設備到雲端：物聯網設備管理安全

本報告調查了物聯網和雲端生態系統的安全趨勢，包括市場背景、市場影響因素和趨勢、安全技術及其在硬體、軟體、網路和雲端中的整合、物聯網連接數量及相關內容。它總結了物聯網和雲生態系統的規模和規模。技術市場預測、主要廠商概況等。

實際好處

• 確定物聯網和雲端生態系統的主要趨勢和組成部分，以進行市場推廣和規劃
• 您可以在三個核心領域制定安全策略：物聯網設備安全、通訊網路安全和雲端安全。
• 深入了解物聯網市場規模以及按支出類型和地區劃分的相關技術收入

關鍵問題的答案：

• 企業如何保護其 IoT 設備、網路以及與雲端環境的連線？
• 量子運算如何威脅目前的物聯網網路安全策略？
• 物聯網網路安全解決方案的技術市場是什麼？
• 硬體安全模組 (HSM)、可信任平台模組 (TPM) 和可信任執行環境 (TEE) 在物聯網網路安全中的作用和市場規模有哪些？
• 物聯網法規將如何影響物聯網網路安全支出？

研究亮點：

• 以網路安全技術形式劃分的物聯網連線數量和支出
• 晶片到雲端安全服務的環境和市場趨勢，包括關鍵基礎設施物聯網和 OT 網路安全支出
• 物聯網到雲端安全技術的外型：概述

目錄

執行摘要

策略建議

簡介/背景

物聯網到雲端安全技術：從安全連接到安全晶片

• 設備到雲端的通訊和安全協議
• 硬體安全模組及其在物聯網安全中的作用
• 可信任平台模組在物聯網網路安全中的重要性
• 可信賴的執行環境
• 物聯網設備的實體功能不可複製
• 安全元素

將安全性整合到物聯網：硬體、軟體、網路、雲端

• 超越 HSM 和 TPM 策略的硬體安全性
• 安裝正確的設備
• 雲端服務、資料管理、物聯網網路安全
• 網路安全

監理措施與物聯網安全

市場影響因素及趨勢

• 亮點/趨勢
• 連線數量爆炸性成長，物聯網安全市場不斷擴大
• 市場趨勢：晶片到雲端安全服務
• 市場趨勢：物聯網與 OT 網路安全支出

供應商環境與概況

• Arm
• Data I/O Corporation
• DigiCert
• Enea
• Infineon
• Nordic Semiconductor
• NXP
• Palo Alto Networks
• STMicroelectronics ｖGlobalLogic
• Ayla Networks
• WithSecure

Actionable Benefits:

• Identify key trends and components in the Internet of Things (IoT) and cloud ecosystem, enabling market outreach and planning.
• Devising security strategy in three core areas: the security of the IoT device, the security of the communication network, and the security of the cloud.
• Obtain a general understanding of IoT market size and related technology revenue by spending type and region.

Critical Questions Answered:

• How can organizations secure their IoT devices, networks, and connections to the cloud environment?
• How can quantum computing threaten current IoT cybersecurity strategies?
• What are some of the technology markets for IoT cybersecurity solutions?
• What is the role of Hardware Security Modules (HSMs), Trusted Platform Modules (TPMs), and Trusted Execution Environments (TEEs) in IoT cybersecurity, and what is their market size?
• How does IoT regulation impact IoT cybersecurity spending?

Research Highlights:

• IoT connection numbers and cybersecurity technology form factor spending.
• Chip-to-cloud security services environment and market trends, including critical infrastructure IoT and Operational Technology (OT) cybersecurity spending.
• Introduction to IoT-to-cloud security technology form factors.

Who Should Read This?

• Vendors who want to grasp IoT-related security market growth and cloud technologies.
• Sales and marketing strategists looking to understand future growth in IoT-related security technologies.
• IoT cybersecurity customers deliberating which IoT security technology better fits their use case needs.

Table of Contents

Executive Summary

Strategic Recommendations

Introduction and Background

IoT-to-Cloud Security Technology: From Secure Connections to Secure Chips

• Device-to-Cloud Communication and Security Protocols
• Hardware Security Modules and Their Role in IoT Security
• The Significance of Trusted Platform Modules in IoT Cybersecurity
• Trusted Execution Environments
• Physical Unclonable Functions for IoT Devices
• Secure Elements

Security Integration in the IoT: Hardware, Software, Network, and Cloud

• Hardware Security beyond HSM and TPM Strategies
• Proper Device Onboarding
• Cloud Services, Data Management, and IoT Cybersecurity
• Network Security

Regulatory Measures and IoT Security

Market Forces and Trends

• Highlights and Trends
• An Explosion in Connections, Expanding the IoT Security Market
• Market Trends: Chip-to-Cloud Security Services
• Market Trends: IoT and OT Cybersecurity Spending

Vendor Environment & Profiles

• Arm
• Data I/O Corporation
• DigiCert
• Enea
• Infineon
• Nordic Semiconductor
• NXP
• Palo Alto Networks
• STMicroelectronics
• GlobalLogic
• Ayla Networks
• WithSecure