Airlines operate at the intersection of the security vs convenience dilemma. Passengers expect rapid check-ins and simple digital experiences. Security teams, however, need oversight of digital identities to defend against attacks.
In early 2025, Reddit threads began filling with alarmed airline loyalty members discovering that strangers had booked round-trip flights on their accounts, drained their points, and charged their stored credit cards. One user described logging in to find 10 unfamiliar travelers flying to Florida that week under their name. The attackers buried the confirmation emails by flooding victims’ inboxes with hundreds of subscription-bombing messages.
These weren’t isolated incidents. They were symptoms of a structural problem. Aviation fraud is accelerating in scale, sophistication, and cost. Visa research found that airline fraud losses reached $77.7 million in the year ending March 2025, with international transactions accounting for roughly two-thirds of total losses. IATA has historically estimated that airlines lose at least $1 billion annually to payment fraud alone, and that figure doesn’t include loyalty program abuse, synthetic identity schemes, or the operational costs of chargebacks and flight disruptions.
With 10.2 billion passengers forecasted in 2026 and the industry processing an enormous volume of digital transactions across booking systems, loyalty programs, and cross-border payments, the attack surface is massive. This post examines the five most pressing fraud challenges for airlines in 2026, the regulatory pressures shaping the response, and the technologies that can close the gaps.
1. Loyalty Program Fraud
Frequent-flyer miles function as a highly liquid digital currency. IATA has estimated the overall market value of unredeemed miles at $238 billion. Yet loyalty programs are typically protected with weaker security controls than bank accounts, despite holding comparable per-account value for high-tier members.
The result is a target-rich environment for attackers, and they’re exploiting it aggressively.
Account takeovers are surging
Over 52% of loyalty program fraud now comes from account takeovers of stored-value accounts, according to 2026 ATO fraud research from Infisign. Attackers use credential stuffing (testing leaked username/password pairs at scale), phishing, and social engineering to gain access, then rapidly convert stolen miles into flights, gift cards, or merchandise for resale. The Scattered Spider threat group and affiliated actors have demonstrated how identity-driven attacks can systematically target airline loyalty programs, with the combination of valuable miles, large customer bases, and fast monetization making airlines an especially attractive target.
A core vulnerability: 45% of loyalty program accounts are inactive or infrequently used, according to Transmit Security research. Dormant accounts are prime takeover targets because owners don’t notice unauthorized activity until long after the damage is done.
Insider threats compound the problem
Loyalty fraud isn’t exclusively external. In 2024, an investigation found that two contractors for Qantas Airways abused their access to divert frequent-flyer points from approximately 800 customer accounts. The scheme involved unauthorized changes to bookings, and while Qantas responded by restoring points and apologizing, the incident illustrates that trusted insiders with system access can exploit gaps that external-facing security controls never see.
What effective defense looks like
Protecting loyalty programs requires layered controls: multi-factor authentication for account logins, behavioral monitoring that flags unusual activity (sudden point transfers, rapid redemptions, logins from new devices), and real-time anomaly detection powered by machine learning. Mastercard’s loyalty fraud guidance emphasizes that effective protection also requires identity verification at enrollment and re-verification at high-risk moments, not just authentication at the login gate.
2. Booking and Payment Fraud
Payment fraud in airline ticketing operates at the intersection of stolen financial data, synthetic identities, and cross-border transaction complexity.
Criminal networks use stolen or fabricated credit card details to purchase airline tickets, then resell them or fly on them before the legitimate cardholder notices and files a chargeback. Airlines bear the full liability: they lose the ticket revenue, pay chargeback fees, and absorb the operational cost of flights already flown. In one Interpol-coordinated crackdown, 79 suspects were detained across multiple countries for traveling on fraudulently purchased tickets bought with stolen cards.
Synthetic identity fraud adds another layer. Attackers blend real and fabricated personal information to create identities that pass automated booking checks. Others pose as online travel agencies, selling deeply discounted tickets purchased with compromised payment data, leaving the airline holding the bag when chargebacks arrive.
IATA estimates airlines lose approximately 1.2% of their online revenue to payment fraud. For an industry operating on thin margins, that percentage can equal the profit margin on many flights. And the figure doesn’t capture the cascading operational costs: last-minute gate disruptions when fraudulent bookings are caught, re-accommodation expenses, and the reputational damage of declined transactions for legitimate customers.
European carriers have seen meaningful improvement under PSD2’s Strong Customer Authentication requirements, which mandate two-factor verification for online payments. For carriers operating globally, though, the challenge is applying comparable controls across jurisdictions with inconsistent regulatory frameworks.
3. Passenger Identity Verification and Deepfake Threats
Passenger identity verification has always been foundational to airline operations, driven by immigration compliance, no-fly list enforcement, and basic safety obligations. But the verification landscape is changing faster than many carriers’ systems can keep pace with.
Biometrics are scaling rapidly, and so are the attacks on them
Airports worldwide are deploying biometric systems at boarding gates, e-gates, check-in kiosks, and staff access points. Dubai International Airport has implemented biometric smart gates that allow travelers to clear security, immigration, and boarding without manual checks. India’s Digi Yatra program has expanded to 29 airports. The EU’s Entry/Exit System (EES) will require non-EU travelers to register biometric data. ICAO is contemplating a “digital travel credential” that would let passengers upload passport information to their smartphones and use their face as verification at every checkpoint.
But as biometric adoption accelerates, so does the sophistication of attacks against it. Regula Forensics’ Airport Identity Risk Index 2026 identifies deepfake-driven identity fraud as one of the fastest-growing threats to aviation. Deepfake tools now make it straightforward to create realistic synthetic faces or impersonate real individuals, especially when liveness detection is weak. Presentation attacks (printed photos, on-screen images, video replays) can bypass basic checks, and more advanced techniques involve injecting synthetic images directly into a device’s camera stream to spoof a live capture.
While there are no publicly confirmed aviation deepfake cases yet, the risk is growing quickly as airlines adopt remote identity verification (where passengers confirm their identity via smartphone before arriving at the airport). IBM’s 2026 cybersecurity predictions warn that identity will face surging attack volumes from deepfakes, biometric voice spoofing, and model manipulation, calling for identity to be treated as critical infrastructure.
The stakes of getting it wrong
A single exploitation, such as a misconfigured ID-matching system or a bypassed liveness check, can result in unauthorized travelers boarding international flights. The direct costs (regulatory fines, re-routing, flight cancellations) are substantial. The indirect costs (negative media coverage, loss of passenger trust, regulatory scrutiny) can be worse. Aviate AI’s aviation cybersecurity analysis estimates that one hour of downtime at a major airport during peak operations costs roughly $1 million, and some airlines have canceled over 1,200 flights from single cyberattack incidents.
4. Workforce and Insider Threats
The attack surface doesn’t end at the customer-facing perimeter. Airlines operate vast, distributed workforces that include full-time employees, contractors, ground handlers, maintenance crews, catering staff, and third-party IT providers, each with some level of access to sensitive systems.
Surveys of critical infrastructure organizations, including aviation, have found that 77% of U.S. national infrastructure operators saw increased insider cyber threats over a three-year period. 30% of aviation companies expect an upsurge in internal cybercrime during economic downturns, when financial pressure can motivate employees or contractors to monetize their access.
In 2022, Turkey’s Pegasus Airlines suffered a data leak when an internal IT misconfiguration left 6.5 terabytes of sensitive data exposed online, including flight operations data, staff information, and plain-text passwords. It wasn’t an external hack. It was an insider error, an unsecured cloud storage bucket, that exposed a goldmine for attackers. In 2025, Australian carrier Qantas confirmed that hackers accessed personal information of approximately 5 million customers, with the data later appearing for sale on the dark web.
What carriers need to prioritize
Effective insider threat management requires least-privilege access policies (ensuring every employee and contractor has only the access they need, and nothing more), continuous monitoring of privileged account activity, automated deprovisioning when employees or contractors depart, and network segmentation that limits the blast radius of any single compromised credential. The U.S. TSA’s cybersecurity directives for airlines explicitly mandate these controls, including MFA, system monitoring, and incident reporting.
Identity orchestration as a defense
To tackle the multifaceted identity threats above, large enterprises including airlines are increasingly turning to identity orchestration – a layered approach that integrates various identity and fraud prevention tools into a cohesive defense. Rather than relying on a single system, orchestration allows dynamic, adaptive identity verification across the customer journey and employee access lifecycle:
Layered, adaptive security: Identity orchestration platforms act as a control plane uniting disparate identity systems. For an airline, this can meaning combining advanced document checks, biometric authentication, loyalty account security, and workforce single sign-on under one framework.
A platform like ID Dataweb can stitch together signals from multiple sources (device intelligence, watchlists, document scanning, etc.) in real time. If a login seems suspicious (e.g., a customer account access from a new device with high risk), the orchestration engine can trigger additional verification steps (like MFA or a security question) in real time. These adaptive workflows weed out fraudulent users without derailing legitimate ones
This layered model is crucial given the wide range of attacker tactics – no single checkpoint is foolproof, but multiple layers significantly raise the bar for attackers.
Unified view of identity risk: Through orchestration, carriers gain a holistic risk evaluation of every identity-related event. Signals from ID Dataweb’s aggregator model—like mobile network data, threat databases, and real-time device reputation—flow into one dashboard. This unified perspective helps detect complex fraud that siloed systems might overlook. For instance, if an online check-in attempt uses mismatched passport info and a flagged IP address, ID Dataweb’s orchestration layer can route that passenger for manual review before they ever reach the gate.
Minimal user experience vs security trade-off: One challenge in security is balancing strict controls with customer convenience – especially for VIP travelers and frequent flyers. Orchestration helps here by delivering a seamless experience for legitimate users while challenging the risky ones. UX and application teams can appreciate that this means less friction (and less abandonment) for good customers: e.g., a trusted frequent traveler might speed through verification via biometric match, whereas a first-time flyer from a high-risk geography might undergo extra checks. The result is higher customer satisfaction and stronger fraud defense, which ultimately protects revenue.
Future-proofing security investments: Above all, platforms like ID Dataweb are vendor-agnostic. Airlines can plug in new technologies (e.g., emerging forms of biometric authentication, updated watchlists, next-gen device intelligence) without overhauling their core identity infrastructure. In an industry where attacker methods and regulations across jurisdictions evolve constantly, this flexibility is paramount. It allows carriers to refine defenses—adding or replacing identity checks as needed—to stay one step ahead of fraud trends. Every security dollar goes further, and integration cycles shorten drastically.