數位身分驗證與嵌入式安全：物聯網網路安全市場資料概述（2024 年第 2 季）

本報告提供數位身分驗證與嵌入式安全的市場調查，彙整主要的硬體設備為基礎的編入保全技術的出貨數·收益的預測，硬體設備類型·尺寸規格·地區等各種區分的詳細分析等資料。

實用的優點:

• 確定最適合嵌入式身分驗證技術的物聯網應用
• 您可以根據可用的安全功能確定適合您的特定嵌入式系統的最佳外形尺寸
• 優化物聯網產品開發中的硬體安全策略

關鍵問題的答案：

• 哪些產業利用硬體為基礎的安全性？
• OEM 喜歡哪種身份驗證形式？
• 哪種硬體安全技術將引領嵌入式系統？

研究亮點：

• 三種主要基於硬體的嵌入式安全技術的市場預測：可信任平台模組 (TPM)、可信任執行環境 (TEE) 和安全微控制器單元 (MCU)
• 詳細細分：按硬體類型和應用程式用例
• 五個地區每種規格和終端市場的出貨量和收入預測

目錄

主要發現 - 高成長市場和低成長市場

新功能 - 預測與先前版本相比的變化

研究方法-預測模型詳解

重要預測 - 全球出貨量、收入、平均售價、區域分佈

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

Who Should Read This?

• Semiconductor and silicon IP companies.
• Embedded systems OEMs.
• IoT service providers.

TABLE OF CONTENTS

Key Findings—High and Low Growth Markets

What's New—Forecast Changes from Last Iteration

Methodology—A Detailed Description on Forecast Model

Significant Forecasts—Global Shipments & Revenue, Average Selling Prices, and Regional Distribution