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市場調查報告書
商品編碼
2103336
無密碼認證市場:全球市場預測,2026-2032年Passwordless Authentication Market - Global Forecast 2026-2032 |
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預計到 2032 年,無密碼認證市場將成長至 694.9 億美元,複合年成長率為 19.56%。
| 主要市場統計數據 | |
|---|---|
| 基準年 2025 | 198.8億美元 |
| 預計年份:2026年 | 237.4億美元 |
| 預測年份 2032 | 694.9億美元 |
| 複合年成長率 (%) | 19.56% |
隨著企業減少對頻繁重複使用、易受網路釣魚攻擊、被盜或洩漏的憑證資料庫中的「基於知識的密鑰」的依賴,無密碼身份驗證正從一項安全創新轉變為企業身份標準。這項轉變的驅動力在於,企業需要在提升雲端應用、行動工作者、客戶入口網站、特權帳戶和受監管數位服務等場景下增強存取安全性,同時改善用戶體驗。關鍵方法包括基於公開金鑰加密的通行金鑰、生物識別技術、裝置關聯憑證、安全金鑰、QR碼登入、魔法連結以及無需傳統密碼即可驗證使用者身分的風險自適應身分驗證。
無密碼認證的趨勢正受到四大結構性變革的重塑:基於標準的金鑰、零信任安全架構、以身分為中心的威脅防禦以及對消費者級數位體驗的期望。金鑰的普及速度正在加快,因為它們採用非對稱加密技術,在正確實施的情況下能夠抵禦網路釣魚攻擊,並且可以根據安全保障要求進行同步或綁定到設備。這使得無密碼登入在員工身分管理以及消費者識別及存取管理方面都變得越來越實用。
人工智慧 (AI) 正在提升無密碼身份驗證的價值和複雜性。從防禦角度來看,AI 驅動的身份系統可以分析行為訊號、裝置遙測資料、位置模式、交易上下文、會話異常和存取歷史記錄,從而判斷登入試驗是否合法。這使得組織能夠在風險增加時才加強檢驗,從而增強自適應身份驗證,並提高安全性和使用者體驗。
在亞太地區,隨著數位銀行、行動支付、電子政府、電信服務和大規模的差異催生了對靈活的無密碼認證模式的需求,包括生物識別、金鑰認證、行動裝置認證和基於風險的認證。
北約成員國將身分安全視為至關重要的戰略要務,因為身分驗證憑證的洩漏可能影響國防供應鏈、公共部門系統、關鍵基礎設施和跨境安全合作。無密碼身份驗證對於網路防禦現代化、特權存取管理、確保安全協作以及抵禦國家支持的網路釣魚和社交工程攻擊正變得日益重要。
中國的無密碼認證趨勢是由大規模行動支付、超級應用生態系統、數位身分計畫、生物生物識別以及消費者數位化程度的廣泛提高所驅動的。美國是無密碼認證領域的先驅,這得益於其對零信任架構、多因素認證(作為反釣魚措施)、雲端現代化以及聯邦政府、醫療保健、金融和關鍵基礎設施系統保護的高度重視。日本優先考慮安全數位轉型、老齡化社會中的無障礙環境、金融服務安全和企業現代化,這些都催生了對便利可靠認證的需求。印度正透過數位公共基礎設施、行動支付、普惠金融、電子政府和基於生物識別的身份服務加速無密碼認證的普及,同時,印度也需要能夠在各種設備、語言和連接環境下運作的解決方案。
行業領導者應先根據風險、用戶群體、設備管理、監管風險和恢復複雜性對身份驗證用例進行分類。不同的場景(例如員工、客戶、合作夥伴、開發人員和特權存取)需要不同等級的安全保障,單一的無密碼方法可能並不適用於所有工作流程。應根據應用程式和交易的敏感性,合理分配基於標準的金鑰、FIDO2 安全金鑰、裝置綁定憑證、生物識別和自適應身分驗證等方法。
本執行摘要採用系統化的二手調查方法編寫,重點關注檢驗的、公開可用的、基於證據的資訊來源。分析整合了來自網路安全標準化機構、數位身分框架、監管指南、政府網路安全建議、金融認證要求、隱私法規、技術標準文件以及業界公認的憑證竊取、網路釣魚、帳戶盜用和零信任安全的研究資訊。
隨著企業組織面臨基於憑證的攻擊、網路釣魚、遠端存取風險、監管壓力以及對無縫數位體驗日益成長的期望等諸多挑戰,無密碼身份驗證正成為現代身份安全的關鍵支柱。其最大價值在於以加密、生物識別、基於裝置和情境感知的方法來取代易受攻擊的共用金鑰,從而提升安全性和易用性。
The Passwordless Authentication Market is projected to grow by USD 69.49 billion at a CAGR of 19.56% by 2032.
| KEY MARKET STATISTICS | |
|---|---|
| Base Year [2025] | USD 19.88 billion |
| Estimated Year [2026] | USD 23.74 billion |
| Forecast Year [2032] | USD 69.49 billion |
| CAGR (%) | 19.56% |
Passwordless authentication is moving from a security innovation to an enterprise identity standard as organizations reduce dependence on knowledge-based secrets that are frequently reused, phished, stolen, or exposed in credential databases. The shift is driven by the need to strengthen access security while improving user experience across cloud applications, mobile workforces, customer portals, privileged accounts, and regulated digital services. Core approaches include passkeys based on public-key cryptography, biometric authentication, device-bound credentials, security keys, QR-based sign-in, magic links, and risk-adaptive authentication that validates users without requiring traditional passwords.
The business case is reinforced by widely observed cybersecurity patterns: credential theft remains a leading factor in breaches, phishing continues to target human decision-making, and help desks bear recurring costs from password resets and account lockouts. Passwordless authentication addresses these issues by replacing shared secrets with cryptographic proof, possession factors, biometric verification, and contextual signals. Adoption is also supported by standards such as FIDO2 and WebAuthn, operating-system-level passkey support, and regulatory emphasis on strong authentication, privacy, and digital identity assurance. For enterprises, the strategic priority is no longer whether passwordless authentication is viable, but how to implement it consistently across employees, consumers, partners, legacy systems, and high-risk workflows.
The passwordless authentication landscape is being reshaped by four structural shifts: standards-based passkeys, zero trust security architecture, identity-centric threat defense, and consumer-grade digital experience expectations. Passkeys are accelerating adoption because they use asymmetric cryptography, are resistant to phishing when properly implemented, and can be synchronized or device-bound depending on assurance requirements. This makes passwordless login increasingly practical for both workforce identity and consumer identity and access management.
Enterprises are also aligning passwordless authentication with zero trust principles, where every access request is continuously evaluated based on user identity, device posture, location, session behavior, application sensitivity, and risk signals. This transition is reducing reliance on static credentials and enabling more granular access controls. In parallel, the growing use of cloud services, software-as-a-service applications, remote work, and mobile-first access has expanded the identity attack surface, making credential-free authentication an important layer of resilience.
Another transformative shift is the convergence of authentication and user experience. Organizations are under pressure to reduce friction without weakening assurance, particularly in banking, healthcare, government, e-commerce, education, and enterprise software. Passwordless authentication supports faster onboarding, fewer failed logins, lower password reset dependency, and stronger phishing resistance. The landscape is also becoming more policy-driven, with identity teams balancing usability, interoperability, accessibility, privacy, recovery processes, and regulatory compliance.
Artificial intelligence is amplifying the value and complexity of passwordless authentication. On the defensive side, AI-enabled identity systems can analyze behavioral signals, device telemetry, geolocation patterns, transaction context, session anomalies, and access histories to determine whether a login attempt appears legitimate. This strengthens adaptive authentication by allowing organizations to step up verification only when risk is elevated, improving both security and user experience.
AI also enhances fraud detection by identifying patterns associated with account takeover, synthetic identity activity, bot-driven login attempts, impossible travel, session hijacking, and abnormal privileged access behavior. When combined with passwordless authentication, AI can help create a layered model in which cryptographic authentication verifies possession while risk analytics continuously evaluates context before and after login.
However, AI is also increasing the urgency of passwordless adoption. Generative AI can improve phishing lures, automate social engineering, and accelerate credential harvesting campaigns. Deepfake-enabled voice and video deception can weaken traditional identity verification processes, while automated attack tools can test exposed credentials at scale. Passwordless systems that rely on phishing-resistant cryptography, device binding, liveness detection, and strong account recovery controls are better positioned to withstand these evolving threats. Industry leaders must treat AI not as a replacement for strong authentication, but as an intelligence layer that improves detection, orchestration, and response across the identity lifecycle.
Asia-Pacific is experiencing rapid passwordless authentication adoption as digital banking, mobile payments, e-government, telecom services, and large-scale consumer platforms expand across highly mobile-first populations. Countries in the region are also advancing national digital identity programs, data protection rules, and cybersecurity frameworks that support stronger authentication. The diversity of infrastructure maturity across Asia-Pacific creates demand for flexible passwordless models, including biometrics, passkeys, mobile device verification, and risk-based authentication.
Europe's passwordless authentication environment is shaped by strict privacy expectations, digital identity initiatives, open banking, cybersecurity regulation, and the need for cross-border interoperability. Strong authentication requirements in financial services and public digital services have created a favorable environment for phishing-resistant login methods. European organizations are also emphasizing privacy-preserving authentication, consent management, and compliance with data protection principles when deploying biometric and behavioral technologies.
North America remains a highly advanced region for passwordless authentication due to mature cloud adoption, elevated cybersecurity priorities, widespread remote and hybrid work patterns, and strong demand for phishing-resistant multifactor authentication. Regulatory attention to critical infrastructure, financial services, healthcare privacy, and public-sector cybersecurity has pushed organizations toward identity-first security controls. The region is also a major early adopter of passkeys and standards-based authentication across workforce and customer-facing use cases.
Latin America is increasingly prioritizing passwordless authentication as digital financial services, e-commerce, mobile banking, and online government services scale. The region faces persistent challenges from fraud, credential theft, and account takeover, making biometric login, device-based authentication, and adaptive access controls relevant for improving digital trust. Adoption is strongest where mobile identity, payment modernization, and financial inclusion initiatives intersect.
Africa presents a growing opportunity for passwordless authentication as mobile money, digital banking, telecom-led identity services, and e-government platforms expand. Many markets are mobile-first, making device-based and biometric authentication particularly relevant. At the same time, uneven connectivity, device affordability, and identity documentation gaps require inclusive approaches that balance strong security with accessibility, offline capability, and low-friction recovery.
The Middle East is advancing passwordless authentication through national digital transformation programs, smart government services, fintech expansion, and cybersecurity modernization. High levels of mobile engagement and government-led digital identity initiatives support adoption of biometric and device-based authentication. Critical sectors such as energy, banking, aviation, and public services are prioritizing stronger access assurance as part of broader cyber resilience programs.
NATO member states place high strategic importance on identity security because credential compromise can affect defense supply chains, public-sector systems, critical infrastructure, and cross-border security cooperation. Passwordless authentication is increasingly relevant to cyber defense modernization, privileged access management, secure collaboration, and resilience against state-linked phishing and social engineering campaigns.
G7 countries are generally characterized by mature enterprise identity programs, advanced regulatory scrutiny, strong cloud and software adoption, and sustained focus on protecting critical infrastructure from credential-based attacks. Passwordless authentication in these economies is increasingly aligned with zero trust programs, phishing-resistant authentication mandates, digital service modernization, and secure customer experience strategies.
BRICS economies show diverse but expanding passwordless authentication demand, supported by large digital populations, national payment infrastructures, digital public services, cloud migration, and financial inclusion strategies. Adoption patterns vary by country, but common priorities include reducing online fraud, strengthening digital identity assurance, and enabling secure access to public and private platforms at scale.
The European Union is a significant policy-driven environment for passwordless authentication, shaped by digital identity initiatives, privacy regulation, cybersecurity legislation, and strong customer authentication requirements. The emphasis on interoperability, consent, data minimization, and trusted digital wallets supports the development of passwordless systems that are secure, privacy-preserving, and usable across borders.
ASEAN's passwordless authentication adoption is closely tied to mobile-first digital economies, real-time payments, super-app ecosystems, digital banking, and regional cybersecurity cooperation. Governments and financial institutions are encouraging stronger digital identity practices while enterprises seek scalable authentication methods for customers, employees, and partners across multilingual and cross-border environments.
The GCC is advancing passwordless authentication through smart city programs, digital government platforms, biometric identity systems, financial sector modernization, and critical infrastructure protection. High smartphone penetration and strong investment in digital public services make the region well suited to biometric, mobile-based, and risk-adaptive authentication models that reduce password dependency while supporting secure citizen and enterprise access.
China's passwordless authentication landscape is driven by large-scale mobile payments, super-app ecosystems, digital identity initiatives, biometric verification, and extensive consumer digital engagement. The United States is a leading adopter due to strong emphasis on zero trust architecture, phishing-resistant multifactor authentication, cloud modernization, and protection of federal, healthcare, financial, and critical infrastructure systems. Japan prioritizes secure digital transformation, aging-population accessibility, financial services security, and enterprise modernization, creating demand for low-friction and highly reliable authentication. India is accelerating adoption through digital public infrastructure, mobile payments, financial inclusion, e-government, and biometric-enabled identity services, while also requiring solutions that function across varied devices, languages, and connectivity conditions.
Germany emphasizes data protection, industrial cybersecurity, secure enterprise access, and privacy-preserving authentication, particularly across manufacturing, finance, and public administration. The United Kingdom is shaped by strong digital identity debate, open banking, cybersecurity guidance, and enterprise zero trust adoption, making passkeys and biometric authentication increasingly relevant. Australia is advancing passwordless authentication through cybersecurity reforms, digital identity initiatives, financial services modernization, and protection of public-sector services. France is advancing secure digital services, financial authentication, and public-sector identity modernization, while South Korea benefits from advanced broadband and mobile infrastructure, strong digital banking, e-government services, and consumer readiness for biometric and device-based authentication.
Italy and Spain are expanding passwordless use cases through banking, e-government, healthcare access, and cloud-based workforce security. Canada is advancing adoption through privacy-conscious digital services, financial sector security, and public-sector modernization, with attention to accessibility and bilingual user experience. Russia's environment is influenced by domestic technology priorities, digital sovereignty considerations, online banking, and public digital services, with authentication modernization focused on resilience and local infrastructure. Brazil is strengthening passwordless authentication demand through widespread digital payments, online banking, government digital services, and efforts to combat account takeover and financial fraud. Mexico's adoption is supported by digital banking, e-commerce growth, and fraud prevention priorities, particularly where mobile authentication can improve secure access for consumers and businesses.
Industry leaders should begin by classifying authentication use cases by risk, user population, device control, regulatory exposure, and recovery complexity. Workforce, customer, partner, developer, and privileged access scenarios require different assurance levels, and a single passwordless method may not fit every workflow. Standards-based passkeys, FIDO2 security keys, device-bound credentials, biometric verification, and adaptive authentication should be mapped to the sensitivity of applications and transactions.
Organizations should prioritize phishing-resistant authentication for administrators, executives, remote workers, financial approvals, regulated data access, and critical systems. They should also integrate passwordless authentication with identity governance, privileged access management, endpoint security, fraud analytics, and zero trust policy engines. A phased migration approach is recommended: start with high-risk and high-friction user groups, measure reduction in password resets and failed login rates, then expand to broader populations.
Account recovery must be designed as a security control rather than an afterthought. Weak recovery processes can undermine strong passwordless authentication, so enterprises should use layered recovery verification, device re-enrollment controls, fraud monitoring, and user education. Accessibility and inclusion are also essential, particularly for biometric alternatives, shared devices, rural connectivity, and users with disabilities. Finally, leaders should continuously test resistance to phishing, social engineering, AI-enhanced fraud, and session hijacking to ensure passwordless programs deliver measurable security outcomes.
This executive summary is developed through a structured secondary research methodology focused on verified, publicly available, and evidence-based sources. The analysis synthesizes information from cybersecurity standards bodies, digital identity frameworks, regulatory guidance, government cybersecurity advisories, financial authentication requirements, privacy regulations, technology standards documentation, and industry-recognized research on credential theft, phishing, account takeover, and zero trust security.
The research approach emphasizes qualitative validation rather than market sizing or forecasting. Key themes are assessed across technology maturity, regulatory drivers, regional digital infrastructure, authentication standards, enterprise deployment patterns, threat intelligence, and user experience considerations. Regional, group, and country insights are derived from observed digital transformation priorities, cybersecurity policy environments, financial services modernization, public-sector identity initiatives, and adoption conditions relevant to passwordless authentication.
To maintain analytical integrity, the methodology avoids unverified claims, speculative projections, vendor-specific positioning, and company-level comparisons. Findings are framed to support strategic decision-making for industry leaders evaluating passwordless authentication implementation, interoperability, compliance, and cyber resilience.
Passwordless authentication is becoming a critical pillar of modern identity security as organizations respond to credential-based attacks, phishing, remote access risks, regulatory pressure, and rising expectations for seamless digital experiences. Its strongest value lies in replacing vulnerable shared secrets with cryptographic, biometric, device-based, and contextual methods that improve both security and usability.
The next phase of adoption will be shaped by passkeys, zero trust architecture, AI-enabled risk analytics, privacy-preserving identity systems, and resilient account recovery. Regional and country-level adoption will vary according to digital infrastructure, regulation, mobile penetration, financial services maturity, and public-sector identity programs, but the strategic direction is consistent: passwords are no longer sufficient as the primary mechanism for trusted digital access.
Organizations that implement passwordless authentication with strong governance, inclusive design, phishing-resistant standards, and continuous risk monitoring will be better positioned to reduce fraud, protect sensitive systems, improve user experience, and strengthen long-term cyber resilience.