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Globetrotter

Bengaluru Airport Debuts Interactive Gen-Z Lounge

Airport Intelligence Series January 2026 Bengaluru Airport Debuts Interactive Gen-Z Lounge   Kempegowda International Airport in Bengaluru has launched Gate Z, a Gen-Z-inspired social lounge located adjacent to the 080 International Lounge in Terminal 2. The space is designed with interactive zones and integrated AI-led features aimed at enhancing passenger convenience and navigation within the lounge environment. The lounge is divided into four distinct areas: Bubble and Brew, a café serving beverages and casual seating. The Sipping Lounge, a relaxed area for conversation or unwinding. Subway Diner, a retro-themed eatery with live food counters. The Amphizone, a modern amphitheatre for screenings, pop-ups, and social events. AI-led systems are embedded to provide intuitive navigation and personalised assistance, helping passengers find services and amenities more efficiently. Gate Z incorporates a vibrant colour palette, theme lighting, and contemporary décor to evoke a lifestyle-oriented experience rather than the traditional quiet lounge environment. In terms of amenity access, Gate Z operates as a premium social lounge. Access is available to travellers with qualifying premium cards, including American Express Platinum and Corporate cards, Mastercard Airport Experiences (LoungeKey) program, Priority Pass, and premium Visa & RuPay variants. Passengers without qualifying cards can enter by paying a walk-up fee. The lounge also prioritises remote-work functionality with seating and interactive pockets designed for digital nomads. The lounge name was chosen through a nationwide contest to reflect its focus on inclusivity and youth culture, but the space is intended to appeal across age groups. The design emphasises comfort, connectivity, and social interaction, aiming to transform passenger waiting time into an engaging experience with technology support and lifestyle-driven amenities. Share Share Share

Globetrotter

Sunflower Programme Takes Root at Sofia Airport

Airport Intelligence Series Sunflower Programme Takes Root at Sofia Airport January 2026   Vasil Levski Sofia Airport has joined the global Hidden Disabilities Sunflower initiative, becoming the first airport in Bulgaria to adopt this widely recognised accessibility programme designed to assist passengers with non-visible disabilities such as autism, dementia, anxiety disorders, and other conditions. As part of the initiative, the airport now offers sunflower badges in the form of pins, wristbands, or badges to travellers on request at security checkpoints in Terminals 1 and 2, helping airport staff identify and provide appropriate support discreetly. Sofia Airport has partnered with the Bulgarian foundation Autism Today to deliver specialised in‑person training for employees, ensuring staff are equipped to assist passengers with empathy, clear communication, and patience. The move aligns the airport with over 325 global members of the Hidden Disabilities Sunflower network, enhancing comfort and dignity for travellers with hidden needs. Looking ahead, a sensory room is planned for the new Terminal 3 to offer a quiet, calming environment for passengers requiring a low‑stimulus space, reinforcing the airport’s broader commitment to inclusive travel experiences. Share Share Share

Globetrotter

JFK’s Terminal One Redevelopment: Design and Digital Focus

Airport Intelligence Series JFK’s Terminal One Redevelopment: Design and Digital Focus January 2026   The New Terminal One (NTO), PANYNJ $9.5 billion USD project, at John F. Kennedy International Airport (scheduled to open in phases starting in 2026) is a major redevelopment project designed to integrate modern architectural design, advanced technology systems, and resilient infrastructure as part of the Port Authority of New York and New Jersey’s broader transformation of JFK. The terminal’s architecture emphasizes open, naturally lit spaces and functional circulation for high passenger volumes. Design and Spatial Features: The terminal spans roughly 2.4–2.6 million square feet with 23 gates planned by 2030, making it the largest at JFK. High ceilings and a central spine of skylights enhance natural lighting in key interior zones. Public areas include ~300,000 sq ft of dining, retail, lounges, and green space, including indoor and outdoor areas for passengers. Architectural strategies aim for LEED Silver certification with materials and systems that support energy efficiency. Technology & Passenger Experience: The terminal will incorporate touchless and digital systems including mobile check-in, self-service kiosks, and automated bag drops for streamlined processing. Biometric security screening and advanced video analytics in TSA lanes support faster and more efficient security processing. Charging stations and free high-speed Wi-Fi are integrated throughout passenger spaces. A Disaster Recovery System (DRS) has been tested to maintain passenger processing during system disruptions, allowing fast check-in and boarding continuity. Energy & Resilience Technology: The terminal is designed with a microgrid energy system and solar arrays on the roof to generate a significant portion of its power, improving sustainability and operational resilience. Electric ground support equipment (GSE) will be deployed as a centralized all-electric fleet, which is an industry first for a terminal. Overall, the design and technology strategy for New Terminal One focuses on operational efficiency, environmental sustainability, and a digitally enabled passenger journey.   Share Share Share

Globetrotter

DXB Cargo Operations Get Boost with Centralised Screening Control

Airport Intelligence Series DXB Cargo Operations Get Boost with Centralised Screening Control January 2026   dnata and Dubai Police have jointly launched a centralised smart cargo screening control hub at Dubai International Airport’s (DXB) cargo facility, enhancing security and operational efficiency. From a single high-tech command centre, Dubai Police officers can now remotely operate and monitor six X-ray screening machines connected to dnata’s One Cargo digital management system, enabling real-time data sharing, streamlined workflows and faster decision-making. This consolidated approach replaces dispersed screening points, reducing manual touchpoints and optimising resource use, while improving throughput by around 3 per cent annually. The control room includes advanced monitoring interfaces, live imaging and automated reporting tools to ensure traceability at every stage. dnata handles roughly 60,000 tonnes of cargo per month at DXB and processed over 1 million tonnes across DXB and Dubai World Central (DWC) between April 2024 and March 2025—a roughly 30 per cent year-on-year increase. The initiative underscores a commitment to digital transformation, collaboration and sustained improvements in throughput, safety and resource efficiency. Share Share Share

Uncategorized

testing new article

Airport Intelligence Series Air Cargo Growth: Deep Dive into the India Market August 2025 Air cargo plays a unique role in global trade. While ocean freight moves nearly 99% of world trade by volume, dominated by low-value bulk commodities like oil, ores, and grains, air freight carries less than 1%. Yet, it accounts for almost 35% of trade value, serving as the backbone for perishable, high-value, and time-sensitive goods. Air cargo growth has historically underperformed as compared to the more relatable passenger numbers in India. There is structural dependence on the limited “cheap” belly and the regulatory and policy bottlenecks have constrained the cargo volume growth.  But there is light at the end of the policy tunnel perhaps with BCAS recently eliminating screening requirements for transfer cargo and allowing tail to tail transfers. The infrastructure really needs to catch up – ball is in the court of the airport operators and ground handlers. Back to the history lesson – if we merely extrapolated 10 years of pre-covid air cargo growth performance, we would end up with 3.2 million tons for domestic and 5.3 million tons for international in 2040. That signifies a CAGR of about 5.5-5.8% for domestic and international. In the overall context, this represents an uptick in the growth witnessed from 2010 to 2020 – 6.3% CAGR for domestic and 4% CAGR for international – but not by much. The 2026 export volumes are discounted due to the second round of tariffs on high value goods such as gold and jewellery, and some textiles. We don’t buy the hypothesis that the growth is going to be muted for long due to the tariffs or continue along the trend line. For various reasons, India’s air cargo sector now stands at an inflection point. The country is South Asia’s largest air cargo market. That’s not a surprise.  What’s behind the inflection point in the trend? The value of the iPhones and electronics consignment has exponentially grown with numbers only out of Chennai Port (~$10.6 billion in export). Data from Counterpoint Research shows that 71 per cent of iPhones sold in the US between April and June this year were made in India, up sharply from 31 per cent a year earlier. The rise of high value manufacturing will continue – the second round of tariffs are not going to have an impact on iPhone prices.  Ecommerce has grown around 25% year on year for the last 3 years. The gross merchandise value of e-commerce is expected to be scale-up 5x to 500 billion USD in the next 10 years.  Significant investments are being made in augmenting the cargo handling capacity in India – the new Bangalore domestic cargo terminal and upcoming Multi-Modal Cargo Hub in Noida airport are examples of state of the art cargo infrastructure. Avinia was fortunate to have led mandates for Cargo Master Planning and capacity assessment on the two nation building projects. And the supply on the belly side isn’t a problem in the near-term, with the supply side forecast outpacing the regression based demand numbers by a mile – 2.1 million tons of supply by 2030 for domestic and 3.8 million tons of supply by 2030 for international. There is a potential upside or high case with a more conducive tariff environment that could result in up to 20-25% higher volumes than the baseline. Encouraging greater widebody penetration, attracting dedicated freighter operators, and aligning belly-hold strategies with cargo demand corridors could create disproportionate growth. The infrastructure readiness will align with the demand growth ultimately. There is a compelling return on investment (ROI) case for private capital to enter the air cargo and logistics sector.  Note:  Domestic Forecast: A composite baseline forecast was developed using a combination of parameters, including India’s GDP and crude oil prices. International Forecast: A composite baseline forecast was developed using a combination of parameters, including India’s GDP, world GDP, and crude oil prices. Share Share Share

Commercial and Business Case

Applying P3 Lens: Revitalizing Washington Dulles International Airport (IAD)

Airport Intelligence Series Applying P3 Lens: Revitalizing Washington Dulles International Airport (IAD) December 2025 6 min read Washington Dulles International Airport (IATA Code: IAD) has served the DC region since its opening in 1962. In 2024, the airport was the 25th largest in the United States by total passenger volumes.   The new Dulles Airport Master Plan outlines expansion plans more than a half-century to accommodate growth to 90 million annual passengers. The Master Plan lays out the roadmap in which terminals will be developed, redeveloped and razed, and an extension of AeroTrain service to a new Concourse F along with a potential for a 5th runway.IAD’s new use and lease agreement includes a $9.0B capital program for a 15 year period. That’s about $800+ Million per MAP of growth – how does it compare to the rest of world? And more importantly can this growth be accommodated in a more cost-efficient manner with P3 capital? That’s the question the Department of Transportation (DOT) wants to know and has issued a Request for Information (RFI) seeking out of the box ideas for redesigning IAD. Submissions may include: Design proposals Construction concepts Financing approaches, including public–private partnerships (P3) At this stage, the roadmap is to shortlist the interested parties based on the initial ideas for a more formal P3 process that will take months to conclude. 2040 Capital Construction Program Source: REPORT TO THE STRATEGIC DEVELOPMENT COMMITTEE for Approval of the Dulles International Airport Master Plan The Metropolitan Washington Airports Authority (MWAA), which operates Dulles under a long-term lease, for consideration and potential sponsorship is supportive of the move, as it sees any long-term development to incorporate P3 capital in some form. Airport P3 Investment Decision Framework There are several levers that need to be evaluated as part of any P3 assessment. At Avinia, we have primarily worked on the buy side and supported investors and global airport operators to evaluate the investment attractiveness of airport assets in Asia Pacific, Africa and Europe. We know from experience that airports attract P3 capital not because of traffic growth alone, but because of stable rules, predictable cash flows, disciplined capex, and credible governance.   In this article, we take a closer look at demand fundamentals. Other factors may be examined in future articles. IAD Aviation Traffic Forecast  Note: Source: Baseline, Scenario 1 and 2 from Chapter 3 – Aviation Activity Forecast (As of August 2021) of the Master Plan IAD-MP_3_Forecasts_FINAL-DRAFT_May2025.pdfARIMA model projections by Avinia LabsBaseline: Based on socioeconomic regression analysis with recovery to pre-COVID (2019) passenger levels by 2024–2025 and long-term growth consistent with historical trendsScenario 1: Assumes reductions in select international nonstop markets beginning in 2024, with international and domestic activity growing at baseline rates but from a lower activity levelScenario 2: Assumes resumption of pre-COVID planned airline activity, including new domestic service (from 2023) and expanded international service (from 2025), resulting in higher long-term passenger growth 2024 saw record passenger numbers at IAD, adding new airlines and boosting system-wide totals, indicating strong demand. On the back of a boom in international service, aviation traffic at IAD has grown in 2025 by leaps and bounds – with 17 new international routes across seven airlines, spanning Asia, Africa, Europe, and the Middle East, and up gauging to higher density new gen aircraft. IAD is one of the fastest growing international hub airports in the United States. The forecast in the Master Plan was done in 2021, and a lot has happened since in terms of traffic growth. Actuals have outpaced the Master Plan numbers in 2022 and 2023 though Scenario 2 appears to have baked in the anticipated growth by 2024 (2.3% CAGR from 2024 to 2045). The Avinia team ran a range of scenarios. ARIMA model with one autoregressive term, one order of differencing, and no moving-average term was found to be a good fit for predicting future values based on the recent growth in traffic. The model generated numbers that were closer to Scenario 2 (which can be considered the high case) projecting total passenger volumes of 38.6 MAP in 2040 (2.1% CAGR till 2045). Typically, for a P3 asset due diligence exercise, various regression based (socio-economic) and mathematical modelling (ARIMA/SARIMA etc) can be used to encapsulate a range of outcomes and define a blended outcome (which could be subjective based on the market understanding). Probabilistic modelling (using a monte carlo simulation by defining uncertainty in the independent variables) is also a robust methodology. The availability of advanced tools and the computing power allow these scenarios to be run in a very short timeframe and can be leveraged for decision making. The anticipated growth of traffic at IAD is clearly very attractive for investors. External shocks due to economic or geopolitical factors could dampen the numbers. Future shocks can be modelled by looking at past forecast errors to define a low case scenario. Airline Market Share  Note: Percentage based on 2024 seat supplySource: CiriumMesa and Republic merged in Nov 2025. Republic Airways Inc. will continue to support American Airlines, Delta Air Lines, and United Airlines under its existing capacity purchase agreements (“CPA”) while Mesa Airlines will support United Airlines under a new 10-year CPA signed in connection with this transaction. United Airlines is the dominant carrier with almost 49% market share (excluding the code shares with regional carriers). The market share is closer to 60% including United Express (CommuteAir) and the regional carriers that that have purchase agreements with UA. This level of dominance carries both advantages and risks. UA’s large, diversified network across domestic, transatlantic, transpacific, and Latin American markets and yields from international passengers is positive from a cash flow perspective. But it also brings risks with geo-political factors that are beyond the control of the airline. The Herfindahl-Hirschman Index (HHI) measures the size of companies relative to the size of the industry they’re in. The HHI is a common measure of market competitiveness. It can range from close to zero to 10,000 with lower values indicating a less concentrated market. Higher the

Airport Planning & Infrastructure

The Evolution of Airport Passenger Terminal Design

Airport Intelligence Series The Evolution of Airport Passenger Terminal Design December 2025 4 min read Imagine standing on a grassy field in 1903, watching the Wright brothers’ first flight. Now fast-forward to today, where you walk through a stunning glass terminal filled with natural light, preparing to board a flight to anywhere in the world. This remarkable journey from open fields to architectural marvels tells the story of how airport terminals evolved alongside human ambition and technological progress.   The Beginning In the early days of aviation, flying was entertainment, not transportation, and the infrastructure reflected this reality. The shift from spectacle to service began after World War I when European cities like London, Paris, and Berlin converted their military airfields into civilian airports, but these facilities lacked proper spaces for passengers. The first glimpse of modern airport design appeared in 1922 at Königsberg Devau in Germany. Architect Hanns Hopp placed a passenger building flanked by hangars at the corner of an airfield. This simple arrangement separating passengers from aircraft while keeping them close, became the blueprint for future terminals.  The Golden AgeThe 1930s and 1940s transformed airports into glamorous destinations. Terminals were built in the fashionable Art Deco style, featuring sleek lines, geometric patterns, and optimistic designs that celebrated the future of flight. Some of the notable ones being Croydon and Gatwick in London. While Croydon had an integrated terminal, control tower, and hotel adopted the language of civic architecture, Gatwick had a circular form, integrating passenger processing and baggage handling into a single building. The Beehive as it came to be known, was a circular building allowed aircraft to park around its entire circumference, reducing walking distances while maximizing gate positions.  It reflected early thinking about efficiency and spatial organization, ideas that would later become central to airport design. What’s remarkable about this period is how airports functioned as social destinations too. In 1939, New York’s La Guardia Airport attracted nearly 250,000 visitors each month—far more than the number of actual passengers. Families dressed up to watch planes arrive and depart from observation decks, ate at airport restaurants, and spent their weekends experiencing the magic of aviation. Airports were probably places where the future felt tangible and accessible. Form Follows Function The 1960s brought a paradigm shift with the arrival of jet aircraft. Passenger numbers increased, travel distances expanded, and airports became national gateways. Functionality and cost efficiency became important. Amsterdam Schiphol Terminal, completed in 1967, offered a thoughtful approach. Designed to expand in modular fashion, the terminal could grow by adding box-like sections as needed. This flexibility proved remarkably successful. The original terminal remains at the heart of Schiphol even today. San Francisco International Airport played a key role in reshaping the passenger experience. Among the first airports to introduce jet bridges, SFO eliminated the need for apron boarding, allowing passengers to move directly from terminal to aircraft in a controlled, weather-protected environment.    Even as this happened, there were moments when architectural design took center stage. Eero Saarinen’s TWA Flight Center at JFK. Its sweeping concrete shells, dramatic interiors, and sculptural form embodied the optimism of the Jet Age. The terminal was designed to make air travel feel futuristic, elegant, and aspirational. Architectural Expression From the 1980s the design space saw dramatic transformation as concrete boxes gave way to glass designs. Architects embraced natural light and transparency, creating terminals that felt open and welcoming. The designs incorporated concepts of “light” and “air,” using advanced engineering to build soaring glass structures that challenged the boundaries between inside and outside.This shift wasn’t merely aesthetic. Glass terminals improved passenger experience by creating better wayfinding through natural light, reducing energy costs through daylighting, and providing emotional uplift during what could be stressful journeys.In parallel, there was further experimentation with forms, with few iconic terminals like Paris Charles de Gaulle Terminal 1 and Heathrow’s early terminals. While forms were innovative, they were frequently criticized for disorienting circulation for passengers. Chicago O’Hare International Airport developed by SOM, had long concourses, had a structural grid pattern and a deliberately neutral design. Security Reshapes the Terminal The events of 9/11 permanently altered airport terminal planning. Security screening moved from the periphery to the centre of the passenger journey, reorganising circulation, space allocation, and architectural priorities. Architects attempted to counterbalance the rigidity of security processes through daylight, large volumes, and improved wayfinding, as seen in Richard Rogers’- Heathrow Terminal 5, where a vast, column-free hall, exposed steel structure, and abundant daylight created legibility and calm. Architecture became a psychological buffer, mitigating the stress of surveillance-heavy environments. Architect Renzo Piano can also be credited with the influence, through his emphasis on lightness, human scale, and clarity, principles adopted by many terminal architects.     Modern Masterpieces Today’s airport terminals place passenger experience at the forefront and balance the architectural ambition with the help of technology. Buildings like Beijing Daxing Airport designed by Zaha Hadid, Jewel Changi by Moshe Safdie, and many more function as cultural gateways that express national identity and technological prowess. Modern terminal design needs to balance multiple competing demands: efficiency and experience, security and openness, local character and global standards, sustainability and grandeur. Architects are now studying data on consumption, passenger behavior, technological advancements amongst other things to design spaces that are iconic, yet remain flexible enough to accommodate unforeseen changes.  Looking Forward From grass fields observation stands to modern efficient designs, airport terminals have evolved dramatically over the past century. Each generation of designers learning and adapting solutions to new technologies and needs. A terminal building is not about solving immediate problems but anticipating the future also, because these structures outlive generations. The next time you walk through an airport terminal, take a moment to look around. You’re standing in a building type that didn’t exist 100 years ago, shaped by a century of experimentation, failure, and innovation. Share Share Share

Uncategorized

Automation & Robotics in Airports

Airport Intelligence Series Automation & Robotics in Airports: Technology as the Enabler – not the Replacement November 2025 5 min read Airports around the world are embracing robotics and automation. From robotic floor scrubbing machines to robot baggage carriers to AI-driven queue management systems, technology upgradations are piloted on daily basis. There are several areas in airports where automation/robotics are currently delivering or is under development.  1. Cleaning and facility care – Robots that handle routine floor and restroom cleaning free staff and deliver more consistent results. The gains show up in efficiency, hygiene and staff wellbeing.2. Ground handling and apron logistics – Automated tugs, loaders and sensing systems help speed up turnarounds, reduce ground damage and improve safety.3. Passenger-facing services – Self-service touchpoints, autonomous wayfinding assistants and smart baggage systems which reduce queues.4. Security, surveillance and analytics – AI-enabled monitoring and robotic patrols that provide better situational awareness and early detection of issues.  While there are success stories, there are several others that do not take off. We looked at the reasons behind the ones that were stalled.•    One of the top reasons for these projects to be unsuccessful is because technology is often ahead of organizational readiness (culture, skills, roles) or process readiness. Staff may feel their job is threatened or that the machine will replace them, leading to resistance or workaround.•    There are instances when the technology being introduced does not have an end-to-end integration with operations and hence falls short on the impact it intended to make.•    The passenger or user acceptance is also vital. In some cases, the travellers don’t trust or feel safe around a robotic intervention which makes its success unpredictable.  •    The cost benefit analysis does not work as envisioned because of the unexpected downtimes or idle time of the machinery owning to either maintenance requirements or staff inacceptance.  These findings indicate that the core issue to tackle is the cultural aspect of humans and machines working in harmony. If the staff see the robot as part of their team rather than as a replacement, you avoid resistance, friction, unintended consequences. For example, A study conducted in 2024 selected Amsterdam Airport Schiphol as a case study, and examined the challenges faced by practitioners responsible for integrating automation projects in its airside ecosystem. The results revealed challenges with gaining consensus among affected stakeholders, the need to adapt the technology to the context, and the undefined procedures needed to sustain automation once it is implemented. These findings reveal the need to create organizational mechanisms and guidelines to support stakeholders, technology integration, and automation procedures. [1] Culture: The quiet force Technology may be the visible part of automation, but culture is the part that determines whether it sticks. Airports are complex systems that are built and operated on teamwork and trust between people. When robots enter that environment, they disrupt not just workflows but emotions, identity, job security, hierarchy and ownership. That’s why cultural readiness has to be intentional and not an afterthought. One of the best examples of thoughtful integration comes from Changi Airport, Singapore. When they introduced autonomous cleaning robots, they didn’t position them as replacements but as part of the cleaning team. The airport even dressed the robots in the same uniforms as the staff. It’s a small gesture, but it sends a powerful message. That shift in symbolism helps staff feel respected and included, and it makes the technology feel less foreign. It also sets the tone for how teams should interact with automation.   When airport managers pay attention to these cultural signals, automation becomes smoother, faster and far more successful. Processes only work when people believe in them. Technology only performs when the people around it trust it. Culture is the glue that binds the three pillars together.  A Framework for Airport’s readiness for Robotics / Automation   Airport managers and consultants have been using the traditional cost-benefit models and sensitivity analysis to assess the viability of new technology interventions.  We suggest a boarder change management framework based on the People – Process – Technology (PPT) Model, to test whether a proposed robotics/automation project is ready to move from pilot to scale.  The framework essentially keeps the focus on human acceptance, operational design and technical maturity. The parameters can be ranked on a scale of 1 to 5 and added up to assess the readiness of the Airport.   The future of airport automation isn’t about choosing between humans and machines. It is about designing systems where both thrive together. As airports continue to modernize, success will belong to those who recognize that technology readiness is only one-third of the equation. The real competitive advantage lies in cultivating organizational cultures that welcome innovation, empowering frontline staff to become partners in transformation rather than bystanders to it, and ensuring every technological upgrade serves both operational excellence and human dignity. Transforming existing work protocols and rethinking new roles for humans enables an easier transition. The question isn’t whether the airport should adopt robotics and automation, but whether the people, processes, and culture are ready to make that technology truly work.  [1] Revealing the Challenges to Automation Adoption in Organizations: Examining Practitioner Perspectives from an International Airport by Garoa Gomez-Beldarrain, Himanshu Verma, Euiyoung Kim, Alessandro Bozzon Share Share Share

Cargo and Logistics

Cross Border Ecommerce Growth: Can Airport Infrastructure Keep Up?

Airport Intelligence Series Cross Border Ecommerce Growth: Can Airport Infrastructure Keep Up? November 2025 7 min read Global e-commerce sales are expected to reach $6.4 trillion in 2025, with Asia accounting for the largest share. More than three billion people will make an online purchase in 2025. That’s a staggeringly high proportion of the world population!!! Cross-border e-commerce is pegged at around 20% of global ecommerce market and is one of the fastest-growing segments of the global economy, powered by advances in technology, logistics, and trade frameworks. More than 60% of shoppers buy international products through online marketplaces and brand websites, while over 40% discover them via social media. In India’s cross-border ecommerce space, clothing, electronics, and beauty products remain the popular categories. The recent and unpredictable US tariffs will have a varied effect on online players, dependent on their supply chains and ability to absorb or restructure costs. There could be reshoring of manufacturing facilities in the near term giving online companies more geographical flexibility. Inspite of the tariffs, the outlook for cross-border ecommerce remains robust. The global cross-border e-commerce consumer market is expected to reach $1.84 trillion by 2030 at an 8.71% Compound Annual Growth Rate. IATA says 80% of e-commerce goods by value travel by air. The surge in e-commerce volume is straining existing airport infrastructure, leading to a focus on expanding and modernizing cargo terminals and logistics facilities. The peakiness of ecommerce flows is stretching cargo facilities that weren’t designed for the peak surge. How are Airports and Cargo Operators responding to the growth? Airports looking to capture market share are heavily investing in some form of automation to increase speed and optimize capacity. robotic handling systems, digital customs and paperless processes, real-time tracking and data visibility tools, Integrated control centres that optimize flows in near-real time. Post Covid, several global hubs have doubled down on dedicated cargo infrastructure for fast and efficient processing. New gateways such as SMARTIST are fast growing and taking away market share from the incumbents. Some examples of forward-looking airports and their automation push are highlighted in the table below.  To truly unlock e-commerce growth, airports must strengthen their landsidе connectivity. A multi-modal logistics strategy is no longer optional—it is the competitive edge. Seamless integration with highways and national freight corridors reduces dwell time and enables reliable first/last-mile delivery. Where feasible, direct links to rail freight or proximity to seaports create powerful cross-modal synergies, allowing airports to function as true logistics hubs rather than isolated airfreight nodes. Airports are building exclusive cargo road networks to separate trucks from passenger traffic, cut dwell times, and reduce congestion. Segregated access can reduce truck turnaround by 20–35%, critical for e-commerce cut-offs. Dedicated freight/rail connectivity into cargo zones and road-seaport corridors reduces total supply costs and increase catchment area. India Focus India is the third-largest e-commerce market globally, with $60 billion in Gross Merchandise Value (GMV) and the second-largest number of online shoppers (over 270 million). India’s air-cargo market size in 2024 was ~3.26 million tons, and “rapid expansion of e-commerce” is one of the key growth drivers.  E-commerce exports from India presently account for an estimated US$2+ billion, a small fraction of the global addressable market. New trade agreements such as the India–UK FTA are opening tariff-free access for Indian exporters to high-value markets, while trade corridors with ASEAN and Africa are helping diversify risk and unlock fresh growth opportunities. In parallel, India is considering a major policy shift that could redefine its export ecosystem. The Ministry of Commerce is evaluating a proposal to allow FDI-backed e-commerce players to operate an inventory-based model exclusively for exports. If implemented, global platforms would, for the first time, be permitted to stock and ship Indian-made goods directly to international markets. Expectation is that this will grow 50-100 times the current volume to excess of US$ 200 billion in the next 10 years. That’s an ambitious target set by the government. Tariff pressures are near term headwinds that are expected to go away as the India-US Trade Deal nears the finish line. We spoke to the cargo leadership at a major hub in India, Kempegowda International Airport at Bangalore (IATA Code BLR) on what they are doing to stay ahead of the curve. The cargo growth at BLR has been phenomenal – over half a million tonnes of total tonnage in Financial Year 2025 (15% year on year growth). BLR has truly established itself as a cargo gateway for the southern catchment in India. Bangalore International Airport Limited (BIAL), the concessionaire for the airport, is bullish on the future of cross-border ecommerce. “Cross-border e-commerce is transforming global trade and will continue to grow at double-digit rates. With consumers demanding faster delivery and businesses seeking resilient supply chains, airports will play a critical role in enabling this growth. At BLR Airport, we see this as an opportunity to integrate automation, multimodal connectivity (Logi-connect 2.0), and sustainability into our cargo ecosystem. The future belongs to airports that can combine speed, compliance, and technology to support seamless international commerce.” What is the airport doing to facilitate this growth and how does it align with their overall cargo strategy? “At BIAL, we are reimagining cargo operations to meet the surge in cross-border e-commerce. Our investments include India’s largest greenfield domestic cargo terminal, a state-of-the-art Logistics Park, and an Airport Truck Management Facility (ATMF) to streamline movement and reduce turnaround times. We are leveraging digitization through the Airport Cargo Community System (ACS), and IoT-enabled tracking to ensure faster, safer, and transparent handling. These initiatives align with their vision to handle highly achievable goal of 1 million metric tonnes of cargo by 2030 and would position BLR as a leading global cargo gateway.” With Navi Mumbai and Noida airports nearing commissioning, India stands at the threshold of a transformative decade for cross-border trade and air cargo growth! Share Share Share

Mobility & Future Aviation

Urban Air Mobility: Challenges and Opportunities Ahead

Airport Intelligence Series Urban Air Mobility: Challenges and Opportunities Ahead October 2025 5 min read   Urban Air Mobility in India needs a collaborative approach  Urban Air Mobility (UAM) or the use of small, highly automated aircraft to carry passengers or cargo at lower altitudes in urban and suburban areas is knocking on our doors. This isn’t something that will unfold only in our grandchildren’s lifetime—it’s much closer at hand. Much of the conversation about UAM and eVOTL is around technology and safety. Even though these are key factors that will drive adoption, what we sometimes forget is the wider acceptance into the urban mobility ecosystem. While the technology side is gathering momentum with several startups working on the VTOL/STOL aircraft designs and collaborating with operator networks, there isn’t enough conversation around how these vertiports will fit into the built environment of high-density cities. Typical urban development plans today do not account for safe, accessible, and equitable vertiport deployment, especially in the metro cities, which are the target markets for UAM. Without thoughtful integration into city mobility plans, the promise of UAM could remain limited to a handful of showcase routes. If history teaches us one thing, it’s this; cities that committed to people oriented planning have a higher chance of sustaining their growth. London, New York, and Hong Kong stand as prime examples- dense urban centres where mobility is managed efficiently thanks to infrastructure planned 50 to 100 years in advance with people, not cars, at the core. A single vertiport may require about 1 to 1.5 acres and can be located on ground or over buildings, but its value lies in being part of a wider network. When connected across the city and integrated with other transportation modes for last mile connectivity, vertiports can offer a new layer of urban connectivity. Planning for this, however, demands more than just aviation know-how. It requires urban planning, infrastructure design, and public policy to work in sync, and requires a cross-sector collaborative approach to implementation. The India Perspective:In India, InterGlobe Enterprises (parent of IndiGo) had announced its partnership with California-based Archer Aviation to launch electric air taxis in India by 2026. Early this year the Directorate General of Civil Aviation (DGCA) released its first guidance material for the design, operation, and authorization of vertiports (the landing and takeoff pads for VTOLs), signaling a clear policy shift towards Advanced Air Mobility (AAM). There is growing investor interest, but unlocking the full potential of AAM will depend on how swiftly the regulatory and infrastructure challenges are tackled.  How Indian Cities Must Prepare1. Define the Vision: Identify whether UAM’s focus is on passenger transport, logistics, or emergency response and map corridors that align with these goals.2. Use Spatial Analytics: Apply GIS-based modeling to select sites that meet safety, access, and environmental criteria while minimizing community impact.3. Update Planning Regulations: Introduce vertiport overlays in General Control Regulations (GCRs) covering height limits, setbacks, and permissible activities.4. Start with Pilots: Begin with low-density pilot vertiports in publicly supported zones. Use participatory mapping and noise simulation to engage communities.5. Build Collaborative Governance: Create inter-agency task forces to align aviation, transport, and urban development approvals and streamline the regulatory pathway.   Case Study: Dubai International Vertiport (DXV) Dubai has been leading the way on UAM, through the planned DXV Skyport, located near Dubai International Airport. Developed by Skyports in partnership with the Dubai Roads and Transport Authority (RTA), the project marks one of the first instances globally where a commercial vertiport has received technical design approval from a national aviation authority following a rigorous technical evaluation. The process, governed by General Civil Aviation Authority (GCAA) CAR-HVD Part III regulations, ensures that the proposed infrastructure complies with the standards for physical characteristics, airspace integration, obstacle clearance, and safety systems. The review also mandated a detailed Rescue and Fire Fighting Services (RFFS) plan and the incorporation of security and emergency response protocols within the design. From a planning perspective, Dubai adopted a mobility corridor approach, mapping potential aerial routes between dense business districts and a wider network of vertiports across key city nodes such as Palm Jumeirah, Downtown, and Dubai Marina. This planning process involved close collaboration between aviation regulator GCAA, the transport authority RTA, private operator Joby Aviation and other stakeholders. The Path Forward for IndiaTrue potential of UAM emerges only when planned as a connected network. Multiple vertiports, strategically placed along mobility corridors and integrated with multimodal transport is a requirement. Achieving this vision will require more than technological readiness; it calls for a coordinated effort involving aviation authorities, city planners, transport agencies, and utility service providers. Indian cities will need to reimagine zoning and land-use frameworks, embed safety and resilience standards into building codes, and establish clear public engagement mechanisms to address community concerns on equity, noise, and visual impact. Early engagement and transparent communication will be critical for public acceptance. The success of India’s UAM ecosystem will ultimately depend on how effectively stakeholders collaborate. Operators alone cannot shoulder the burden of navigating complex regulatory pathways. An inter-agency task force, bringing together DGCA, MoHUA, state urban departments, and private developers, will be essential to coordinate policies, approvals, and pilot projects. If done right, Urban Air Mobility could redefine how Indian cities connect, move, and grow. Share Share Share

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