AIP Capital and Monroe Capital Launch Aircraft Leasing Partnership

Why Joby Aviation Stock Is Soaring Today Shares of Joby Aviation (NYSE: JOBY) surged by 11.6% on Monday, significantly outperforming broader market indices, with the S&P 500 and Nasdaq Composite rising only 0.4% and 0.5%, respectively. This sharp increase reflects a series of positive developments for the electric vertical takeoff and landing (eVTOL) aircraft manufacturer, particularly in the Middle East and the United States. Milestone Achieved in Dubai Joby Aviation recently completed a series of wingborne test flights with its eVTOL air taxi in Dubai, marking the first such flights in the United Arab Emirates. This milestone represents a crucial step toward the company’s goal of launching commercial air taxi services in the region. The tests were conducted in collaboration with Dubai’s Roads and Transport Authority (RTA), the Dubai Civil Aviation Authority, and the UAE’s General Civil Aviation Authority. Earlier this year, Joby secured an exclusive six-year agreement with the RTA and Skyports to operate air taxis in Dubai. Commercial operations in Dubai are anticipated to commence in 2026, positioning Joby as a leading player in the global advanced air mobility market. The company’s exclusive rights to the Dubai market provide a significant competitive edge amid growing global interest in urban air mobility solutions. Strategic Partnerships and U.S. Progress Investor sentiment has also been bolstered by Joby’s recent initiatives in the United States. The company conducted a public demonstration of its technology in New York City, showcasing its capabilities to regulators and the public alike. Additionally, Joby received a new order aimed at enhancing U.S. defenses against drone threats, further underscoring its technological prowess. Its strategic partnership with Delta Air Lines is viewed as a critical factor in reducing operational risks and accelerating market entry, particularly within the U.S. Competitive Environment and Financial Considerations Despite Joby’s apparent leadership in the eVTOL sector, the competitive landscape remains highly dynamic. Rival Archer Aviation recently announced an $850 million stock offering, highlighting both the capital-intensive nature of the industry and the increasing investor appetite for advanced air mobility ventures. Joby’s strong balance sheet offers some financial flexibility as it transitions from pre-revenue status to commercial operations. Nonetheless, analysts warn that the company may need to raise additional capital to scale production, which could result in shareholder dilution. Market reactions are mixed; some analysts have downgraded Joby due to concerns over near-term growth prospects, while others emphasize the long-term potential of its electric air taxi service. Outlook Joby Aviation aims to launch commercial operations as early as next year, with Dubai services expected to begin in 2026. The company’s recent achievements, strategic alliances, and exclusive market agreements have reinforced its standing in the rapidly evolving eVTOL industry. However, investors should remain cautious of the challenges associated with scaling production and the intensifying competition within the sector.

Hanwha Aerospace Secures $459 Million Contract for KF-21 Jet Engines Hanwha Aerospace has finalized a follow-up contract worth 623.2 billion won ($459.3 million) with South Korea’s Defense Acquisition Program Administration (DAPA) to supply engines for the KF-21 supersonic fighter jets. This agreement, announced on Thursday, supplements a previous contract valued at 556.2 billion won signed earlier in 2023, bringing the total value of Hanwha’s KF-21 engine contracts to approximately 1.18 trillion won. Contract Details and Production Plans Under the terms of the new deal, Hanwha Aerospace is tasked with delivering 80 F414 engines for the initial mass production batch of KF-21 jets by December 2028. The contract also encompasses comprehensive logistics support, including maintenance parts, technical manuals, and on-site technical assistance to ensure operational readiness and sustainment. Hanwha Aerospace has been a pivotal player in South Korea’s military aviation sector since 1979, having produced over 10,000 engines for aircraft such as the KF-5, KF-16, and F-15K. To enhance its manufacturing capabilities, the company has invested 40 billion won in establishing a smart factory dedicated to jet engine production. Hanwha emphasized its commitment to leveraging advanced aviation engine technology to guarantee timely delivery and to contribute to the development of next-generation propulsion systems for national defense. Strategic Importance and Regional Implications The KF-21 program, initiated in 2015, aims to replace South Korea’s aging fleet of F-4 and F-5 fighters and represents a critical component of the country’s air force modernization efforts. Deployment of the new aircraft is scheduled to commence by 2028. However, the program faces challenges related to the integration of advanced technologies, which could potentially cause production delays. The scale and complexity of the project require meticulous management to adhere to delivery timelines. Despite these challenges, the KF-21 has attracted growing market interest as a cost-effective alternative to Western fighter jets. This has prompted intensified competition from foreign manufacturers seeking to enhance their own offerings in response to the KF-21’s emergence. Regionally, Indonesia has reaffirmed its commitment to the KF-21 program, even as it moderates expectations for its indigenous KAAN fighter project. This development suggests a shift in regional defense priorities, with countries increasingly viewing the KF-21 as a viable and strategic option. As Hanwha Aerospace advances its role in the KF-21 initiative, the company’s continued investments and technological expertise are poised to play a significant role in shaping the future of South Korea’s defense industry and its standing in the global military aviation market.

Model 437 Integrated into Beacon Autonomous Testbed Ecosystem Scaled Composites has announced a major milestone in its collaboration with Northrop Grumman through the integration of the Model 437 Vanguard aircraft into Northrop’s Beacon autonomous testbed ecosystem. This partnership is designed to accelerate the development and validation of autonomous mission software by offering third-party developers an operationally relevant and fully integrated testing environment. Rapid Development and Digital Engineering The Model 437 completed its maiden flight on August 29, 2024, at the Mojave Air and Space Port in California, marking a significant step in its role as an airborne test platform for the Beacon program. The aircraft’s development timeline was notably swift, moving from detailed design to first flight in just 21 months. This rapid progress was made possible by Northrop Grumman’s “Digital Pathfinder” ecosystem, a digital engineering framework that employs digital twins to visualize and test technical modifications. This approach, previously utilized in the development of the B-21 Raider stealth bomber, has proven effective in reducing both development time and lifecycle costs. Northrop Grumman characterizes Beacon as a “next-generation testbed ecosystem” aimed at enabling aerospace companies and autonomous flight software developers to deliver new mission capabilities within environments that closely replicate real-world conditions. The Model 437’s recent appearance in a new Beacon paint scheme visually underscores its central role in this initiative. Collaborative Innovation and Manufacturing Precision Following the Digital Pathfinder demonstration earlier in 2024, Scaled Composites undertook extensive modifications to the Model 437 to facilitate its integration into the Beacon ecosystem. The collaboration divided responsibilities, with Northrop Grumman focusing on the design and manufacturing of the wings, while Scaled Composites managed the rapid design, fabrication, and testing of the overall aircraft platform. The digital engineering process yielded remarkable efficiency, with less than 1% of the wing design requiring rework—significantly below the industry average of 15 to 20 percent—and project delays limited to under 2 percent. A notable innovation in this process is the use of determinate assembly, which ensures that parts arrive perfectly aligned and ready for immediate assembly, thereby minimizing costly errors. Northrop Grumman highlights that precise, digitally based tooling designs optimize manufacturing workflows before physical production begins, enabling the creation of more complex and creative designs that traditional manufacturing methods cannot easily accommodate. Challenges and Industry Response Despite these technological advancements, integrating the Model 437 into the Beacon ecosystem presents several challenges. Ensuring real-time conflict detection and resolution within digital design tools remains a critical priority, alongside addressing safety concerns inherent in autonomous vehicle navigation. Furthermore, broader adoption of autonomous technologies, particularly in sectors such as agriculture, continues to face obstacles including high costs and limited user familiarity. Market reactions to the Beacon initiative have been mixed, with some skepticism regarding the reliability and safety of autonomous systems. Competitors are responding by advancing their own innovations, focusing on enhanced assisted driving technologies and strengthening automotive cybersecurity measures to mitigate emerging risks. Greg Morris, president of Scaled Composites, emphasized the company’s agility in meeting demanding timelines: “Modifying the Model 437 on such a short timeline for the Beacon autonomy initiative reflects Scaled’s ability to design, build, test—and in this case, modify—rapidly and effectively.” As the Beacon program progresses, its success will hinge not only on continued technological innovation but also on effectively addressing industry concerns and demonstrating the reliability and safety of autonomous flight systems in operational environments.

Joby Aviation Shares Climb Following Successful Dubai Air Taxi Tests Successful Demonstration Flights Boost Investor Confidence Joby Aviation, Inc., a prominent developer of electric air taxis, experienced a notable rise in its share price after completing successful demonstration flights in Dubai. The company is developing an all-electric, vertical take-off and landing (eVTOL) aircraft capable of carrying a pilot and four passengers at speeds reaching 200 miles per hour, with an operational range of approximately 100 miles. Joby’s business model includes manufacturing, owning, and operating its fleet, targeting both government clients—such as the United States Air Force—and individual consumers through an app-based aerial ridesharing platform. The recent tests in Dubai have invigorated investor optimism, reflecting confidence in Joby’s technological advancements and strategic collaborations. Integral to its operations is the Global Electric Aviation Charging System, designed to facilitate the efficient charging of electric aircraft. The company’s engineering and manufacturing hubs are located in San Carlos and Marina, California, underscoring its commitment to maintaining a strong domestic production base. Industry Challenges and Competitive Landscape Despite the positive momentum generated by the Dubai demonstrations, Joby faces several challenges that could affect the timeline for commercial deployment. Regulatory approval processes remain complex and uncertain, while technological hurdles continue to demand significant innovation and investment. The air taxi sector is becoming increasingly competitive, with U.S. rivals such as Archer Aviation expanding their market presence. At the same time, recent financial difficulties among European competitors may signal a shift in industry leadership toward U.S.-based firms. As the urban air mobility market continues to develop, Joby’s successful demonstration flights and growing investor confidence position the company as a key contender in the evolving landscape of electric air transportation.

Ahmedabad Crash: Both Engines Recovered from Under Concrete Water Tank as Investigation Advances Days after the Air India aircraft crashed into the B J Medical College hostel mess on June 12, authorities have successfully recovered the right engine, which had been buried beneath a concrete water tank. Over the weekend, special heavy-duty cranes with a lifting capacity of 300 tonnes were deployed to remove the reinforced concrete tank, which had been displaced by more than 20 feet during the crash. This operation allowed investigators to extract the right engine trapped underneath. The left engine, which was found lying on the ground nearby, was also removed and transported on the same day. A senior government official confirmed that both engines were taken to the GUJSAIL (Gujarat State Aviation Infrastructure Company Limited) hangar located within the airport premises. The rear section of the aircraft, which had been lodged in the hostel mess building, had already been carefully extracted and moved to the same secure location. Progress in Investigation and Debris Removal The recovery of the engines represents a significant milestone in the ongoing investigation led by the Aircraft Accident Investigation Bureau (AAIB). The bureau has been working in close coordination with the Ahmedabad Municipal Corporation and City Police to transfer debris to a secure site at the airport. With the engines—among the largest remaining components—now relocated, officials anticipate that the removal of the remaining wreckage will be completed within the next two days. The investigation has also been aided by the recovery of the aircraft’s black box, which includes both the flight data recorder and cockpit voice recorder. These devices are providing critical data to reconstruct the sequence of events leading up to the crash, which tragically claimed the lives of 241 passengers and crew, as well as several individuals on the ground. Experts will conduct detailed analyses of the recovered engines to evaluate their condition and performance at the time of the accident. Technical Examination and Industry Response The right engine’s extraction was particularly challenging due to its position beneath the massive water tank, which contained approximately 5,000 litres of reinforced cement concrete (RCC) and weighed around five tonnes. The operation, carried out on Saturday, took nearly a full day to complete. Officials awaited clearance from GE Aerospace, which is conducting a thorough examination of both engines. Air India CEO Campbell Wilson stated last week that the aircraft had been well-maintained, with its last major inspection conducted in June 2023 and the next scheduled for December 2025. The right engine had undergone an overhaul in March 2025, while the left engine was inspected in April 2025, with no reported issues prior to the ill-fated flight. The crash has elicited significant reactions across the aviation sector, with airlines and regulatory authorities closely monitoring the investigation’s progress. Industry competitors are expected to review and strengthen safety protocols and operational procedures in response, aiming to prevent similar tragedies. The AAIB’s ongoing analysis of the black box data and the recovered engines is anticipated to play a crucial role in informing these enhanced safety measures.

Dubai to Launch Air Taxi Service Soon Joby Aviation’s Milestone Delivery Joby Aviation, a leading company in the electric vertical takeoff and landing (eVTOL) sector, has delivered its first production aircraft to Dubai, marking a pivotal advancement toward the city’s inaugural commercial air taxi service, expected to commence by early 2026. This delivery represents a significant achievement for Joby and underscores the rapid development of the emerging air taxi industry. Strategic Partnership and Operational Plans Dubai has shown a strong commitment to pioneering advanced air mobility solutions. Last year, at the World Governments Summit, the city signed a six-year exclusive operating agreement with Joby Aviation. This partnership provides Joby with both regulatory and financial support from Dubai’s Road and Transport Authority (RTA), establishing the company as the sole operator of the city’s air taxi market throughout the agreement’s duration. Initial operations will be launched from four designated vertiports, including prominent locations such as Dubai International Airport and Palm Jumeirah. Challenges and Market Outlook Despite the promising outlook, the project faces several challenges. Ensuring regulatory compliance, meeting rigorous safety standards, and achieving seamless technological integration will be essential as Dubai moves forward with this innovative mode of transportation. Market reception is expected to be cautious initially, with some skepticism from consumers and investors concerning the reliability and safety of air taxis. Nonetheless, industry experts predict that public confidence and enthusiasm will increase as the service proves its operational effectiveness and safety record. Competitive Dynamics and Industry Progress While Joby’s exclusive agreement provides a competitive advantage in Dubai, other regional and international companies, such as Archer Aviation, are actively expanding their own eVTOL air taxi initiatives. This growing competition is likely to drive further innovation and development within the Middle East’s advanced air mobility sector. Concurrently, Joby is advancing its efforts in the United States, preparing to enter the final testing phase mandated by the Federal Aviation Administration (FAA), known as Type Inspection Authorization (TIA). This phase represents the last regulatory hurdle before commercial operations can begin. Paul Sciarra, chair of Joby’s board of directors, expressed optimism about the company’s trajectory, highlighting that regulatory progress and operational milestones are shifting public perception from skepticism to anticipation regarding the arrival of air taxis. As Dubai readies itself to introduce air taxis into its urban landscape, the city is positioning itself at the forefront of a transportation revolution that could redefine urban mobility and serve as a model for cities around the world.

American Airlines Airbus A321 Damaged in Denver Tug Collision An American Airlines Airbus A321, registered as N578UW, sustained damage following a collision with a tug at Denver International Airport (DEN) shortly before its scheduled departure. The aircraft was preparing for a flight to Tulsa International Airport (TUL) for maintenance when the incident occurred. Despite the collision, the plane was able to complete its journey to Tulsa, arriving nearly fifteen minutes ahead of schedule, according to FlightAware data. Incident and Operational Impact The A321 remained airworthy after the collision, enabling it to reach Tulsa, which hosts one of American Airlines’ largest maintenance, repair, and overhaul (MRO) facilities. Ground handling accidents such as this are costly, not only due to direct repair expenses but also because of the extended downtime they impose on aircraft. These incidents can lead to broader operational challenges, including delays in maintenance schedules and the temporary grounding of similar aircraft pending inspections. Aviation safety authorities are expected to increase scrutiny, often prompting comprehensive reviews of ground handling procedures and safety protocols. The financial repercussions extend beyond immediate repair costs. Such events can influence market dynamics, potentially affecting airline stock prices and insurance claims. Competitors may also leverage these incidents to reinforce their own safety records through targeted marketing or competitive pricing strategies. Maintenance Expansion and Workforce Development American Airlines, alongside United and Delta, has been expanding operations following the easing of pandemic-related travel restrictions. The summer of 2025 is anticipated to set new records for air traffic, prompting American to increase heavy maintenance activities at its major hubs. In late 2024, the airline expanded its Technical Operations base in Tulsa, supported by a $22 million grant from Oklahoma’s Business Expansion Incentive Program. This expansion is projected to create over 300 new aviation maintenance technician (AMT) positions, with similar growth planned in Charlotte, North Carolina, and Pittsburgh, Pennsylvania. Greg Emerson, American’s Vice President of Base Maintenance and Facilities, highlighted the strategic importance of this growth: “American is excited to grow our talented Technical Operations workforce with more high-paying, skilled aviation maintenance positions. It’s an opportunity to grow our maintenance capacity and capabilities in the near-term and preserve them over the long run by continuing to build our pipeline of future maintenance team members.” Causes and Safety Considerations Ground damage to aircraft is frequently attributed to human error, including rushing, inattention, or insufficient training. Additional factors such as adverse weather conditions, ramp design, and equipment malfunctions also contribute to such incidents. Vulnerable parts of the aircraft, including the empennage, wingtips, and leading edges, are particularly susceptible to damage. While most damage is immediately visible and addressed before flight, some issues may remain undetected without thorough inspections. Aircraft manufacturers have introduced limiters and oversteer indicators to mitigate towing-related incidents. Nonetheless, best practices continue to emphasize methodical operations, careful equipment handling, and ongoing evaluation of ground support procedures to enhance safety. As the investigation into the Denver collision proceeds, American Airlines and the wider aviation industry are expected to face increased oversight and renewed focus on ground safety measures. Observers are advised to monitor official statements and regulatory updates for further developments.

Key Sustainability Innovations Unveiled at Paris Air Show 2025 The Paris Air Show 2025 represented a defining moment for the aviation sector, marking a transition from aspirational goals to tangible action as manufacturers, airlines, and energy providers intensify efforts to achieve net-zero emissions. This year’s event conveyed a decisive message: incremental progress is insufficient, and bold measures are essential to align the aviation industry with global climate objectives. Set against a backdrop of heightened geopolitical tensions and ongoing debates surrounding issues such as Trump-era tariffs, the show balanced an increased focus on defense and security with a pronounced emphasis on sustainability. As the world’s largest aerospace gathering, the Paris Air Show convened industry leaders, innovators, and policymakers in June to showcase emerging technologies, significant commercial orders, and cross-sector collaborations aimed at mitigating aviation’s environmental impact. Sustainability at the Core of Industry Strategy Facing mounting scrutiny over its carbon footprint, the aviation industry confronts the dual challenge of accommodating growing demand for air travel while pursuing ambitious net-zero targets. The 2025 airshow underscored a fundamental shift: sustainability has become central to business strategy, investment decisions, and innovation efforts. Key developments highlighted at the event included the rapid adoption of sustainable aviation fuel (SAF) as a lower-carbon alternative, significant advances in hydrogen and electric propulsion technologies that expand decarbonization potential, and a renewed focus on enhancing efficiency in regional and short-haul operations to reduce fuel consumption and emissions. Fleet Renewal and Enhanced Efficiency Improving aircraft efficiency and curbing fuel consumption remain pivotal to airlines’ net-zero strategies. The show witnessed substantial new orders, with Airbus securing nearly $21 billion in deals. Notably, a landmark agreement with VietJet for 100 A321neo aircraft—jets renowned for their range, capacity, and improved fuel efficiency—demonstrated the industry’s commitment to cleaner fleets. Riyadh Air’s order for 25 Airbus A350-1000s, complemented by 50 Rolls-Royce Trent XWB-97 engines, further emphasized this trend. Sustainability is also influencing pilot training practices. France’s national civil aviation school, ENAC, placed an order for 30 training aircraft from Elixir Aircraft, featuring advanced carbon composite construction that reduces fuel consumption by up to 70 percent compared to traditional trainers. Breakthrough Technologies and Market Dynamics Innovation extended beyond new airframes to propulsion systems and aerodynamic design. Airbus unveiled a world-record 1.2 megawatt aviation fuel cell system, marking a significant advance toward hydrogen-powered flight, alongside the eXtra Performance Wing, which promises fuel savings of up to 10 percent. MagniX introduced a high-energy-density battery (400 Wh/kg), bringing electric and hybrid-electric regional flights closer to commercial viability. Electric aircraft such as Beta’s Alia CX300 attracted attention for their potential, while also highlighting persistent challenges including high initial costs and technological barriers that impede widespread adoption. Market responses indicate that these innovations provide a competitive advantage, prompting rivals to accelerate research and development efforts, as exemplified by Liebherr’s folding wingtips designed for the Boeing 777X. Rotorcraft innovation was also prominent, with the Airbus Racer helicopter demonstrator achieving fuel consumption reductions of 20 to 30 percent compared to conventional models. Sustainable Fuels and Industry Collaboration Sustainable aviation fuel emerged as a central theme and was widely recognized as the most immediate and effective lever for emissions reduction. Long-term agreements, such as TotalEnergies’ 15-year partnership with Quatra, reflect growing industry confidence in SAF’s critical role in the transition to greener aviation. As the sector navigates complex technological, financial, and geopolitical challenges, the Paris Air Show 2025 underscored that sustainability is now a defining force shaping the future trajectory of global aviation.

New Lightweight AI System Developed for Early Detection of Aviation Failures A team of researchers has introduced a new lightweight artificial intelligence (AI) system designed to identify early signs of aviation failures, with the goal of enhancing safety and reliability in air travel. Utilizing advanced machine learning algorithms, the system continuously monitors aircraft performance in real time, detecting anomalies that may signal potential malfunctions before they develop into critical problems. Addressing Industry Challenges and Market Potential The development of this AI system comes at a time when the aviation industry is under increasing pressure to elevate safety standards amid rising air traffic volumes and the growing complexity of aircraft systems. Airlines and regulatory authorities are expected to prioritize the integration of such technologies, as market analysts forecast a significant increase in investment in AI-driven safety solutions. Industry projections indicate that the market for Cabin Intelligence AI Systems will expand at a compound annual growth rate (CAGR) of 6.1% between 2025 and 2034, underscoring the strong demand for sophisticated AI applications in aviation. Despite its promising capabilities, the system faces several hurdles before it can be widely adopted. Integrating the AI technology with existing aviation infrastructure will require extensive coordination among stakeholders. Moreover, developers must ensure that the system meets rigorous regulatory standards, as the accuracy and reliability of the AI are critical; false alarms or missed detections could have severe implications for flight safety. Competitive Landscape and Future Implications Industry experts anticipate that the introduction of this lightweight AI system will trigger rapid responses from competitors. Other technology providers are expected to accelerate the development of comparable AI solutions, forge partnerships with research institutions, and increase investments aimed at enhancing aviation safety technologies. This competitive environment is likely to stimulate further innovation, ultimately benefiting airlines, regulators, and passengers. As the aviation sector continues its digital transformation, the deployment of advanced AI systems for early failure detection represents a significant advancement. By facilitating proactive maintenance and enabling quicker responses to emerging issues, these technologies have the potential to establish new standards for safety and operational efficiency in commercial aviation.

Volato Sells GC Aviation for $2 Million to Refocus on Platform Growth ATLANTA, GA, June 30, 2025 — Volato Group, Inc. (NYSE American: SOAR), a technology-driven private aviation company, has completed the sale of its subsidiary GC Aviation, Inc. for $2 million in cash. The transaction, which includes the transfer of GC Aviation’s FAA Part 135 air carrier certificate, represents a strategic realignment as Volato intensifies its focus on scalable technology solutions and aircraft trading initiatives. Strategic Shift Towards Technology and Trading This divestiture forms part of Volato’s broader strategy to streamline operations and concentrate resources on high-growth areas. The company plans to channel the proceeds from the sale into its proprietary Mission Control software, the Vaunt experiential travel platform, and the expansion of its aircraft trading and leasing services. These core initiatives are viewed by Volato as offering the greatest potential for growth and enhanced returns. Matt Liotta, Co-Founder and CEO of Volato, emphasized the rationale behind the move, stating, “Divesting GC Aviation was a deliberate move to concentrate on the areas of our business with the highest growth potential and strongest returns. It allows us to deploy capital more effectively, strengthen our balance sheet, and accelerate platform-driven opportunities that expand value for our customers and shareholders.” Navigating a Competitive Business Aviation Market Volato’s renewed focus emerges amid intensifying competition within the business aviation sector. The company faces significant challenges in maintaining its competitive edge, particularly as established rivals such as AirSprint dominate the Canadian market and NetJets maintain a stronghold in the United States. In response, Volato has pursued strategic partnerships, including the recent integration of Leviate Air Group’s aircraft into its platform, aiming to enhance its service offerings and broaden its market reach. Market response to Volato’s strategic pivot has been largely positive. The company projects an 85% increase in second-quarter subscription sales for its Vaunt platform compared to the first quarter, indicating robust demand for its technology-driven solutions. Industry analysts anticipate that competitors may intensify marketing efforts and expand their fleets to defend their market positions. Volato’s core businesses are designed to support a more capital-efficient operating model. The Mission Control software improves operational efficiency for fractional ownership and charter services, while the Vaunt platform connects travelers with available private flights, providing flexible on-demand travel options. These initiatives reflect Volato’s commitment to developing a next-generation aviation ecosystem centered on advanced technology and customer-focused solutions. For further information, visit www.flyvolato.com.