可信任設備解決方案研究服務

Trusted Device Solutions Research Service

出版日期: 年間契約型資訊服務 | 出版商:

ABI Research | 英文

價格

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簡介目錄

ABI Research 對可信任設備解決方案的研究重點是塑造整體情況的關鍵和基礎硬體組件，涵蓋從傳統智慧卡應用到新興嵌入式硬體解決方案。

位置資訊科技的研究領域

ABI Research 的可信任設備解決方案研究服務提供關鍵的市場洞察，幫助生態系統中的每位參與者分析並應對嵌入式安全策略。嵌入式可信任技術和裝置端安全性是部署所有可靠數位應用（從支付和身分驗證到連線和裝置管理）的必要基礎要素。了解組件趨勢、生態系統中的參與者以及可用的嵌入式安全工具對於制定未來的嵌入式安全策略至關重要。

保護矽智慧財產權 (IP)
裝置作業系統
安全元件（SE）
可信執行環境（TEE）
安全微控制器
嵌入式韌體/軟體
智慧卡
認證積體電路（IC）
可信任平台模組（TPM）

對可信任設備解決方案的研究推動了技術創新和應用。

對於創新者

透過將安全啟動、安全儲存、身分驗證、認證、身分識別和安全通訊的需求轉化為清晰的外形尺寸選擇和下一代信任架構指南，我們協助您制定更智慧、更以市場主導的安全藍圖。我們透過競爭基準分析，明確差異化優勢所在，並透過市場預測量化潛在市場規模 (TAM)、出貨趨勢和需求時機，幫助您更有信心地優先進行研發。這使您能夠把握最佳機遇，並在市場成熟時推出產品。

執行負責人

我們協助負責人應對監管壓力和產品風險，將歐盟網路彈性法案 (CRA) 和 NIS2 等監管要求轉化為可操作的設計要求，從而實現全球合規的安全保障。此外，我們結合自身在安全半導體產品領域的深厚專業知識，協助客戶選擇可擴展的硬體。我們也提供切實可行的建議，幫助客戶在不同的產業成熟度階段融入安全措施，透過在適當的時機選擇合適的架構、應用和用例，最大限度地提高採用率和長期價值。

我們對可信任設備解決方案的研究有助於關鍵相關人員應對現實世界的業務挑戰。

OEM（目的地設備製造商）

你能幫助解決哪些類型的問題？
- 我們為物聯網、汽車和工業設備選擇安全架構。
- 我們將甄選符合新標準的供應商。
- 我們以前瞻性的視角進行設計，以適應新的用例和技術，例如後量子密碼學（PQC）。
可以回答的主要問題有哪些？
- 針對不同的裝置設計，最佳的嵌入式安全方案是什麼？
- 哪些解決方案符合業界最佳實踐和未來標準？
- 應該優先考慮哪些身份驗證方法或框架？
- 引入安全措施會對成本、可擴展性和互通性產生哪些影響？

安全智慧財產權提供者和半導體

你能幫助解決哪些類型的問題？
- 我們將了解安全矽投資領域不確定的市場趨勢。
- 應對全球安全法規和標準所帶來的合規性難題。
- 我們的目標是在日益同質化的嵌入式安全市場中脫穎而出。
可以回答的主要問題有哪些？
- 未來哪些嵌入式安全技術將在哪些產業引領市場？
- 隨著法規對晶片設計產生影響，企業如何保持合規性並建構面向未來的架構？
- 供應商如何有效競爭，並為原始設備製造商 (OEM) 和系統整合商提供有意義的差異化優勢？

簡介目錄

ABI Research’s trusted device solutions coverage focuses on the critical and foundational hardware components that shape the security landscape, cutting across traditional smart card applications, alongside emerging embedded hardware solutions.

Location Technologies Coverage Areas

Embedded trust and on-device security form the anchor and the foundational building blocks from which any trusted digital application can be launched, from payments and identity to connectivity and device management. Understanding the components’ landscape, ecosystem players, and the embedded security tools available are critical requirements in order to shape future embedded security strategies. ABI Research’s Trusted Device Solutions Research Service provides essential market intelligence to help ecosystem players analyze and address embedded security strategies.

Secure silicon Intellectual Property (IP)
Device operating systems
Secure Elements (SEs)
Trusted Execution Environments (TEEs)
Secure microcontrollers
Embedded firmware/software
Smart cards
Authentication Integrated Circuits (ICs)
Trusted Platform Modules (TPMs)

Trusted Device Solutions Research Powers Technology Innovation & Implementation

For Innovators

Enable smarter, market-driven security roadmaps by translating requirements for secure boot, secure storage, authentication, attestation, identity, and secure communications into clear guidance on form-factor selection and next-generation trust architectures. Support more confident R&D prioritization with competitive benchmarking that highlights where and how to differentiate, and with market forecasts that quantify TAM, shipment trajectories, and demand timing - so investments are aligned to the biggest opportunities and products launch when the market is ready.

For Implementers

Help implementers get ahead of regulatory pressure and product risk by turning mandates such as the EU Cyber Resilience Act (CRA) and NIS2 into actionable design requirements for globally compliant security. Pair this with deep insight into secure semiconductor offerings to inform scalable hardware choices, and with practical recommendations for embedding security across verticals at different stages of maturity - ensuring the right architectures, applications, and use cases are targeted at the right time to maximize adoption and long-term value.

Our Trusted Device Solutions Research Helps Solve Real Business Challenges For Key Stakeholders

Original Equipment Manufacturers (OEMs)

What challenges can we help you solve?
- Select secure architectures for IoT, automotive, and industrial devices
- Understand which providers offer compliance with emerging standards
- Future-proof designs to address new use cases and technologies such as Post-Quantum Cryptography (PQC)
What key questions can we help you answer?
- What embedded security options note best fit different device designs?
- Which solutions align with industry best practices and future standards?
- What certifications or frameworks should be prioritized?
- How does embedding security impact cost, scalability, and interoperability?

Security IP Providers & Semiconductors

What challenges can we help you solve?
- Understand unclear market direction for secure silicon investments
- Navigate compliance complexity with global security regulations and standards
- Differentiate in a commoditized embedded security market
What key questions can we help you answer?
- Which embedded security technologies will dominate future markets and in which verticals?
- How can organizations stay compliant and future-proof as regulations impact chip design?
- How can vendors compete effectively and provide meaningful differentiators to OEMs and integrators?