Airports
of the Future

DXC works with airports to navigate the most challenging aspects of modernizing existing infrastructure or delivering entirely new terminal developments. DXC's Master Systems Integrator (MSI) model places a single, accountable partner at the center of a complex technology program — coordinating design, procurement, delivery, testing, and transition to operations across the full scope of airport systems.

From passenger processing and self-service infrastructure to cloud and AI-enabled operations management, DXC brings deep airport technology expertise and a disciplined delivery governance model to programs of significant scale and complexity. A truly frictionless airport experience requires all systems — flight information, baggage, security, wayfinding, retail, and airfield operations — to function as one connected ecosystem rather than a collection of disconnected technologies. DXC helps airports achieve that integration.

Airports sit at the center of a complex ecosystem involving airlines, ground handlers, retailers, security agencies, and surface transport providers. DXC helps airports break down data silos and integrate these stakeholders and their systems to deliver a seamless passenger journey — from pre-travel planning through to departure gate.

This includes capabilities such as real-time wayfinding, baggage tracking, biometric identity processing, dynamic queue management, and personalized passenger communications. The result is a more connected, lower-friction experience from curb to gate — and more actionable operational intelligence for airport teams managing the complexity behind it.

Airports generate significant volumes of data across security, terminals, baggage systems, aprons, retail, and transport connections — yet many operators still struggle to translate that data into real-time operational decisions.

DXC helps airports build the data platforms, integration architecture, and AI capabilities needed to predict congestion, optimize gate assignments, improve security throughput, and reduce aircraft turnaround times. By applying analytics and machine learning to live operational data, airport teams can move from reactive incident management to proactive, intelligence-led operations. DXC designs these capabilities with appropriate human oversight built in — ensuring AI-generated recommendations remain transparent, auditable, and aligned with the safety-critical standards airports require.

Large airport technology programs involve dozens of specialist vendors, complex interdependencies between digital and physical systems, and significant integration risk. Without a single integrating authority, airports often face fragmented delivery, duplicated effort, scope gaps at system boundaries, and costly delays when things go wrong.

A Master Systems Integrator (MSI) acts as the airport authority's single point of accountability for the end-to-end technology program. The MSI leads architecture and solution design, manages vendor selection and coordination, owns end-to-end testing across all systems, and governs the transition to operations. For airport authorities undertaking major capital programs, the MSI model substantially reduces delivery risk, protects technology investment, and ensures the final solution functions as a coherent whole — not a collection of independently delivered parts.

DXC is experienced in the MSI model across complex infrastructure programs, bringing the governance frameworks, technical leadership, and vendor-agnostic advisory capability that this role demands.

Airports are critical national infrastructure, and the consequences of a cybersecurity failure extend beyond data — they affect operational continuity, passenger safety, and regulatory compliance. DXC treats cybersecurity as a foundational design requirement, not an afterthought.

DXC's airport security approach spans cyber defense, digital identity, data security, endpoint protection, and operational technology (OT) security — including the industrial control systems that underpin airfield and terminal infrastructure. DXC also designs for governance, risk, and compliance requirements specific to the aviation sector, including alignment with frameworks mandated by national regulators.

This includes capabilities such as security information and event management (SIEM), multi-factor authentication, role-based access control, network segmentation between IT and OT environments, and data loss prevention — all designed to protect both passenger-facing systems and the critical operational infrastructure behind them.

Delivering technology programs in airports presents a distinct set of challenges: 24/7 operational continuity requirements, safety-critical airside environments, interfaces with construction programs, and the need to integrate with existing legacy systems while transitioning to new platforms.

DXC brings structured delivery methodology suited to these constraints — including phased transition planning, Operational Readiness and Airport Transition (ORAT) alignment, interface management with construction contractors and lead design consultants, and rigorous end-to-end testing across all integrated systems before go-live. DXC also manages the full suite of stakeholder relationships that a major airport program demands, from airline partners and ground handlers through to regulators and terminal operators.

The result is a delivery model that respects operational reality — protecting the airport's day-to-day performance while progressively building and commissioning the technology capabilities of the future.

Yes. The demands are meaningfully different, and DXC's approach adapts accordingly.

Greenfield terminal programs offer the opportunity to design integrated technology systems from first principles — establishing the right architecture, data platforms, and operational systems without the constraint of legacy infrastructure. DXC brings architecture leadership and solution design capability to help airport authorities make decisions at the design stage that will support operational efficiency and scalability for decades.

Brownfield modernization involves navigating a different set of challenges: retiring or integrating legacy systems without disrupting active operations, managing technical debt, and sequencing investment to deliver near-term value while building toward a longer-term architecture. DXC has the experience to assess existing environments, identify integration opportunities, and design pragmatic migration pathways that minimize operational risk and protect existing capital investment.

Sustainability is increasingly a core design criterion for airport capital programs, driven by regulatory requirements, airline partner commitments, and community expectation. DXC contributes to airport sustainability objectives through intelligent technology design.

This includes capabilities such as smart building management systems that optimize energy consumption across terminal assets; operational analytics that reduce unnecessary aircraft movements, idle times, and resource waste on the apron; demand-responsive infrastructure management; and data platforms that support the measurement and reporting of carbon and energy performance against net-zero commitments.

DXC also brings experience integrating the technology systems needed to support emerging sustainability infrastructure — including electric ground support equipment, EV charging networks, and sustainable aviation fuel (SAF) management — into the broader airport operational ecosystem.

Vendor lock-in is a significant risk in airport technology programs, where contracts can span decades and technology landscapes shift rapidly. DXC approaches solution design with a vendor-agnostic philosophy — recommending the right technology for each requirement rather than defaulting to a proprietary stack.

In practice, this means DXC designs integration architectures based on open standards and published APIs, ensures that data and configuration assets remain the property of the airport authority, and structures vendor relationships so that individual system components can be replaced or upgraded without cascading rework across the broader technology estate.

This approach also means DXC can act as a genuinely independent advisor to the airport — evaluating technology options on their merits, negotiating on the airport's behalf, and protecting the authority's long-term commercial interests throughout the program.