零信任架构：数位企业的下一代网路安全框架

Zero Trust Architecture: Next-Generation Cybersecurity Framework for Digital Enterprises

出版日期: 2025年10月13日 | 出版商:

Frost & Sullivan | 英文 31 Pages | 商品交期: 最快1-2个工作天内

价格

简介目录

下一代技术趋势：推动零信任架构安全措施的应用

随着企业面临日益严峻的网路安全威胁、远端办公的普及以及向云端优先策略的转型，零信任架构 (ZTA) 正迅速获得广泛关注。与传统安全模型不同，ZTA 基于「永不信任，始终检验」的原则，在授予存取权限之前持续检验所有使用者和装置。它强调严格的存取控制和动态身份验证，以最大限度地降低风险。其关键要素包括基于身分的存取控制、即时威胁侦测以及跨网路、装置和使用者的一致策略执行。 NIST 800-207 等标准以及安全存取服务边缘 (SASE) 等整合框架推动了 ZTA 的普及。这种方法促进了身分管理和网路存取控制的整合，使企业能够实施微隔离并加强网路隔离。持续监控和强大的端点安全是至关重要的能力，可以缩小攻击面并阻止威胁的横向移动。随着网路安全需求的成长，ZTA 将成为保护现代分散式云端 IT 环境的关键策略。

随着威胁日益增多、远距办公趋势和云端优先策略的兴起，各组织机构纷纷将网路安全措施置于优先地位，零信任架构 (ZTA) 预计将快速发展。 ZTA 基于「永不信任，始终检验」的原则，透过强调持续检验和严格的存取控制，革新了传统的安全模型。其关键功能包括动态身份验证、基于身分的存取控制、即时威胁侦测以及跨网路、装置和使用者的策略执行。符合 NIST 800-207 等标准以及 SASE 等框架将推动 ZTA 在各行业的应用。身分管理解决方案与网路存取控制系统的集成，实现了微隔离、持续监控和终端安全。

零信任架构：技术概述与特性
零信任架构的核心原则
零信任架构的建置模组
零信任成熟度模型：时间表、实施挑战与全球采用趋势
比较分析：传统安全架构与零信任架构
身份在零信任架构中的作用
应用程式在零信任架构中的作用
资料在零信任架构中的作用
端点在零信任架构中的作用
基础设施在零信任架构中的作用
网路在零信任架构中的作用
人工智慧在零信任架构中的作用
零信任架构和人工智慧驱动的安全正在改变各行业的网路防御。
来自全球相关人员的关键技术发展和创新
运用自主安全、高阶行为分析和情境感知系统，变革零信任架构的未来。
法规结构促进零信任安全理念的采用，以加强合规性并管理风险。

成长机会分析

成长机会 1：在不可信环境中处理敏感资料时提供保护
成长机会 2：简化云端安全与无所不在的网路连接
成长机会3：加强对以身分为中心的威胁的防御

附录

技术成熟度等级（TRL）解释

未来计划

成长机会带来的益处和影响
下一步
免责声明

简介目录

Product Code: DB35

Next-Gen Tech Trends: Applications Leading to Security Measures in Zero Trust Architecture

Zero trust architecture (ZTA) is rapidly gaining traction as organizations face growing cybersecurity threats, the rise of remote work, and the shift to cloud-first strategies. Unlike traditional security models, ZTA operates on the principle of "never trust, always verify," requiring continuous verification of every user and device before granting access. It emphasizes strict access controls and dynamic authentication to minimize risk. Key elements include identity-based access control, real-time threat detection, and consistent policy enforcement across networks, devices, and users. ZTA adoption is guided by standards like NIST 800-207 and integrated frameworks such as Secure Access Service Edge (SASE). This approach promotes the convergence of identity management with network access control, allowing organizations to implement micro-segmentation for better network isolation. Continuous monitoring and strong endpoint security become essential features, reducing attack surfaces and preventing lateral movement by threats. As cybersecurity demands grow, ZTA will become a critical strategy for securing modern, distributed, and cloud-centric IT environments.

Zero Trust Architecture (ZTA) is expected to rapidly grow as organizations prioritize stronger cybersecurity measures due to increasing threats, remote work trends, and cloud-first strategies. ZTA transforms traditional security models by emphasizing continuous verification, strict access controls, and the principle of "never trust, always verify." Key features include dynamic authentication, identity-based access control, real-time threat detection, and policy enforcement across networks, devices, and users. Compliance with standards like NIST 800-207 and frameworks like SASE will shape ZTA implementation across sectors. Convergence of identity management solutions and network access control systems will enable micro-segmentation, continuous monitoring, and endpoint security.

Strategic Imperatives

Why Is It Increasingly Difficult to Grow?
The Strategic Imperative 8
The Impact of the Top 3 Strategic Imperatives in the Field of Zero Trust Architecture
Growth Opportunities Fuel the Growth Pipeline Engine
Research Methodology

Growth Opportunity Analysis

Scope of Analysis
Segmentation

Growth Generator

Growth Drivers
Growth Restraints

Impact of Cybersecurity, Trends, Regional Adoption, and Applications in Zero Trust Architecture

Zero Trust Architecture: Technology Introduction and Attributes
Core Principles of Zero Trust Architecture
Zero Trust Architecture Building Blocks
Zero Trust Maturity Model: Timeline, Challenges in Deployment, and Global Adoption Trends
Comparative Analysis: Traditional Security vs Zero Trust Architecture
Role of Identity in Zero Trust Architecture
Role of Applications in Zero Trust Architecture
Role of Data in Zero Trust Architecture
Role of Endpoints in Zero Trust Architecture
Role of Infrastructure in Zero Trust Architecture
Role of Network in Zero Trust Architecture
Role of AI in Zero Trust Architecture
Zero Trust Architectures and AI-Enabled Security Are Transforming Cyber Defense Across Industries
Key Technology Developments and Innovations from Global Stakeholders
Transforming the Future of Zero Trust Architecture with Autonomous Security, Advanced Behavioral Analytics, and Context-Aware Systems
Regulatory Frameworks to Drive Adoption of Zero Trust Security for Enhanced Compliance and Risk Management

Growth Opportunity Analysis

Growth Opportunity 1: Securing Sensitive Data During Processing in Untrusted Environments
Growth Opportunity 2: Simplifying Cloud Security and Network Connectivity Everywhere
Growth Opportunity 3: Enhancing Security for Identity-Centric Threats