铁路行业 OT-IT 融合:确保数据流动是安全的关键
市场调查报告书
商品编码
1211070

铁路行业 OT-IT 融合:确保数据流动是安全的关键

OT-IT Convergence in the Rail Industry: Securing Data Flows as Key to Security

出版日期: | 出版商: ABI Research | 英文 23 Pages | 商品交期: 最快1-2个工作天内

价格
简介目录

在本报告中,我们调查了铁路行业的 OT-IT 融合,并发布了以下内容。

实际好处

  • 按支出类型和地区提供对铁路网络安全市场规模的总体了解。
  • 您可以了解铁路运营技术 (OT) 和信息技术 (IT) 集成的重要性以及新攻击向量的出现。
  • 确定铁路生态系统的主要趋势和组成部分,以实现有效的市场拓展和规划。

本报告中回答的重要问题

  • 铁路物联网 (IoT) 连接对该行业的网络安全支出有何影响?
  • OT 和 IoT 网络安全支出与铁路和运输部门(包括 IT)的总体网络安全支出相比如何?
  • 铁路网络安全市场的主要部分是什么?各地区的支出情况如何?

调查亮点

  • 运输和铁路部门的网络安全支出趋势(2022 年至 2027 年)
  • 年度铁路物联网连接数和收入:按技术和应用分类(2022-2027 年)
  • OT 和物联网网络安全支出与铁路和运输部门网络安全总支出相比的分析(2022 年至 2027 年)
  • 2022 年至 2027 年按地区、跨行业划分的工业 OT 和物联网关键基础设施安全支出明细
  • 铁路网络安全部门和供应商概况
  • 主要铁路和工业网络攻击要点

内容

第 1 章执行摘要

第 2 章铁路中的 OT-IT 连接

  • 更多集成
  • 增加和扩展攻击媒介
  • 保护铁路网络、信号和设备

第 3 章独特的互联铁路生态系统

  • 继续还是倒退?
  • 旧的还是新的?

第 4 章市场力量和趋势

  • 运输和铁路支出趋势
  • 市场展望

第5章铁路网络安全技术环节

  • 基础架构和硬件安全
  • 软件安全
  • 网络安全服务

第 6 章铁路网络安全供应商简介

  • ACTIVU
  • ALCATEL-LUCENT ENTERPRISE
  • CYLUS
  • IRDETO
  • RADIFLOW
  • TENABLE
  • TELEFONICA TECH
  • SIEMENS MOBILITY

第7章 策略建议

简介目录
Product Code: AN-5224

Actionable Benefits:

  • Obtain a general understanding of rail cybersecurity market size by spending type and region.
  • Understand the importance of increasing rail Operational Technology (OT)-Information Technology (IT) integration leading to new attack vectors.
  • Identify key trends and components in the connected rail ecosystem, enabling effective market outreach and planning.

Critical Questions Answered:

  • How will rail Internet of Things (IoT) connections impact cybersecurity spending in the sector?
  • How does OT and IoT cybersecurity spending compare to total cybersecurity spending (including IT) in the rail and transit sector?
  • What are the main segments of the rail cybersecurity market and how do regions compare in spending?

Research Highlights:

  • Cybersecurity spending trends in transport and rail from 2022 to 2027.
  • Annual rail IoT connections and revenue by technology and application from 2022 to 2026.
  • Analysis of OT and IoT cybersecurity spending compared with total cybersecurity spending in the rail and transit sector from 2022 to 2027.
  • Regional industrial OT and IoT critical infrastructure security spending across sectors from 2022 to 2027.
  • Rail cybersecurity segments and vendor profiles.
  • Highlight of major rail and industrial cyberattacks.

Who Should Read This?

  • Vendors who want to understand rail cybersecurity market growth, especially in OT and IoT environments.
  • Sales and marketing strategists looking to understand future growth in the sector.
  • Planners within rail organizations and rail contractors who need to design mitigation strategies to avoid cyberattacks due to increasing OT-IT integration.

TABLE OF CONTENTS

1. EXECUTIVE SUMMARY

2. THE OT-IT CONNECTION IN RAIL

  • 2.1. INCREASING INTEGRATION
  • 2.2. INCREASING AND EXPANDING ATTACK VECTORS
  • 2.3. SECURING THE RAIL NETWORK, SIGNALING, AND DEVICES

3. THE UNIQUE CONNECTED RAIL ECOSYSTEM

  • 3.1. PROGRESS OR RETURN?
  • 3.2. OLD OR NEW?

4. MARKET FORCES AND TRENDS

  • 4.1. SPENDING TRENDS IN TRANSPORT AND RAIL
  • 4.2. MARKET OUTLOOK

5. RAIL CYBERSECURITY TECHNOLOGY SEGMENTS

  • 5.1. INFRASTRUCTURE AND HARDWARE SECURITY
  • 5.2. SOFTWARE SECURITY
  • 5.3. CYBERSECURITY SERVICES

6. RAIL CYBERSECURITY VENDOR PROFILES

  • 6.1. ACTIVU
  • 6.2. ALCATEL-LUCENT ENTERPRISE
  • 6.3. CYLUS
  • 6.4. IRDETO
  • 6.5. RADIFLOW
  • 6.6. TENABLE
  • 6.7. TELEFONICA TECH
  • 6.8. SIEMENS MOBILITY

7. STRATEGIC RECOMMENDATIONS