Union Civil Aviation Minister Says AAIB Conducting Transparent Investigation into AI-171 Crash

UAE Airports Embrace Artificial Intelligence to Address Rising Passenger Traffic Airports across the United Arab Emirates are increasingly turning to artificial intelligence (AI) to manage surging passenger volumes, enhance operational efficiency, and reduce costs. This strategic shift comes amid record-breaking passenger numbers and evolving industry demands. However, experts caution that the integration of AI faces significant hurdles, including fragmented legacy systems and workforce adaptation challenges. Advancing AI Integration in UAE Airports In a recent development, Dubai Airports Company announced the deployment of an AI-powered turnaround solution at Dubai International Airport (DXB) in collaboration with Assaia, a technology provider with a presence in major global hubs such as New York JFK, Rome Fiumicino, and Seattle-Tacoma. This initiative aims to streamline aircraft movements and improve overall operational efficiency. Similarly, Abu Dhabi Airports has partnered with technology firm SITA to explore AI-driven management systems at Zayed Airport. The objective is to anticipate operational disruptions and optimize resource allocation, thereby enhancing airport performance. These initiatives coincide with a notable increase in passenger traffic. DXB recorded 24 million passengers in the third quarter of 2025, marking a 2% year-on-year growth. Meanwhile, Abu Dhabi Airports processed nearly 16 million passengers in the first half of 2025, reflecting a 13% increase compared to the previous year. Potential Benefits and Industry Challenges AI applications in airport operations are expected to deliver substantial efficiency improvements across various domains, including demand forecasting, biometric identification, autonomous baggage handling, and terminal maintenance. Usman Tahir, head of aviation at Roland Berger Middle East, emphasized that AI can significantly reduce gate taxi-in times, leading to lower fuel consumption and fewer delays. Supporting this, a Synaptic Aviation report highlighted that AI-driven gate readiness tracking reduced delays by 21% at a US airport, generating savings exceeding $40,000 per gate annually. Sal Salman, president of Synaptic Aviation, remarked that these operational efficiencies can be realized immediately without necessitating major infrastructure overhauls. Despite these promising prospects, global readiness for AI adoption remains limited. According to Roland Berger, only one-third of airport executives worldwide feel adequately prepared to implement AI solutions. In the Middle East and Africa, none of the surveyed executives rated their airports as having “very high readiness” for digital transformation. Leo Levit, chairman of ONVIF, pointed out that the absence of unified data models and shared standards complicates the integration of AI with existing legacy systems. Workforce Implications and Market Dynamics The transition to AI also presents significant workforce challenges. The UAE’s AI Strategy 2031 projects that nearly half of the national workforce will require upskilling by 2030 to keep pace with technological advancements. As AI automates an increasing number of airport functions, up to 30% of jobs could be at risk, underscoring the urgency of comprehensive retraining programs. Investor interest in AI infrastructure has surged despite concerns over inflated valuations and the possibility of an AI bubble. Globally, technology giants such as Alphabet, Meta, and Oracle are intensifying their AI investments to maintain competitive advantage. The UAE’s innovative approach to AI, exemplified by projects like AI-powered racecars for autonomous driving technology, is establishing new standards in safety, governance, and innovation. This leadership position may influence global benchmarks and encourage other nations to adopt similarly advanced AI strategies. As UAE airports continue to integrate AI technologies, the sector confronts a complex landscape of opportunities and challenges. The successful navigation of these developments has the potential to reshape the global aviation industry.

Spain’s Leading Airlines and Hotels Use Google Flights AI to Enhance Holiday Offers Spain remains a premier destination for travelers worldwide, celebrated for its rich culture, breathtaking landscapes, and renowned cuisine. As the holiday season approaches, the country’s foremost airlines and hotels are increasingly adopting Google Flights’ advanced artificial intelligence (AI) tools to provide travelers with exceptional savings and a more seamless booking experience. AI-Powered Travel Planning and Accommodation Google Flights has revolutionized the process of searching and booking flights through its latest AI-driven features. These tools enable users to find optimal deals using natural language queries, such as “cheap flights to Spain for a week-long vacation,” thereby eliminating the need for exhaustive manual searches. This innovation benefits travelers by simplifying their planning process and allows airlines including Iberia, Vueling, and Air Europa to reach a wider audience seeking affordable holiday options. By integrating with Google’s enhanced flight offerings, these airlines can showcase competitive fares to travelers departing from major hubs such as New York, London, and Madrid. The platform’s flexibility in adjusting travel dates and its side-by-side airline comparisons empower users to select tickets that align with both their budgets and schedules. Similarly, Spain’s leading hotels are leveraging Google’s AI-driven tools to attract holidaymakers. Real-time pricing updates and personalized accommodation recommendations enable travelers to uncover exclusive discounts and tailored offers, whether they are seeking a luxurious stay in Barcelona or a boutique experience in Madrid. These AI enhancements are broadening access to dream vacations by making them more affordable and accessible to a diverse range of visitors. Industry Impact and Emerging Challenges The adoption of Google Flights’ AI capabilities by Spain’s airlines and hotels is reshaping the travel industry landscape. Google’s agentic AI technology aggregates offers and provides real-time pricing, a development that could potentially redirect traffic away from established online travel agencies such as Booking.com and Expedia. While Google emphasizes that it does not intend to become a full-fledged online travel agency—stressing that bookings continue to be completed through partner platforms—this shift has raised concerns among competitors regarding increased competition and evolving distribution channels. Furthermore, the introduction of agentic travel booking forms part of Google’s broader strategy to enhance its AI offerings. Despite these advancements, consumer trust in fully autonomous AI travel booking remains cautious. To mitigate these concerns, Google is implementing these features gradually and in close collaboration with industry partners, ensuring that travelers maintain control and confidence throughout the booking process. As Spain’s airlines and hotels continue to integrate AI-powered solutions, travelers stand to benefit from more personalized, efficient, and cost-effective holiday planning. However, the expanding role of AI in travel also prompts important considerations about competition, consumer trust, and the future dynamics of online travel agencies. For now, those planning a trip to Spain can utilize these cutting-edge tools to secure the best deals, making their dream vacations more attainable than ever.

Vietnam Grounds 28 Aircraft Amid Global Engine Shortage Operational Impact of Engine Supply Constraints HANOI — Vietnam’s aviation industry is grappling with significant operational disruptions as a global shortage of aircraft engines has compelled the grounding of 28 commercial planes. This development stems from worldwide recall and repair directives issued by engine manufacturer Pratt & Whitney, illustrating the extensive repercussions of ongoing engine supply challenges on both Vietnamese and international airlines. The Civil Aviation Authority of Vietnam (CAAV) reports that the affected fleet comprises 24 Airbus A321neo, three Airbus A350, and one Airbus A320ceo aircraft. These grounded planes represent 13.1% of the country’s total commercial fleet, with 28 out of 213 operational aircraft currently out of service. Although this figure is five fewer than the same period last year, signaling some improvement, the shortage continues to disrupt airline operations and scheduling across the sector. Industry Dynamics and Market Responses The persistent scarcity of engines has intensified demand for maintenance, repair, and operations (MRO) services, as airlines face constraints in acquiring new aircraft and contend with aging fleets. Industry analysts highlight that this environment is heightening competition among engine manufacturers, which may lead to increased costs and pressure on airline profitability. Airlines are consequently exposed to greater operational disruptions, financial strain, and scheduling delays as they adjust to reduced fleet availability. In response to these challenges, engine manufacturers and industry players are pursuing strategic partnerships, accelerating production efforts, and investing in technological innovations to secure market share and address the surging demand for engine components and services. Vietnam’s Aviation Network and Passenger Traffic Despite these operational hurdles, Vietnamese carriers continue to maintain extensive domestic and international networks. Core routes connect Hà Nội (HAN) and Ho Chi Minh City (SGN), the nation’s principal aviation hubs, with nearly 50 domestic routes linking 20 airports nationwide. On the international front, Vietnamese airlines operate 113 routes to 24 countries and territories, while foreign carriers from 30 countries serve Vietnam through 142 regular international routes, underscoring the country’s strong global air connectivity. As of December 11, 2025, Vietnam’s registered aircraft fleet comprises 262 units, including 235 fixed-wing aircraft and 27 helicopters. Of these, 213 are engaged in commercial operations, with the remainder serving general aviation and specialized functions. Passenger traffic data reflects resilience amid the challenges. International air passenger volume is projected at 46.9 million for the year, marking a 13.3% increase over 2024. Vietnamese airlines transported 19.4 million international passengers, a 5.2% rise year-on-year, accounting for 41.4% of total international traffic. Domestic passenger numbers also grew, reaching 36.6 million travelers, a 7.5% increase from the previous year. Overall, total passenger volume expanded by 6.7%, while cargo volume rose by 4.6%. The ongoing engine shortage underscores the necessity for strategic industry responses and sustained investment in fleet maintenance and innovation to support Vietnam’s aviation growth and operational reliability.

United Airlines Flight Returns to Dulles Following Engine Failure on Takeoff United Airlines Flight 803 was compelled to return to Washington Dulles International Airport on Thursday after experiencing an engine failure shortly after departure. The Boeing 777, en route to Tokyo, was carrying 275 passengers and 15 crew members at the time of the incident. Incident and Response The Federal Aviation Administration (FAA) confirmed the engine failure and has initiated a formal investigation into the circumstances surrounding the event. Following the malfunction, emergency crews responded promptly to reports of smoke and fire near the runway. The fire was swiftly extinguished, and the aircraft was able to land safely back at Dulles without any injuries reported among those on board. Airline Statement and Next Steps United Airlines announced that it is arranging for an alternative aircraft to continue the journey to Tokyo later the same day. The airline emphasized that the safety of its passengers and crew remains its highest priority and expressed gratitude to the emergency responders for their rapid and effective action. The FAA will maintain its investigation to determine the cause of the engine failure.

United Airlines Flight Makes Emergency Landing at Dulles Following Engine Failure A United Airlines flight destined for Tokyo was compelled to execute an emergency landing at Washington Dulles International Airport (IAD) on Saturday afternoon after experiencing engine failure shortly after takeoff, according to statements from the airline and federal authorities. Incident Details and Response United Airlines Flight 803, operated by a Boeing 777-200ER and carrying 275 passengers alongside 15 crew members, departed from Dulles but soon reported a loss of power in one of its engines. The Federal Aviation Administration (FAA) confirmed that the aircraft safely returned to the airport, landing without further complications at approximately 1:20 p.m. local time on December 13. United Airlines emphasized that no injuries were reported and expressed gratitude toward its flight crew and the teams at Washington Dulles for their efforts in ensuring the safety of all onboard. During the aircraft’s departure, airport officials observed that the plane ignited brush near the runway around 12:20 p.m., resulting in several small fires. Fire crews from the airport, with support from Loudoun County Fire and Rescue, responded promptly and successfully contained the flames without further incident. Passenger Support and Ongoing Investigation In the aftermath of the emergency landing, United Airlines temporarily closed a United Club lounge at Dulles to enable staff to assist affected passengers with rebooking and travel arrangements. The airline is coordinating the deployment of an alternative aircraft to operate the flight to Tokyo later the same day. The FAA has announced it will conduct a thorough investigation into the incident. United Airlines reaffirmed its commitment to passenger safety and extended thanks to both its crew and airport personnel for their swift and effective response. Further updates will be provided as additional information becomes available.

The Impact of the New Air Force One’s Delayed 2028 Arrival on Aviation and Travel Air Force One has long symbolized American power, technological innovation, and aviation excellence. For aviation enthusiasts and global travelers alike, the aircraft represents the pinnacle of airborne luxury and cutting-edge engineering. The forthcoming generation of Air Force One, designated the VC-25B and based on Boeing’s 747-8 platform, is expected to raise these standards further with advanced communications, extended range, and enhanced safety features. Delivery Delayed Until 2028 The arrival of the new Air Force One has been postponed once again, with officials confirming that the first of the two aircraft will not be delivered until mid-2028, marking a four-year delay from the original schedule. This setback highlights the inherent complexities involved in custom aircraft programs and has led the U.S. Air Force to explore interim solutions, including the potential use of a Boeing 747 previously owned by Qatar. The delay has attracted criticism, notably from former President Donald Trump, who publicly expressed dissatisfaction with Boeing’s management of the project. The postponement coincides with Lufthansa’s recent sale of two Boeing 747-8s, a development that may be connected to the ongoing challenges faced by the Air Force One program. Understanding the Significance of the Delay While the delay primarily affects the presidential fleet, it offers insight into the intricate nature of bespoke aviation. Unlike commercial airliners, which generally adhere to predictable production timelines, specialized government aircraft such as Air Force One require extensive modifications and rigorous testing. These projects demand patience and meticulous planning, reflecting the complexities inherent in long-haul travel and high-stakes aviation endeavors. Several factors have contributed to the revised timeline. The transformation of the Boeing 747-8 into a secure presidential aircraft involves significant structural and technological modifications. The installation and testing of secure, global communication systems is a delicate and time-intensive process. Additionally, integrating sensitive defense systems necessitates high-level clearances and thorough vetting of personnel, further complicating the schedule. Features of the Next Air Force One The VC-25B is designed to serve as a flying command center, equipped with capabilities that include extended range for intercontinental flights without frequent stops, secure global communication systems to ensure uninterrupted connectivity worldwide, and advanced defensive measures that make it one of the safest aircraft ever constructed. Its spacious interiors will accommodate office, medical, and operational spaces, enabling continuous presidential functionality during flight. For aviation enthusiasts, these innovations often presage trends that eventually permeate commercial aviation, such as improved fuel efficiency and advanced onboard technology. Broader Implications for Aviation and Travel Although the delay of Air Force One does not directly affect commercial air travel, it underscores the ongoing global process of aviation innovation. The challenges and breakthroughs encountered in such high-profile projects frequently influence the future of commercial aviation, shaping passenger comfort, safety standards, and technological advancements. For travelers and aviation aficionados, the development of Air Force One remains a compelling example of the complexity and ambition that propel the industry forward.

United Airlines Restarts Controversial AI Scheduling for Flight Attendants United Airlines has reignited tensions with its flight attendants by announcing the reintroduction of an artificial intelligence-driven scheduling system, months after suspending the initiative amid union opposition. The Chicago-based carrier informed its flight attendants via email that it has initiated a “joint process with AFA to modernize bidding in a way that gives flight attendants more say in their schedules and more flexibility around what they value most.” This development coincides with renewed contract negotiations between United and the Association of Flight Attendants (AFA-CWA), following the union’s rejection of a tentative agreement in July. The Preferential Bidding System and Union Concerns The proposed scheduling tool, known as the Preferential Bidding System (PBS), is already employed by several major airlines worldwide. PBS enables crew members to submit detailed monthly preferences regarding destinations, layovers, days off, and aircraft types. While designed to better accommodate individual lifestyles, the system ultimately prioritizes the airline’s operational requirements, which can supersede personal preferences. Traditionally, United’s flight attendants have relied on a seniority-based line bidding system, selecting from pre-constructed trips in order of seniority. This approach has been praised for its transparency and predictability, particularly benefiting less-senior employees who can realistically assess available trips. The union has consistently opposed the PBS, arguing that it diminishes transparency and risks disadvantaging junior staff. Industry Trends and Competitive Pressures United’s renewed push for AI-driven scheduling reflects broader trends within the airline industry, where companies are increasingly adopting AI and automation not only in crew scheduling but also in pricing strategies. This technological shift has attracted regulatory scrutiny and raised concerns about surveillance and personalized pricing models. Notably, major carriers such as Lufthansa Group and Tripadvisor have attributed significant workforce reductions to AI and automation, intensifying debates over job security and labor relations. The competitive environment among U.S. airlines is also heating up. American Airlines, the market leader, has responded assertively to United’s initiatives. CEO Robert Isom recently underscored American’s strong market position and successful loyalty program in response to remarks from United CEO Scott Kirby. These exchanges underscore the high stakes as airlines leverage technology to secure operational efficiencies and financial gains. Broader Implications of AI Adoption Beyond aviation, the AI sector faces its own challenges. Alphabet CEO Sundar Pichai has cautioned against “irrationality” in the current surge of trillion-dollar AI investments, warning that overinvestment could have far-reaching consequences across multiple industries, including aviation. As United moves forward with its plans to modernize scheduling, it must carefully balance the pursuit of operational efficiency with the concerns of its workforce. The outcome of ongoing negotiations with the flight attendants’ union will likely influence how airlines integrate automation technologies while maintaining constructive labor relations in an increasingly AI-driven industry.

Joby Aviation’s Air Taxis Set to Transform Urban Travel and Tourism in the Middle East A new chapter in regional tourism is unfolding as Joby Aviation, a leader in electric vertical takeoff and landing (eVTOL) technology, prepares to expand its air taxi services across the Middle East. These innovative air taxis are poised to offer fast, environmentally friendly, and visually captivating travel options between major cities and renowned tourist destinations, potentially redefining how visitors experience the United Arab Emirates, Saudi Arabia, and neighboring countries. Advancing Sustainable and Efficient Urban Air Mobility Joby Aviation’s eVTOL aircraft combine the agility of helicopters with the efficiency of fixed-wing planes, operating with minimal noise and zero emissions during flight. This positions them as a sustainable alternative to conventional transportation methods. Regional governments are collaborating closely with aviation regulators to ensure that these services adhere to rigorous safety and operational standards. For tourists, the introduction of air taxis promises smoother and faster transfers between key attractions, eliminating the delays caused by urban congestion. Passengers will have the opportunity to enjoy panoramic aerial views, transforming routine travel into an immersive sightseeing experience. By soaring above city traffic, travelers can save valuable time while gaining unique perspectives of urban landscapes and natural surroundings. Revolutionizing Urban Mobility and Enhancing Tourism Experiences In metropolitan hubs such as Dubai and Riyadh, where traffic congestion often hampers mobility, air taxis could dramatically reduce travel times from hours to mere minutes. The development of vertiports—specialized takeoff and landing facilities—is underway, with locations strategically chosen near major tourist sites, luxury hotels, and transportation centers. This infrastructure will facilitate seamless connections, for example, enabling journeys from the Dubai Mall to upscale resorts while offering sweeping views of the city skyline and coastline. Beyond efficiency, these flights are designed to provide memorable experiences. Tourists will be able to admire iconic landmarks such as the Burj Khalifa or the expansive desert vistas surrounding Riyadh from vantage points inaccessible by traditional sightseeing methods. This blend of practicality and spectacle is expected to enhance the appeal of urban air mobility as a new mode of travel. Navigating Challenges and Market Dynamics Despite significant progress, Joby Aviation faces considerable challenges in realizing its vision. Regulatory approval processes, safety assurances, and technological development remain critical hurdles to widespread adoption. Investor sentiment is mixed, reflecting both optimism about the potential of urban air mobility and caution regarding its commercial viability. The competitive landscape is intensifying, exemplified by legal disputes such as Joby’s lawsuit against rival Archer Aviation, alongside Archer’s strategic efforts to forge partnerships and expand its market presence. To strengthen its position, Joby is pursuing a vertically integrated approach, encompassing acquisitions and pilot training initiatives aimed at building a comprehensive ecosystem for eVTOL operations. Preparing for the Future of Urban Air Travel Governments throughout the Middle East are actively laying the groundwork for integrating air taxis into existing urban transport networks. Investments in infrastructure, the establishment of safety regulations, and close cooperation with companies like Joby Aviation form part of broader strategies to boost tourism, alleviate congestion, and reduce carbon emissions. Initial air taxi services are expected to launch on select routes, with gradual expansion contingent on infrastructure development and certification milestones. For travelers, this innovation promises a secure, regulated, and exciting new way to explore the region, combining the convenience of air travel with unparalleled aerial views of iconic sights. As the sector evolves, tourists are advised to follow updates from official tourism and aviation authorities to stay informed about service availability and safety guidelines.

BA Chief Warns AI Agents May Diminish Brand Visibility The Emerging Role of AI in Airline Competition British Airways’ Chief Executive Sean Doyle has issued a stark warning about the transformative impact of artificial intelligence agents on the airline industry’s competitive landscape. Speaking at Globant’s Converge 2025 event in London, Doyle highlighted a future where automated AI systems, rather than human consumers, increasingly determine which airlines secure bookings. This shift threatens to marginalize traditional brand visibility if airlines fail to adapt to the new digital environment. Doyle emphasized that the era when a strong website and high search engine rankings guaranteed customer attention is rapidly fading. Instead, AI agents and bots are poised to become intermediaries between consumers and travel brands, selecting options based on algorithms that prioritize price, convenience, and other quantifiable factors. This development presents an existential challenge for airlines, hotels, and travel companies, as their offerings may be chosen less by direct human engagement and more by machine-driven optimization. Strategic Responses and Digital Transformation Acknowledging that British Airways is “probably behind the curve” in digital transformation, Doyle described the airline’s ongoing efforts as a “leapfrog opportunity” to modernize its operations. Central to this strategy is the creation of a new digital foundation designed to accelerate product launches and enhance responsiveness to evolving customer expectations. A key element of this transformation is hyper-personalization, leveraging the extensive data generated by individual customers throughout their journey—from booking to boarding. Historically siloed, this data is now being integrated to improve service delivery, particularly during disruptions. Doyle also framed AI-driven automation not as a threat to employment but as a means to redeploy staff toward more valuable, customer-facing roles. He envisions agentic AI revolutionizing labor-intensive legacy processes that have accumulated over decades, thereby enhancing operational efficiency without sacrificing human interaction. Broader Industry Implications Industry experts suggest that the rise of AI agents will fundamentally alter consumer purchasing behavior, with bots potentially negotiating purchases collectively and influencing retail pricing strategies. To remain competitive, companies may need to conduct regular AI visibility audits, optimize content for AI-driven searches, and ensure their products are discoverable by automated systems. Failure to integrate AI effectively could render brands increasingly invisible in a marketplace where human attention is no longer the primary currency. Doyle’s message to the airline industry is unequivocal: rapid adaptation to the AI-driven landscape is essential to avoid fading from the digital marketplace altogether.

How GE Is Meeting Global Jet Engine Demand Jet engines serve as the critical foundation of global commercial aviation, enabling the aircraft that connect people, economies, and industries across the world. With airlines accelerating the expansion of narrowbody fleets and new aircraft deliveries reaching unprecedented levels, engine manufacturers are under increasing pressure to meet this surge in demand. At the forefront of this response is GE Aerospace, working in close partnership with CFM International, its joint venture with Safran Aircraft Engines. A Legacy of Innovation and Partnership GE Aerospace has played a defining role in the evolution of jet engines for over a century. From pioneering America’s first turbojet in the 1940s to developing iconic engines such as the CF6 and GE90, the company continues to lead with the GE9X, which powers the Boeing 777X. A landmark development occurred in 1974 when GE joined forces with France’s Snecma (now Safran Aircraft Engines) to establish CFM International. This collaboration leveraged GE’s expertise in high-pressure core technology alongside Snecma’s strengths in low-pressure systems and manufacturing efficiency. The result was the creation of the CFM56 engine, which remains the world’s best-selling jet engine, followed by its advanced successor, the LEAP family. The enduring partnership between GE and Safran allows both companies to share risks, coordinate global production, and provide comprehensive support to extensive fleets worldwide. This synergy ensures reliable and cost-effective propulsion solutions for airlines, reinforcing their competitive edge in a demanding market. Manufacturing Expansion: Scaling Up for Soaring Demand The combination of fleet renewal, rising passenger traffic, and substantial aircraft backlogs has presented one of the most significant production challenges in GE’s recent history. To address this, GE Aerospace is implementing a comprehensive strategy to expand manufacturing capacity and enhance supply chain resilience. In the United States and Europe, GE is undertaking major factory expansions. A prominent example is the $53 million upgrade of its West Jefferson, North Carolina facility, which adds 35,000 square feet dedicated to producing LEAP engine components. This expansion will be supported by the recruitment of 40 new operators, inspectors, and engineers. Furthermore, GE plans to invest $1 billion in U.S. manufacturing in 2025, nearly doubling its previous year’s expenditure, to stabilize the supply chain and increase output of both LEAP and GE9X engine components. In Europe, GE is investing close to €80 million to strengthen its component-manufacturing network. This initiative includes plans to hire approximately 500 manufacturing and engineering personnel to alleviate production bottlenecks and meet growing demand. Navigating Challenges and Market Dynamics Despite these ambitious expansions, GE continues to face challenges in maintaining supply chain stability, particularly as it scales up its On Wing Support facility in Dubai and intensifies support for the GE9X engine. The company’s ability to execute these plans effectively remains under close scrutiny by airlines and industry analysts. Market response to GE’s efforts has been largely positive. GE Aerospace shares are trading near record highs following significant contract wins at the Dubai Airshow, a major engine order from Turkish Airlines, and an upward revision of financial guidance. Competitors are closely monitoring GE’s strategic initiatives, which include the development of a small turbofan engine for the Collaborative Combat Aircraft program and the potential deployment of a 747-400 flying testbed in Dubai to support GE9X operations. Additionally, GE Vernova’s strong stock performance after a recent investor day reflects investor confidence in the company’s high-margin backlog and robust execution of its services business. As GE Aerospace continues to expand its manufacturing footprint and invest in research and development geared toward future technologies, it is positioning itself to meet the current surge in jet engine demand and to power the next decade of global aviation.