數位認證和嵌入式安全

本報告分析了全球數位認證和嵌入式安全市場，總結了嵌入式安全產品出貨量和收入的趨勢和預測，並按技術和應用進行了詳細分析，同時還分析了競爭格局和主要供應商的市場佔有率。

實際益處：

• 到 2031 年，您可以比較和評估安全微控制器單元 (MCU)、安全元件 (SE)、身份驗證積體電路 (Auth IC)、高可靠性執行環境 (TEE) 和可信任平台模組 (TPM) 的成長機會。
• 您可以評估歐盟網路彈性法案 (CRA)、無線電設備指令 (RED)、UNECE WP.29 和 IEC 62443 等監管要求對您的嵌入式安全投資和產品藍圖的影響。
• 您將了解後量子密碼學 (PQC) 如何改變半導體設計、安全架構和採購要求。
• 您可以確定嵌入式安全最具吸引力的垂直市場，例如汽車、工業自動化、公共產業、智慧家庭、資料中心和物聯網生態系統。
• 您可以評估與裝置配置、生命週期管理和硬體信任根 (RoT) 平台相關的競爭定位和服務機會。

主要問題解答：

• 在2026年至2031年間，哪一種嵌入式安全技術的出貨量成長最為顯著？
• 在連網型設備生態系中，安全型 MCU、TEE、SE、認證 IC 和 TPM 的發展趨勢如何？
• PQC在安全硬體的部署和合規性要求中扮演什麼角色？
• 法規要求如何影響工業、汽車、企業和消費市場的安全技術應用？

研究亮點：

• 到 2031 年嵌入式安全技術出貨量預測（涵蓋安全 MCU、TEE、SE、認證 IC 和 TPM）
• 分析關鍵技術趨勢，包括整合安全區域、生命週期管理服務、硬體 RoT 和 PQC 的採用。
• 按應用領域細分，包括汽車、工業IoT、智慧家庭、智慧城市、穿戴式裝置、零售、供應鏈、個人電腦（PC）和企業基礎設施。
• TPM市場供應商市佔率分析（包括新通電子、義法半導體、英飛凌、新興供應商）

目錄

表

圖形

• 嵌入式安全貨物：依技術分類
• 嵌入式安全收入：依技術分類
• TPM市場佔有率：依供應商分類
• 可信任平台模組出貨量：依應用
• 高可靠性執行環境的出貨量：依應用分類
• 按應用分類的認證積體電路出貨數量
• 安全MCU出貨量：依應用
• 安全元件出貨量：依應用

Actionable Benefits:

• Benchmark growth opportunities across secure Microcontroller Units (MCUs), Secure Elements (SEs), Authentication Integrated Circuits (Auth ICs), Trusted Execution Environments (TEEs), and Trusted Platform Modules (TPMs) through 2031.
• Assess the impact of regulatory mandates, including the European Union (EU) Cyber Resilience Act (CRA), Radio Equipment Directive (RED), UNECE WP.29, and IEC 62443, on embedded security investment and product roadmaps.
• Understand how Post-Quantum Cryptography (PQC) is reshaping silicon design, security architectures, and procurement requirements.
• Identify the most attractive vertical markets for embedded security, including automotive, industrial automation, utilities, smart home, data centers, and Internet of Things (IoT) ecosystems.
• Evaluate competitive positioning and service opportunities related to device provisioning, lifecycle management, and hardware Root of Trust (RoT) platforms.

Critical Questions Answered:

• Which embedded security technologies will experience the strongest shipment growth between 2026 and 2031?
• How are secure MCUs, TEEs, SEs, Auth ICs, and TPMs evolving within connected device ecosystems?
• What role will PQC play in security hardware adoption and compliance requirements?
• How are regulatory mandates influencing security deployments across industrial, automotive, enterprise, and consumer markets?

Research Highlights:

• Forecasts for embedded security technology shipments through 2031, covering secure MCUs, TEEs, SEs, Auth ICs, and TPMs.
• Analysis of key technology trends, including integrated security enclaves, lifecycle management services, hardware RoTs, and PQC adoption.
• Segmentation by application, including automotive, industrial IoT, smart home, smart cities, wearables, retail, supply chain, Personal Computers (PCs), and enterprise infrastructure.
• Vendor market share analysis for the TPM market, including Nuvoton, STMicroelectronics, Infineon, and emerging suppliers.

Who Should Read This?

• Product strategy, security architecture, and technology leaders at semiconductor and embedded security vendors.
• Business development and product management teams at MCU, Microprocessor Unit (MPU), SE, and Auth IC suppliers.
• Original Equipment Manufacturer (OEM) decision makers in automotive, industrial automation, utilities, smart home, consumer electronics, and connected device markets.
• Cybersecurity leaders responsible for hardware security, device identity, lifecycle management, and IoT security strategies.
• Investors, analysts, and corporate strategists tracking semiconductor security trends, PQC adoption, and regulatory-driven market opportunities.
• Standards, compliance, and risk management professionals assessing security technology adoption requirements.

TABLE OF CONTENTS

Tables

• Table 1 Embedded Security Shipments by Technology
• Table 2 Trusted Platform Module Shipments by Application
• Table 3 Trusted Execution Environment Shipments by Application
• Table 4 Authentication IC Shipments by Application
• Table 5 Secure MCU Shipments by Application
• Table 6 Secure Element Shipments by Application
• Table 7 Trusted Platform Module Shipments by Region
• Table 8 Trusted Execution Environment Processor Shipments by Region
• Table 9 Authentication IC Shipments by Region
• Table 10 Secure MCU Shipments by Region
• Table 11 Secure Element Shipments by Region
• Table 12 Trusted Platform Module Shipments ASPs and Revenue
• Table 13 Trusted Platform Module Revenue by Region
• Table 14 Shipments ASPs and Revenue of Processors Supporting Trusted Execution Environment
• Table 15 Revenue of Processors Supporting Trusted Execution Environment
• Table 16 Authentication IC Shipments ASPs and Revenue
• Table 17 Authentication IC Revenue by Region
• Table 18 Secure MCU Shipments ASPs and Revenue
• Table 19 Secure MCU Revenue by Region
• Table 20 Secure Elements Shipments ASPs and Revenue
• Table 21 Secure Elements Revenue by Region

Charts

• Chart 1 Embedded Security Shipments by Technology
• Chart 2 Embedded Security Revenue by Technology
• Chart 3 TPM Market Share by Vendor
• Chart 4 Trusted Platform Module Shipments by Application
• Chart 5 Trusted Execution Environment Shipments by Application
• Chart 6 Authentication IC Shipments by Application
• Chart 7 Secure MCU Shipments by Application
• Chart 8 Secure Element Shipments by Application