Vertiport Digital Twin Market Size, Share & Industry Analysis, By Offering, By Twin Lifecycle, By Application, By Operating Scope, By Deployment Model, By Use Case, By End User, and Regional Forecast, 2026-2034

The global vertiport digital twin market size was valued at USD 20.1 million in 2025. The market is projected to grow from USD 25.9 million in 2026 to USD 180.3 million by 2034, exhibiting a CAGR of 27.4% during the forecast period.

Vertiport digital twins are software-based virtual representations of physical vertiports, vertiport networks, and their surrounding operational environments. These platforms support site selection, infrastructure design, capacity assessment, aircraft-turnaround simulation, passenger and cargo-flow Modeling, charging and energy management, asset monitoring, disruption planning, and integration with UTM, U-space, and conventional air traffic management systems.

The market is expanding with the rising demand for predictive planning, real-time data, and advanced platforms that can simulate and optimize aircraft movements, passenger flows, charging operations, infrastructure capacity, and safety procedures. Vertiport digital twin systems increasingly integrate product lifecycle management, geospatial Modeling, and artificial intelligence (AI)- and machine learning (ML)-based digital twin capabilities to support infrastructure design, operational decision-making, predictive maintenance, and network-level coordination. Growing investments in smart cities and smart infrastructure are expected to strengthen adoption, as vertiports become integrated with airports, urban mobility networks, energy systems, and low-altitude airspace platforms.

Key companies such as Dassault Systèmes, Ineco, Skyports Infrastructure, and Airport Research Center are developing or applying digital-twin, simulation, and planning technologies for advanced air mobility infrastructure.

VERTIPORT DIGITAL TWIN MARKET TRENDS

AI-Based Planning and Simulation Emerge as Key Market Trends

The market is moving beyond static three-dimensional infrastructure models toward AI-enabled planning, simulation, and decision-support platforms. Advanced digital twin solutions combine geospatial data, aircraft characteristics, passenger demand, infrastructure layouts, charging requirements, operating schedules, and airspace constraints within a common digital environment.

These digital twin platforms can compare alternative locations, forecast demand, estimate vertiport capacity, test passenger and aircraft flows, evaluate charging requirements, and assess network-level performance before physical infrastructure is constructed. AI-based Modeling also helps reduce the time required to analyse multiple infrastructure and operating scenarios.

• For instance, in March 2026, Urban-Air Port introduced VBM-AI, an AI-powered planning and simulation platform developed for vertiport and advanced-air-mobility infrastructure. The platform supports site selection, demand forecasting, operational simulation, infrastructure Optimization, network planning, and investment assessment.

The trend is expected to increase demand for AI-based simulation engines, geospatial Modeling platforms, automated site-assessment tools, demand-forecasting software, operational analytics, and network optimization solutions.

MARKET DYNAMICS

MARKET DRIVERS

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Increasing Vertiport Development and the Need for Pre-Construction Validation Propel Market Growth

Demand for vertiport digital twins is increasing as governments, airport operators, property developers, eVTOL manufacturers, and infrastructure companies advance commercial vertiport projects. New facilities require detailed assessments of landing areas, aircraft stands, passenger terminals, charging systems, ground-access routes, operating capacity, safety zones, and surrounding airspace.

Digital twins allow project developers to validate infrastructure configurations, estimate passenger and aircraft throughput, model turnaround processes, assess energy requirements, and identify operational constraints before committing to physical construction. The technology is expected to become increasingly valuable as projects progress from initial feasibility studies to construction, commissioning, and commercial operations.

• For instance, in November 2025, Dubai’s Roads & Transport Authority reported that construction of the first aerial-taxi vertiport near Dubai International Airport was 60% complete. Dubai also confirmed plans for an initial four-vertiport network supporting aerial-taxi services targeted for launch in 2026.

Continued development of purpose-built vertiports, airport-based facilities, rooftop landing sites, and interconnected urban air-mobility networks is expected to support demand for digital design, capacity simulation, virtual commissioning, charging analysis, and operational-management platforms. This is expected to boost the vertiport digital twin market growth in the coming years.

MARKET RESTRAINTS

Limited Real-World Operational Data Hampers Market Growth

The limited number of commercially operating vertiports constrains the availability of real-world data required to validate digital-twin assumptions. Many current models depend on estimated passenger-processing times, aircraft-turnaround procedures, charging durations, weather responses, security processes, and operating schedules, as large-scale scheduled eVTOL operations remain limited.

Inadequate operational data can reduce confidence in the accuracy of capacity forecasts, investment assessments, safety models, and network-performance estimates. Developers must therefore rely on test facilities, demonstration flights, fast-time simulations, and data from conventional airports and heliports to refine their models.

MARKET OPPORTUNITIES

Integration with UAS Traffic Management and Airspace Systems Creates Significant Growth Opportunities

Integration with unmanned aircraft system traffic management (UTM), U-space, conventional air traffic management, fleet-management systems, and vertiport operating platforms represents a major opportunity for the market. Vertiport digital twins can serve as a common operational environment connecting flight schedules, aircraft movements, landing-pad availability, weather conditions, charging resources, passenger processes, and airspace restrictions.

Network-level integration allows operators to assess arrival and departure sequencing, manage capacity across multiple facilities, respond to disruptions, and exchange information with air-navigation and U-space service providers. This expands the role of digital twins from infrastructure-planning tools to real-time operational-management platforms.

• For instance, in July 2025, Unifly, AENA, ENAIRE, Indra, Ineco, Pipistrel, and EUROCONTROL completed a real-time simulation under the EUREKA program. The exercise validated data exchange between the vertiport manager, common information service provider, and U-space service provider across take-off, corridor navigation, landing, disruption, and high-traffic scenarios.

The opportunity is expected to support demand for interoperable data platforms, collaborative traffic-management systems, network-capacity tools, real-time operational twins, flight-authorization interfaces, and disruption-management software.

MARKET CHALLENGES

Evolving Vertiport Standards Increase Implementation Complexity and Challenge Market Growth

Vertiport design and operating requirements remain under development across major aviation markets. Digital twins must accommodate changing criteria related to landing-area dimensions, aircraft weight, parking configurations, downwash and outwash protection, obstacle environments, charging infrastructure, emergency procedures, and integration with existing airports and heliports.

Differences among national regulatory frameworks and design standards can require country-specific software configurations, engineering rules, safety models, and compliance workflows. Updates to regulatory requirements may also require existing digital models to be reconfigured and revalidated, increasing implementation time and development costs.

• For instance, in December 2024, the FAA issued Engineering Brief 105A, revising its original 2022 vertiport-design guidance. The update changed infrastructure classifications and landing-area geometry and added requirements covering aircraft parking and downwash and outwash protection.

Segmentation Analysis

By Offering

High Customization and Integration Requirements Supported Services Segment's Dominance

Based on offering, the market is divided into software & services.

The services segment dominated the vertiport digital twin market share in 2025, as vertiport digital twins require extensive project-specific engineering beyond standard software deployment. Providers must configure geospatial models, aircraft characteristics, infrastructure layouts, passenger processes, charging requirements, airspace constraints, regulatory criteria, and operational scenarios for each site. Consulting, model development, system integration, validation, training, and technical support therefore represent a substantial share of total project expenditure.

• For instance, in August 2024, Altaport and WSP released a Concept of Operations defining the operational and commercial requirements of a Vertiport Automation System. The framework addressed trajectory-based operations, collaborative decision-making, constrained-resource management, network-value Optimization, and coordination between vertiport and aircraft operators.

The software segment is anticipated to grow at the fastest CAGR of 29.9% over the forecast period.

By Twin Lifecycle

Pre-Construction Risk Reduction and Regulatory Validation Supported Planning and Design Segment Dominance

Based on the twin lifecycle, the market is divided into planning and design, construction and commissioning, and operations and maintenance.

The planning and design segment dominated the market in 2025, as most vertiport programs remained at the feasibility, site-assessment, concept-design, or regulatory-planning stage. Digital twins enable developers to compare locations, test infrastructure configurations, assess accessibility, evaluate safety requirements, and estimate energy and operating needs before committing capital to construction. Early virtual validation reduces redesign risk and supports more informed investment and permitting decisions.

• For instance, in June 2024, UrbanV and Foster + Partners agreed to collaborate on vertiport site selection, assessment, planning, design, passenger experience, sustainability, and regulatory compliance for advanced-air-mobility projects in the Middle East and other markets.

The operations and maintenance segment is anticipated to grow at the fastest CAGR of 31.7% over the forecast period.

By Application

Layout Complexity and Throughput Validation Boosted Infrastructure Design and Capacity Assessment Dominance

Based on application, the market is divided into site selection & network planning, infrastructure design & capacity assessment, operational simulation & flow Optimization, energy & charging management, asset monitoring & predictive maintenance, safety & disruption management, and airspace & UTM integration.

The infrastructure design & capacity assessment segment dominated the market in 2025 as vertiport performance depends on the coordinated configuration of landing areas, stands, taxi paths, passenger facilities, charging assets, and supporting infrastructure. Digital twins allow developers to quantify aircraft movements, pad occupancy, turnaround times, congestion, and resource utilization under different layouts and traffic assumptions.

The asset monitoring & predictive maintenance segment is anticipated to grow at the fastest CAGR of 34.6% over the forecast period.

By Operating Scope

Site-Specific Modeling and Near-Term Deployment Requirements Fostered Facility-Level Digital Twin Dominance

Based on operating scope, the market is divided into facility-level digital twin, network-level digital twin, and ecosystem-level digital twin.

The facility-level digital twin segment dominated the market in 2025, as current projects are primarily centered on individual vertiports, test sites, airports, heliports, and converted aviation facilities. Developers generally require a detailed model of one location to validate infrastructure, sensors, aircraft interfaces, safety procedures, and operating processes before expanding toward interconnected network or city-level twins. Facility-level deployments also involve fewer external system dependencies and are therefore more practical during early market development.

The ecosystem-level digital twin segment is anticipated to grow at the fastest CAGR of 30.8% over the forecast period.

By Deployment Model

Data Control and Low-Latency Requirements Boosted On-Premises Segment Dominance

Based on deployment model, the market is divided into cloud-based, on-premises, and hybrid.

The on-premises segment dominated the market in 2025, as early vertiport digital-twin deployments are closely integrated with local cameras, sensors, scheduling platforms, charging systems, operational displays, and proprietary aircraft data. Hosting critical applications within the facility provides greater control over sensitive operational information, system availability, latency, cybersecurity, and integration with physical assets. Cloud adoption is increasing, but most operational testbeds continue to rely on locally deployed systems for core monitoring and control functions.

The cloud-based segment is anticipated to grow at the fastest CAGR of 31.3% over the forecast period.

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By Use Case

Complex Passenger Processing and High-Throughput Requirements Supported Passenger Transport Dominance

Based on use case, the market is divided into passenger transport, cargo & logistics, emergency & public safety, defense & security, and other operations.

The passenger transport segment dominated the market in 2025, as planned air-taxi services require detailed coordination of aircraft schedules, passenger processing, security, baggage, terminal circulation, charging cycles, stand allocation, and ground-transport connections. Digital twins help developers assess whether vertiport layouts and operating procedures can support short turnaround times and reliable passenger journeys while maintaining safety and service quality.

The passenger transport segment is anticipated to grow at the fastest CAGR of 29.3% over the forecast period.

By End User

Infrastructure Responsibility and Operational Control Supported Vertiport and Airport Operator Dominance

Based on end user, the market is divided into vertiport & airport operators, AAM OEMs & operators, government authorities, airspace service providers, engineering & infrastructure companies, and research & certification bodies.

The vertiport & airport operators segment dominated the market in 2025, as these organizations are directly responsible for site readiness, facility capacity, passenger processing, aircraft compatibility, charging infrastructure, safety, and day-to-day operations. Digital twins allow operators to evaluate how eVTOL services can be integrated with existing aviation activity, identify infrastructure modifications, optimize resource allocation, and reduce operational risk before commercial launch.

• For instance, in January 2024, Joby Aviation and Atlantic Aviation agreed to evaluate the integration of electric air-taxi operations at existing aviation facilities in New York and Southern California.

The vertiport & airport operators segment is anticipated to grow at the fastest CAGR of 31.0% over the forecast period.

Vertiport Digital Twin Market Regional Outlook

By geography, the market is segmented into North America, Europe, Asia Pacific, Latin America, and the Middle East & Africa.

North America

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North America accounted for the largest market share in 2025 with a valuation of USD 7.5 million and is expected to reach USD 9.6 million in 2026. Market growth is driven by advanced aerospace-software capabilities, established airport infrastructure, government-funded AAM research, and early investment in digital airspace management. Demand is concentrated across vertiport site assessment, capacity simulation, aircraft and passenger-flow Modeling, charging analysis, safety validation, and integration with existing airport and air-traffic systems.

The U.S. leads regional adoption through NASA and FAA research, private AAM investment, and the development of test environments for autonomous and crewed aircraft operations. Canada contributes through airspace digitalization, predictive Modeling, and preparations for integrated AAM and remotely piloted aircraft traffic management. The FAA expects initial AAM operations to use modified airports and heliports alongside newly developed vertiports, increasing the need to model different facility configurations before deployment.

• For instance, in February 2026, SkyGrid and Port San Antonio signed a memorandum of understanding to evaluate digital infrastructure, airspace design, traffic surveillance, cybersecurity, CNS systems, and vertiport operating concepts at the Port’s joint-use airfield.

U.S. Vertiport Digital Twin Market

Based on North America’s strong contribution and the U.S. dominance within the region, the U.S. market was valued at around USD 6.9 million in 2025.

Europe

Europe held a significant market share in 2025 due to its coordinated AAM research programs, established airport-engineering sector, U-space development, and early adoption of virtual-twin and fast-time simulation tools. The U.K., Spain, Germany, France, Italy, and the Netherlands represent important demand centers for vertiport planning, infrastructure Optimization, passenger-flow Modeling, operational simulation, and airspace integration.

U.K. Vertiport Digital Twin Market

The U.K. Market in 2025 was valued at around USD 1.7 million, representing roughly 8.5% of global revenues.

Germany Vertiport Digital Twin Market

The market in Germany was valued at USD 1.4 million in 2025, equivalent to around 6.7% of global sales.

Asia Pacific

Asia Pacific is expected to be the fastest-growing region due to large-scale low-altitude mobility programs, expanding eVTOL manufacturing, government-backed demonstrations, and planned vertiport networks. China, Japan, South Korea, and Australia are advancing different elements of the market, including smart vertiports, virtual operating environments, integrated traffic management, airspace simulation, and infrastructure standards.

Japan Vertiport Digital Twin Market

The Japanese market in 2025 was valued at around USD 1.0 million, accounting for roughly 5.0% of global revenues.

China Vertiport Digital Twin Market

The market in China is projected to be one of the largest worldwide, with 2025 revenues valued at around USD 1.4 million, representing roughly 6.9% of global sales.

India Vertiport Digital Twin Market

The Indian Market in 2025 was valued at around USD 1.1 million, accounting for roughly 5.5% of global revenues.

Latin America

Latin America accounted for a smaller market share in 2025, with adoption concentrated primarily in Brazil and emerging activity in Colombia and Chile. Regional demand is currently weighted toward regulatory testing, operational-concept development, heliport and airport conversion studies, urban route Modeling, and traffic-management integration rather than full-scale operational digital twins.

Brazil Vertiport Digital Twin Market

The market in Brazil in 2025 was valued at around USD 0.6 million, accounting for roughly 3.0% of global revenues.

Middle East & Africa

Middle East & Africa held a comparatively smaller market share in 2025 but is expected to record strong growth, as advanced-air-mobility projects progress from planning toward infrastructure deployment. The UAE and Saudi Arabia represent the principal commercial demand centers, while Israel contributes through managed-airspace systems, UTM technologies, and advanced unmanned-aircraft testing. Regional demand is expected to focus on purpose-built vertiport design, passenger and aircraft-flow simulation, charging infrastructure, multimodal integration, network planning, virtual commissioning, and real-time operational management.

UAE Vertiport Digital Twin Market

The UAE market in 2025 was valued at around USD 0.2 million, accounting for roughly 1.1% of global revenues.

COMPETITIVE LANDSCAPE

Vertiport-Specific Capabilities & Ecosystem Partnerships Support Drive Competitive Leadership

The global vertiport digital twin market is characterized by competition among specialized AAM software developers, vertiport infrastructure companies, engineering consultancies, enterprise digital-twin platform providers, airport-simulation specialists, and airspace-management technology companies. Competitive positioning is determined by vertiport-specific Modeling capabilities, simulation accuracy, regulatory integration, geospatial intelligence, interoperability, scalability, cybersecurity, and the ability to connect infrastructure, aircraft, passenger, charging, weather, and airspace data within a common digital environment.

Leading participants are increasingly differentiated by their ability to support the complete vertiport lifecycle, covering site selection, infrastructure design, capacity assessment, operational simulation, virtual commissioning, asset monitoring, and network-level Optimization. Early project experience, access to operational test data, integration with enterprise platforms, and the ability to scale from facility-level twins to multi-vertiport ecosystems are expected to remain central to competitive leadership.

LIST OF KEY VERTIPORT DIGITAL TWIN COMPANIES PROFILED

• Dassault Systèmes SE (France)
• Ineco (Spain)
• Skyports Infrastructure Limited (U.K.)
• Airport Research Center GmbH (Germany)
• Urban Air Port Limited (U.K.)
• SITA (Switzerland)
• LYNEports Inc. (U.S.)
• Altaport, Inc. (U.S.)
• SkyGrid, LLC (U.S.)
• Unifly NV (Belgium)

KEY INDUSTRY DEVELOPMENTS

• June 2026: LYNEports published a GCC Advanced Air Mobility Concept of Operations covering vertiport site readiness, network planning, airspace integration, power availability, urban connectivity & phased deployment pathways through 2031. The framework is intended to support governments, infrastructure developers, airports & investors planning AAM networks across Gulf countries.
• February 2026: Skyports Infrastructure and Korean Air signed an agreement to develop an integrated eVTOL operations-management platform. The planned solution will connect Skyports’ Vertiport Automation System with Korean Air’s ACROSS flight-operations and low-altitude traffic-management platform, followed by testing, demonstrations & pilot programs.
• February 2026: LYNEports and AeroVecto Aviation Services expanded their collaboration to provide digital-twin planning, regulatory visualisation, site screening, operational-scenario Modeling & advisory services for vertiport and drone-corridor development in Oman and the wider Middle East.
• November 2025: Urban-Air Port and Hangzhou Starports Tech entered into a partnership to design and deploy AirOne-based vertiports in China. Initial locations include Qingdao, Hangzhou & Hainan, while Starports’ heliport and vertiport automation-management system is expected to support passenger and cargo operations.
• July 2025: LYNEports, Eyrie Aero & ELSA Industry formed a partnership combining LYNEports’ digital planning platform with eVTOL operations and sustainable-energy infrastructure. The collaboration covers vertiport-site simulation, obstacle-clearance assessment, regulatory compliance, network layouts & energy integration.
• June 2025: SITA and Urban-Air Port announced the development of a software-defined vertiport platform combining modular physical infrastructure with a cloud-based Vertiport Management System. The system is designed to support planning, resource allocation, passenger flow, weather monitoring, security & operational coordination.

REPORT COVERAGE

The global vertiport digital twin market analysis provides an in-depth study of market size & forecast by all the market segmentation included in the report. It includes details on the market dynamics, market trends, and regional analysis expected to drive the market over the forecast period. The market forecast offers information on technological advancements, new product launches, key trends, major aviation sector developments, and details on partnerships, mergers & acquisitions. The market analysis also encompasses a detailed competitive landscape with information on the market share and profiles of key players.

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Report Scope and Segmentation

Research Methodology

1. Bottom Up Approaches

Approach 1: Revenues and Market Share of Vertiport Digital Twin Solution Providers

• Collection of digital-twin-specific revenues from annual reports, investor presentations, company filings, official websites, software portfolios, contract announcements, project disclosures, and implementation partnerships.
• Identification of digital twin platform providers, BIM/GIS technology companies, infrastructure simulation specialists, aviation software companies, AAM technology providers, engineering companies, and system integrators capable of supplying vertiport digital twin solutions.
• Assessment of digital-twin technology providers across infrastructure modeling, real-time simulation, spatial intelligence, IoT integration, AI analytics, asset management, visualization, and operational optimization.
• Estimation of vertiport-attributable revenues based on identified vertiport projects, AAM infrastructure contracts, implementation scope, software deployment, customer type, geographic presence, and project duration.
• Allocation of only vertiport-digital-twin-related revenue for companies operating across broader airport digitalization, smart infrastructure, BIM, GIS, IoT, simulation, and enterprise digital twin markets.
• Separation of software licenses, SaaS subscriptions, implementation services, systems integration, managed analytics, and technical-support revenues.
• Adjustment of prime-contractor, software-vendor, engineering-partner, cloud-platform, and system-integrator revenues to prevent double counting across individual vertiport projects.
• Triangulation of company-level revenue estimates with project-level spending, vertiport development pipelines, digital twin adoption rates, and average digital twin expenditure per facility

Approach 2: Product-Level Sales Analysis

• Identification of operational, under-construction, planned, and announced vertiport projects across major AAM markets.
• Classification of projects across airport-integrated, standalone ground-level, rooftop/building-integrated, multimodal hub, and converted heliport configurations.
• Assessment of digital expenditure associated with site modeling, engineering simulation, operational modeling, capacity optimization, airspace integration, charging infrastructure simulation, maintenance, and real-time monitoring.
• Estimation of digital twin expenditure per vertiport based on facility scale, number of pads and stands, passenger capacity, operational complexity, required system integrations, data sources, and expected aircraft movements.
• Separation of planning and design expenditure from operational digital twin subscriptions, analytics, maintenance, and recurring software expenditure.
• Allocation of only digital twin software and services expenditure while excluding physical construction, charging hardware, communications hardware, generic airport systems, and unrelated engineering expenditure.
• Annualization of multi-year digital engineering and software contracts according to development phases, implementation schedules, commissioning dates, and recurring subscription periods.
• Aggregation of project-level estimates across major countries and regions to derive the global vertiport digital twin market.

Approach 3: Vertiport Pipeline & Digital Twin Penetration Model

• Assessment of the global pipeline of proposed, planned, under-development, and operational vertiports across major advanced air mobility markets.
• Mapping of vertiport deployment schedules against expected eVTOL certification, commercial service entry, airport integration, municipal approvals, and infrastructure-development timelines.
• Classification of vertiports according to facility type, operational capacity, number of pads, expected aircraft movements, charging requirements, passenger throughput, and integration complexity.
• Application of digital twin penetration rates based on vertiport development stage, facility scale, operator sophistication, regulatory requirements, and level of operational automation.
• Estimation of average digital twin spending per facility across planning, engineering, commissioning, operations, maintenance, and expansion stages.
• Application of higher digital twin intensity to large airport-integrated, high-throughput, multi-pad, and networked vertiports requiring advanced capacity simulation, real-time data integration, energy optimization, and UTM connectivity.
• Assessment of recurring software, cloud, analytics, support, and model-updating revenue after vertiports transition from development into commercial operations.
• Aggregation of digital-twin-enabled vertiports multiplied by average annual digital twin revenue per facility to estimate regional and global market values.

2. Top Down Approaches

Approach 1: Advanced Air Mobility & Vertiport Infrastructure Spending Allocation

• Assessment of overall expenditure associated with advanced air mobility infrastructure, vertiport development, airport AAM integration, digital aviation infrastructure, and associated engineering programs.
• Estimation of the portion of total vertiport project expenditure attributable to software, digital engineering, simulation, data integration, operational technology, and lifecycle digitalization
• Further allocation of digital expenditure toward digital twin applications based on project complexity, automation level, real-time monitoring requirements, and integration with eVTOL, UTM, energy, and airport systems.
• Exclusion of land acquisition, civil construction, terminals, landing pads, charging hardware, electrical infrastructure, communications equipment, and other physical infrastructure.
• Application of regional digitalization factors based on AAM maturity, vertiport development activity, smart-infrastructure adoption, regulatory progress, and availability of eVTOL services.
• Comparison of the resulting market estimate with project-level and vendor-revenue models to derive the final market size.

Approach 2: Airport Digital Twin & Digital Engineering Addressable Market Analysis

• Assessment of digital twin, airport digitalization, infrastructure simulation, BIM/GIS, digital engineering, and aviation operations software spending as the broader addressable technology ecosystem.
• Identification of the proportion of this expenditure potentially addressable by advanced air mobility and vertiport applications.
• Application of vertiport-specific factors including number of planned facilities, airport integration, eVTOL traffic projections, required operational automation, infrastructure complexity, and lifecycle digital twin adoption.
• Adjustment for the significantly smaller installed base of vertiports compared with conventional airports while considering higher digitalization intensity expected for newly developed AAM infrastructure.
• Exclusion of conventional airport digital twin spending that has no connection with eVTOL or vertiport operation.

3. List of Key Sources

• FAA Advanced Air Mobility and Vertiport Guidance
• EASA Vertiport Design Specifications
• NASA Advanced Air Mobility Research
• ICAO Advanced Air Mobility Publications
• EUROCAE and ASTM Vertiport Standards
• National Civil Aviation Authorities
• Vertiport Developer and Operator Websites
• Airport Master Plans and AAM Infrastructure Programs
• eVTOL OEM Publications and Infrastructure Partnerships
• Municipal Transport and Urban Planning Authorities
• Digital Twin Software Provider Disclosures
• BIM, GIS, IoT and Simulation Technology Providers
• UTM and Airspace Management Providers
• Engineering and Infrastructure Consulting Firms
• Company Annual Reports and Investor Presentations
• Official Press Releases and Project Announcements
• Academic Journals and Peer-Reviewed Publications
• AAM and Vertiport Project Databases
• Government Procurement and Infrastructure Documents

 4. Primary Interviews

Supply Side Interviews: 60%

• Key Respondents:
• Digital twin software platform providers
• Aviation simulation & optimization software developers
• BIM, GIS & spatial-data technology providers
• IoT, edge-computing & real-time data integration companies
• AI, analytics & predictive-modeling solution providers
• Vertiport engineering & infrastructure design companies
• AAM technology and vertiport software developers
• UTM/ATM technology and integration providers
• Cloud-platform and digital infrastructure companies
• System integrators and digital engineering service providers

Business development, product management & commercial executives

Demand Side Interviews: 40%

• Key Respondents:
• Vertiport developers & operators
• Airport operators developing AAM infrastructure
• eVTOL operators and AAM service providers
• eVTOL OEM infrastructure & ecosystem teams
• Municipal transportation authorities
• Urban mobility & smart-city planning authorities
• Air navigation service providers
• UTM service providers
• Airport planning & digital-transformation executives
• Vertiport operations and maintenance managers
• Energy & charging infrastructure managers supporting vertiports