デジタル認証と組み込みセキュリティ

当レポートでは、デジタル認証と組み込みセキュリティの動向を調査し、主要なハードウェアベース組み込みセキュリティ技術の市場予測、ハードウェアタイプ・導入事例・フォームファクターなど各種区分別の詳細分析などをまとめています。

実用的なメリット：

• 組み込み認証技術に最適なIoT用途を特定できます。
• 利用可能なセキュリティ機能に基づき、自社の組み込みシステムに最適なフォームファクターを決定できます。
• IoT製品開発におけるハードウェアセキュリティ戦略を最適化できます。

重要な質問への回答：

• ハードウェアベースのセキュリティを活用する業界は？
• OEMはどの認証フォームファクターを好むか？
• 組込みシステムをリードするハードウェアセキュリティ技術はどれか？

調査ハイライト：

• 主要なハードウェアベースの組み込みセキュリティ技術3タイプの市場予測：TPM (Trusted Platform Module)・TEE (Trusted Execution Environment)・セキュアMCU (Microcontroller Unit)・セキュアイレメント (SE)
• ハードウェアタイプおよび導入事例別の詳細な内訳
• 各フォームファクターおよび最終市場における出荷数と収益の予測 (5地域)

目次

テーブル

チャート

• チャート1：技術別組み込みセキュリティ出荷数
• チャート2：技術別組み込みセキュリティ収益
• チャート3：NFC組み込みセキュアイレメント出荷数
• チャート4：トラステッドプラットフォームモジュール (TPM) 出荷数
• チャート5：トラステッドエグゼキューションエンバイロメント (TEE) 出荷数
• チャート6：組み込みSIM (eSIM) 出荷数
• チャート7：認証IC出荷数
• チャート8：セキュアMCU出荷数
• チャート9：セキュアエレメント出荷数

Actionable Benefits:

• Identify the optimal Internet of Things (IoT) applications for your embedded authentication technologies.
• Determine the best form factor for your specific embedded systems based on available security features.
• Optimize hardware security strategies in your IoT product development.

Critical Questions Answered:

• Which industries are going to be leveraging hardware-based security?
• Which authentication form factors are Original Equipment Manufacturers (OEMs) going to be favoring?
• Which hardware security technologies are likely to lead for embedded systems?

Research Highlights:

• Market forecast for three primary hardware-based embedded security technologies: Trusted Platform Module (TPM), Trusted Execution Environment (TEE), secure Microcontroller Unit (MCU), and Secure Element (SE).
• A detailed breakdown by hardware type and application use case.
• Shipment and revenue forecasts for each form factor and end market across five regions.

Who Should Read This?

• Semiconductor and silicon Intellectual Property (IP) companies.
• Embedded systems OEMs.
• IoT service providers.

TABLE OF CONTENTS

Tables

• Table 1 Embedded Security Shipments by Technology
• Table 2 Shipments of NFC Embedded Secure Element by Application
• Table 3 Shipments of Trusted Platform Module by Application
• Table 4 Shipments of Trusted Execution Environment by Application
• Table 5 Shipments of Embedded SIM by Application
• Table 6 Shipments of Authentication IC by Application
• Table 7 Shipments of Secure MCUs by Application
• Table 8 Shipments of Secure Elements by Application
• Table 9 NFC Embedded Secure Element Shipments by Region
• Table 10 Trusted Platform Module Shipments by Region
• Table 11 Trusted Execution Environment Processor Shipments by Region
• Table 12 Embedded SIM Shipments by Region
• Table 13 Authentication IC Shipments by Region
• Table 14 Secure MCU Shipments by Region
• Table 15 Secure Elements Shipments by Region
• Table 16 NFC Embedded Secure Element Shipments ASPs and Revenue
• Table 17 NFC Embedded Secure Element Revenue by Region
• Table 18 Trusted Platform Module Shipments ASPs and Revenue
• Table 19 Trusted Platform Module Revenue by Region
• Table 20 Shipments ASPs and Revenue of Processors Supporting Trusted Execution Environment
• Table 21 Revenue of Processors Supporting Trusted Execution Environment
• Table 22 Embedded SIM Shipments ASPs and Revenue
• Table 23 Embedded SIM Consumer Revenue by Region
• Table 24 Embedded SIM M2M Revenue by Region
• Table 25 Authentication IC Shipments ASPs and Revenue
• Table 26 Authentication IC Revenue by Region
• Table 27 Secure MCU Shipments ASPs and Revenue
• Table 28 Secure MCU Revenue by Region
• Table 29 Secure Elements Shipments ASPs and Revenue
• Table 30 Secure Elements Revenue by Region

Charts

• Chart 1 Embedded Security Shipments by Technology
• Chart 2 Embedded Security Revenue by Technology
• Chart 3 Shipments of NFC Embedded Secure Element
• Chart 4 Shipments of Trusted Platform Module
• Chart 5 Shipments of Trusted Execution Environment
• Chart 6 Shipments of Embedded SIM
• Chart 7 Shipments of Authentication IC
• Chart 8 Shipments of Secure MCUs
• Chart 9 Shipments of Secure Elements