (formerly American Airlines and Southwest Airlines), Dan Allen (formerly FedEx, FAA), Randy Tinseth (former VP of Marketing, Boeing), and Jörg Pikolin (former Lufthansa).

“Each of these advisors brings deep expertise and insight that’s instrumental as we advance global adoption of Digital Winglets™, the industry’s premier real-time flight efficiency solution,” said Rob Green, CEO of APiJET. “The decades of experience, leadership and innovation from our advisory council will be pivotal in shaping our product strategy, market positioning, and airline integration. I’m incredibly grateful for their contributions.”

Randy Tinseth
Randy served as Vice President of Commercial Marketing at Boeing, where he led global marketing efforts for the company’s commercial aircraft and services. Over a career spanning engineering, marketing, and sales, Randy spent more than a decade heading Boeing’s Commercial Airplanes marketing team.

Jeff Darnell
Jeff’s 40 years of operational and fuel efficiency expertise includes leading cross-departmental fuel initiatives for Southwest Airlines that saved the airline $800 million as detailed in the book “50 Years. One Heart.” He held key roles at American Airlines and Southwest Airlines, specializing in dispatch, certification, network planning, operations engineering, and air traffic programs.

Dan Allen
As Managing Director of Flight Technical and Regulatory Compliance at FedEx, Dan led global flight optimization and regulatory compliance initiatives. His leadership extends to fuel, emissions, and time-saving strategies. He also held multiple leadership roles within the FAA and currently serves on the NextGen Advisory Committee, contributing to major FAA/industry collaborations including Data Comm, PBN, and CDM projects.

Jörg Pikolin
Jörg Pikolin previously served in significant leadership positions within the Lufthansa Group including heading ATM Development and Regulatory Affairs for Flight Operations and Flight Operations Efficiency and Innovation. A former Lufthansa captain with more than 20 years of flying experience, Jörg is vice chair of NDTECH, vice chair of IATA RCG EUR and a technical expert to IATA ATM WG.

“Airlines are constantly looking for ways to save fuel, reduce emissions, and optimize flight times,” said Randy Tinseth. “Until Digital Winglets™, there hasn’t been a product that can singularly address all three enroute, helping airlines cut fuel costs and boost financial performance while reducing carbon emissions and advancing sustainability. Digital Winglets™ is an exciting technology advancement for commercial aviation.”

The launch of APiJet’s strategic advisory council will support the company’s next phase of growth and accelerate the adoption of Digital Winglets™, the only flight path optimization solution featuring:

• Patented Real Time State Solution: Digital Winglets™ patented technology derives real time aircraft state data, including True Mach, without requiring a presence on the aircraft itself.
• Leading TASAR Implementation: Digital Winglets™ has the most mature TASAR implementation that is uniquely ground-based and does not require WiFi.
• Unique 4D Time Based Flight Management: Digital Winglets™ optimizes for vertical and lateral position, time and surrounding traffic.
• Leading Fuel Savings and Carbon Emissions Reduction: Digital Winglets™ can deliver three to five times better fuel savings and carbon reduction over other solutions resulting in 1.5-2% annual savings for single aisles and 2-4% for widebodies.
• Advanced Flight Time Optimization: Digital Winglets™ can optimize for airlines to hit specific waypoints at specified times, as well as departure slots and other time-based requirements to improve punctuality (TBFM).
• Seamless Integration and Quick Deployment: Digital Winglets™ is web-based and platform agnostic and can be deployed in less than a month with no dedicated hardware or software required. With Digital Winglets™, airlines have the choice to deliver flight optimizations through dispatch or direct-to-pilot, in compliance with their operating model.

About APiJET
Based in Seattle, WA, APiJET is the aviation software company behind Digital Winglets™, the flight route optimization solution that provides real-time, conflict-free, alternative flight paths. Digital Winglets™ continuously analyzes flight telemetry, including aircraft performance, wind, restricted airspace, convective weather, turbulence, and conflicting traffic, recommending real-time, conflict-free vertical and lateral rerouting. Digital Winglets™ reduces fuel burn and flight time, accelerating sustainability goals.

Contact:
APiJET: press@apijet.com
Press Information
APiJET, LLC
press@apijet.com

Beloit, Wis. / Bristol, England / Almaty, Kazakhstan – June 5, 2025 — Comply365, LLC (“Comply365”), a leading global provider of operational content, training and safety management solutions for the global aviation industry, today announced its partnership with Air Astana, the national carrier of Kazakhstan and one of the largest airlines in Central Asia, to implement its industry leading document management system, DocuNet, across the airline’s flight operations. This move is part of Air Astana’s ongoing digital transformation strategy aimed at enhancing operational efficiency, safety, and compliance as the airline continues to expand its fleet and routes served.

By deploying Comply365’s next generation Operational Content Management (OCM) solution, DocuNet, Air Astana will shift to a modern, mobile-first platform that enables streamlined distribution, access, and control of all operational manuals across all AOCs. With centralized authoring for Airbus and Boeing OEM content, the airline will ensure consistency, unify user behaviors and reduce duplication, leading to a more cohesive and controlled documentation environment.

“We are delighted to partner with Comply365 to bring greater agility, accuracy, and automation into our operations with next-gen OCM capabilities,” said Eoin O’Malley, Head of Transformation at Air Astana. “DocuNet will allow us to centralize and standardize all operational documentation, adding to our efficiency and enabling our staff to get instant access to the most accurate information, and therefore contributing to consistent on-time performance.”

“Air Astana is operating in a high-growth region and as an expanding, forward-thinking airline it really understands the power of digital transformation in aviation operations, compliance and safety,” said Ilia Kostov, CEO of Comply365. “We are proud to support Air Astana’s vision with our next generation OCM solution, and we look forward to driving digital innovation and superior efficiency in their operations.”

Air Astana rejoins the ranks of airlines leveraging DocuNet, having previously used the advanced document management platform, and now also joins a growing list of global carriers that rely on Comply365 to manage mission-critical operational content—supporting smarter, safer, and more compliant aviation operations.

About Air Astana
Air Astana Group is the largest airline group in Central Asia and the Caucasus regions by revenue and fleet size. The Group operates a fleet of 61 aircraft split between Air Astana, its full-service airline that operated its inaugural flight in 2002, and FlyArystan, its low-cost airline established in 2019. The Group provides scheduled, point-to-point and transit, short-haul and long-haul air travel and cargo on domestic, regional and international routes across Central Asia, the Caucasus, the Far East, the Middle East, India and Europe. Air Astana was recognised thirteen times in a row as the “Best Airline in Central Asia and CIS” at the Skytrax World Airline Awards and received a five-star rating in the major airline category by the Airline Passenger Experience Association (APEX).

About Comply365

Comply365 is a leading provider of Operational Content Management, Safety Management and Training Management in the highly regulated industries of aviation, defense, rail and space. Comply365 provides a powerful combination of expertise and products underpinned by unified best practices, empowering its customers to elevate operational excellence, transform safety management and training management, with closer integration of relevant data sets across domains. Comply365 product portfolio ensures its customers’ crews and assets are always geared for peak operational performance, unlocking unparalleled financial and operational gains through more streamlined, robust and agile operations. Comply365 is the trusted technology partner of many of the most progressive aviation, defense, rail and aerospace organizations worldwide. For more information, please visit comply365.com.

FOR MORE INFORMATION CONTACT:            

Kathrina Gallogly
Director of Marketing, Comply365

kathrina.gallogly@comply365.com

+44 7487 616 281