E-passport Market

E-passport Market Size, Market Forecast and Outlook By FMI

The e-passport market is expected to expand from USD 86.2 billion in 2026 to USD 593.0 billion by 2036. The market is anticipated to register a 21.3% CAGR during the forecast period. RFID E-passport Chip is likely to lead solution with a 41.0% share, while Leisure Travel is expected to account for 67.0% share of the application segment in 2026.

Summary of the E-passport Market

• Demand and Growth Drivers
  • Border automation is expected to support e-passport adoption as governments seek faster traveler verification.
  • Digital identity programs are likely to increase demand for chip-based travel credentials with secure validation.
  • Visa facilitation rules are anticipated to strengthen adoption where e-passport compliance supports easier entry.
• Product and Segment View
  • RFID E-passport Chip is expected to lead the solution segment due to its role in biometric data storage and verification.
  • Leisure Travel is likely to remain the main application because high-volume short-stay corridors depend on compliant credentials.
  • PACE is anticipated to retain leadership in security as contactless inspection systems require protected chip access.
• Geography and Competitive Outlook
  • India is expected to lead country-level growth due to staged national e-passport rollout and issuance-system modernization.
  • China is likely to record strong expansion as embedded-chip passports remain tied to standardized national credential programs.
  • Companies with stronger personalization systems and PKI lifecycle capabilities are anticipated to strengthen their position in digital travel identity.
• Analyst Opinion
  • Sudip Saha, Co-founder at Future Market Insights, suggests, “The e-passport market is likely to move toward national-scale identity infrastructure rather than simple booklet replacement. RFID E-passport Chips are expected to retain advantage as governments prioritize secure issuance, interoperable inspection, and reliable cryptographic verification across travel corridors.”
• E-passport Market Value Analysis
  • The e-passport market is moving from document modernization toward integrated digital border identity systems.
  • Spending is likely to rise as governments upgrade issuance stacks, chip personalization, and certificate validation systems.
  • Use is expected to increase where automated border control and visa facilitation depend on ICAO-aligned credentials.
  • Technology investment is anticipated to be supported by RFID chips, PKI software, PACE security, and inspection ecosystem integration.

Key Takeaways, Market Size, and Forecast

Metric	Value
Market Size (2026)	USD 86.2 Billion
Market Size (2036)	USD 593.0 Billion
CAGR (2026–2036)	21.3%
Leading Solution (2026)	RFID E-Passport Chip
RFID E-Passport Chip Share (2026)	41.0%
Leading Application (2026)	Leisure Travel
Leisure Travel Share (2026)	67.0%
Leading Security (2026)	PACE
PACE Share (2026)	55.0%
Fastest-Growing Country	India
India CAGR	29.4%

Global E-passport Market Key Takeaways

Metric	Value
E-passport Market Size (2026E)	USD 86.2 billion
E-passport Market Value (2036F)	USD 593.0 billion
CAGR (2026-2036)	21.3%

How is the E-passport Market Growing?

E-passports are scaling because identity assurance is being industrialized across the travel journey. Growth is being pulled by the system effect created when issuance modernization, border automation, and interoperability standards land together.

A concrete policy lever is that e-passport possession is now embedded into facilitation access. The U.S. Visa Waiver Program explicitly requires an ICAO-compliant e-passport, which structurally ties adoption to high-volume leisure corridors rather than to niche high-security traveler cohorts. Japan’s visa exemption conditions for select nationalities similarly reference ICAO-compliant e-passports, reinforcing that compliance is an eligibility requirement.

On standards and trust distribution, ICAO Doc 9303 continues to anchor consistent data structures and access-control expectations, while ICAO PKD provides the mechanism for cross-border certificate validation used in eMRTD authentication. ICAO’s Digital Travel Credential guidance further signals that the passport remains the root credential even as processes become more digital and pre-travel.

How is the E-passport Market Segmented?

Why do RFID E-passport Chips lead Solution adoption?

RFID e-passport chips account for 41.0% of solution adoption because they are the non-substitutable anchor of the entire eMRTD stack that include identity binding, inspection, and cryptographic integrity checks only work when the credential payload is stored and protected on-chip in an ICAO-aligned structure.

Once countries modernize inspection lanes (e-gates, automated readers, and higher-volume document examination), the chip becomes tightly coupled to throughput design: faster, more standardized inspection depends on machine-verifiable data and signature validation rather than manual, visually adjudicated checks.

Because the ICAO eMRTD model prescribes how the chip-based data is structured and verified, procurement decisions tend to treat chip capability as a baseline compliance requirement rather than a feature layer.

Why does Leisure Travel lead Application share?

Leisure travel holds 67.0% of application share because adoption is increasingly driven by eligibility rules and border-processing design, not traveler preference. In the United States, participation in the Visa Waiver Program explicitly requires an e-passport  which channels high-volume short-stay tourism flows into compliance-linked demand for chip-enabled passports.

Japan similarly ties visa-free or simplified entry conditions for specific nationalities and arrangements to holding an ICAO-compliant e-passport, effectively converting a large share of short-term leisure movement into a document-specification requirement. This mechanism matters for market mix because leisure trips are typically more frequent, higher-volume, and more policy-exposed than long-duration business or residency categories, so when a destination conditions easy entry on e-passport compliance, leisure demand becomes the dominant adoption engine.

Why does PACE lead Security adoption in the E-passport Landscape?

Password authenticated connection establishment (PACE) represents 55.0% of security adoption because it directly addresses access control expectations that become non-negotiable as contactless inspection scales across e-gates and mobile and handheld readers. Practically, PACE upgrades the open the chip securely step. It establishes a protected session based on a password derived from document data, which is central to preventing trivial skimming/unauthorized reads in scaled deployments.

ICAO Doc 9303 treats PACE as a deployable access-control mechanism within the eMRTD security architecture including how the chip and inspection system use document-derived secrets to bootstrap secure messaging, which accelerates standardization where inspection modernization programs are underway. As more checkpoints depend on automated, repeatable contactless reads, PACE adoption rises because it is increasingly “built into” interoperability expectations for secure, high-throughput inspection rather than treated as an optional security add-on.

Which Dynamics Influence Developments in the E-passport Landscape?

Operational and Supply-Side Trigger	Impact
Issuance stack modernization moving from pilots to default issuance	India’s PSP V2.0 direction and parliamentary confirmation of phased e-passport rollout expands steady-state volumes for chips and personalization systems rather than episodic batches.
Trust distribution becoming an availability requirement (not an IT feature)	ICAO PKD institutionalizes certificate exchange for authentication, increasing the premium on vendors that can operate PKI lifecycle management with audit-ready uptime.
Facilitation rules converting compliance into demand	The U.S. VWP makes e-passports a prerequisite for streamlined entry, structurally weighting demand toward leisure-heavy corridors.

Source: FMI’s proprietary forecasting model and primary research

Country-wise Analysis

Country	CAGR (2026-2036)
India	29.4%
China	28.2%
Japan	25.9%
USA	22.7%
Germany	21.6%

Source: Future Market Insights (FMI) analysis, based on proprietary forecasting model and primary research

How is India’s Expansion being shaped by issuance-scale redesign rather than “feature upgrades”?

India’s 29.4% CAGR is being driven by the conversion of e-passports from an initiative into a production operating model. The demand signal is not speculative: official statements around Passport Seva Programme V2.0 and parliamentary responses on e-passport issuance position roll-out as a staged national program.

That framing matters commercially because it implies recurring volumes across personalization, chip supply, and verification infrastructure, plus the service layers required to keep issuance SLAs intact across a high-footfall network of passport offices.

Why does China’s Expansion reflect scale-through-standardization economics in credential issuance?

China’s 28.2% CAGR aligns with a model where embedded-chip passports are treated as a standardized national credential rather than a premium variant, which supports high-volume issuance economics and sustained replenishment cycles.

Official passport information emphasizes the e-passport format and booklet standards as the norm of issuance rather than a niche track. In this setup, the market’s growth is shaped by the continuity of standardized issuance and the downstream need to keep inspection compatibility tight in cross-border contexts aligned to ICAO eMRTD specifications.

How is Japan’s Growth being pulled by facilitation eligibility and corridor design?

Japan’s 25.9% CAGR is being pulled by facilitation rules that convert e-passport ownership into a practical requirement for certain traveler cohorts. Japan’s visa exemption conditions for select nationalities explicitly reference the need for an ICAO-compliant e-passport, which links credential compliance directly to demand in leisure and short-stay travel flows. That policy structure effectively shifts e-passport demand from security modernization into access enablement, which is a stronger and more persistent driver in high-volume routes.

Why does the USA’s Growth track policy-gated demand plus passport product refresh cycles?

The USA’s 22.7% CAGR is anchored by policy-gated demand through the Visa Waiver Program, where an ICAO-compliant e-passport is a stated requirement. In parallel, the United States continues to modernize the passport booklet itself through next-generation passport upgrades, which sustains a refresh cadence that matters for materials, secure printing, and production operations. The combination is commercially decisive: one lever stabilizes baseline volumes, while the other sustains replacement and upgrade cycles.

How is Germany’s Market shaped by mature baseline, higher security expectations Dynamics?

Germany’s 21.6% CAGR is shaped by a mature ePass baseline that normalizes contactless chip identity documents and raises the bar for security mechanisms and verification discipline. Germany’s national cybersecurity authority (BSI) positions the ePass as a contactless-chip identity document, reflecting institutional maturity in how the credential is governed and used. In mature environments like this, growth is less about first-time adoption and more about lifecycle-driven upgrades, tightening access control, reader compatibility, and certificate handling aligned with the ICAO trust ecosystem.

Competitive Landscape

Competition is separating into three defensible arenas: issuance and personalization at national scale, cryptographic trust operations, and inspection ecosystem integration.

• Scale-grade issuance and personalization: Leadership is defined by the ability to run national programs as high-availability public services—predictable throughput, low defect rates, and tight materials governance across secure printing, chips, and personalization. This is where Thales, IDEMIA, Veridos, G+D, De La Rue, and Oberthur are evaluated: execution resilience, not marketing claims.
• Trust infrastructure as a switching cost: PKI lifecycle management increasingly determines stickiness, because certificate updates, revocation handling, and PKD participation become operational-risk items, not “IT features.” ICAO’s PKD role as a central trust repository makes the direction explicit. Entrust is structurally advantaged where auditability and lifecycle governance are decisive buying criteria.
• Border ecosystem attach: HID and inspection-side providers benefit as adoption shifts from issuance to utilization at e-gates and inspection points. The more a country invests in automated clearance, the more value shifts toward reader compatibility and update cadence aligned with Doc 9303 evolution.

Key Players Profiled

• Thales Group
• IDEMIA
• Entrust Corporation
• Veridos GmbH
• HID Global
• Infineon Technologies AG
• Gemalto (A Thales Company)
• De La Rue plc
• Oberthur Technologies
• Giesecke+Devrient (G+D)

Scope of Report

Items	Values
Quantitative Units	USD Billion
Solution	RFID E-passport Chip; E-passport PKI Software; E-passport Signing & Validation Software Modules
Application	Leisure Travel; Business Travel
Security	Password Authenticated Connection Establishment; Basic Access Control; Supplemental Access Control; Extended Access Control
Key Countries Covered	India; China; Germany; Japan; USA
Key Companies Profiled	Thales Group; IDEMIA; Entrust Corporation; Veridos GmbH; HID Global; Infineon Technologies AG; Gemalto (A Thales Company); De La Rue plc; Oberthur Technologies; Giesecke+Devrient (G+D)

E-passport Market by Key Segments

By Solution

• RFID E-passport Chip
• E-passport PKI Software
• E-passport Signing & Validation Software Modules

By Application

• Leisure Travel
• Business Travel

By Security

• Password Authenticated Connection Establishment
• Basic Access Control
• Supplemental Access Control
• Extended Access Control

By Region

• North America
• Latin America
• Western Europe
• Eastern Europe
• East Asia
• South Asia & Pacific
• Middle East & Africa

Bibliography

• International Civil Aviation Organization. (2024). Doc 9303, Part 11: Security mechanisms for MRTDs (consolidated ed.) [PDF]. International Civil Aviation Organization.
• International Civil Aviation Organization. (2024). High-level guidance: Explaining the ICAO Digital Travel Credentials (Version 1.0) [PDF]. ICAO TAG/TRIP.
• International Civil Aviation Organization. (n.d.). ICAO Public Key Directory (PKD). International Civil Aviation Organization.
• International Air Transport Association. (2024). Digital identity and biometrics for seamless travel (Nick Careen quote). International Air Transport Association.
• Ministry of External Affairs, Government of India. (2024, December 6). QUESTION NO. 1876: Issuance of e-Passports [Parliament reply].
• Bundesamt für Sicherheit in der Informationstechnik. (n.d.). Electronic passport (ePass). Federal Office for Information Security (Germany).