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Hands-On Cyber-Physical Systems Training Returns to ICS Cybersecurity Conference 网络物理系统实操培训重返ICS网络安全大会

The Cyber Attack Methods (CAM) course is a hands-on training program focused on understanding how adversaries compromise cyber-physical systems (CPS) It runs October 6–8 at the W Nashville alongside the 25th Anniversary ICS Cybersecurity Conference Participants work inside an intentionally vulnerable virtual CPS environment, progressing through system discovery, vulnerability exploitation, and mission-focused attacks The course targets a broad audience beyond cybersecurity teams, including syste SecurityWeek与MTSI合作,在25周年ICS网络安全会议上推出Cyber Attack Methods (CAM) hands-on课程 课程聚焦网络物理系统攻击方法,通过虚拟环境让学员亲身体验攻击流程 面向更广泛的工程师群体(系统工程师、开发者、测试人员),不仅限于安全团队 课程费用$3,995,包含完整培训、虚拟机、证书及会议通行证 仅限美国公民参加,需Intel笔记本,ARM Mac不支持

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Analysis 深度分析

TL;DR

  • The Cyber Attack Methods (CAM) course is a hands-on training program focused on understanding how adversaries compromise cyber-physical systems (CPS)
  • It runs October 6–8 at the W Nashville alongside the 25th Anniversary ICS Cybersecurity Conference
  • Participants work inside an intentionally vulnerable virtual CPS environment, progressing through system discovery, vulnerability exploitation, and mission-focused attacks
  • The course targets a broad audience beyond cybersecurity teams, including systems engineers, developers, designers, and testers
  • No prior cybersecurity experience is required, though Linux command line and programming familiarity are helpful

Why It Matters

This article does not contain AI-related content; it is a promotional announcement for an industrial control systems (ICS) cybersecurity training course. There are no AI technical contributions, findings, or industry developments to analyze.

Technical Details

  • The course uses a self-contained virtual machine with a simulated vulnerable cyber-physical environment for hands-on attack exercises
  • Instruction covers adversary methodology: system enumeration, vulnerability identification and exploitation, and chaining weaknesses toward operational objectives
  • MTSI instructors bring experience in hacking, reverse engineering, and penetration testing across aviation, maritime, weapons, and defense systems
  • Participants retain the virtual machine post-course for continued practice
  • Hardware requirement: Intel-based laptops only; ARM-based MacBooks are not supported

Industry Insight

  • This is a cybersecurity training event announcement, not an AI-related article; no AI industry insights can be derived from this content.
  • For professionals in ICS/OT security, the emphasis on "thinking like an attacker" and involving non-security engineers in security training reflects a growing industry trend toward security-by-design in critical infrastructure.
  • The course's accessibility to non-security backgrounds suggests increasing demand for cross-disciplinary security awareness in cyber-physical system development.

TL;DR

  • SecurityWeek与MTSI合作,在25周年ICS网络安全会议上推出Cyber Attack Methods (CAM) hands-on课程
  • 课程聚焦网络物理系统攻击方法,通过虚拟环境让学员亲身体验攻击流程
  • 面向更广泛的工程师群体(系统工程师、开发者、测试人员),不仅限于安全团队
  • 课程费用$3,995,包含完整培训、虚拟机、证书及会议通行证
  • 仅限美国公民参加,需Intel笔记本,ARM Mac不支持

为什么值得看

这篇文章对ICS/OT安全从业者有参考价值,展示了网络物理系统安全培训的新趋势——从理论转向实战演练。CAM课程强调"像攻击者一样思考"的方法论,适合需要深入理解攻击链的工程师和开发者。

技术解析

  • 课程采用 intentionally vulnerable virtual cyber-physical environment,学员在虚拟环境中进行系统发现、漏洞利用和任务导向攻击
  • 教学内容涵盖:系统枚举、弱点识别与利用、攻击链组合、缓解措施评估、架构与开发安全决策
  • 要求学员携带Intel-based笔记本电脑,ARM-based MacBooks不被支持
  • 提供自包含虚拟机,学员可保留用于后续学习
  • MTSI团队具有航空、海事、武器和国防系统渗透测试经验,参与过DEF CON ICS Village和Biohacking Village CTF

行业启示

  • ICS安全培训正从"威胁报告阅读"转向"实战化攻击模拟",强调亲身体验攻击流程
  • 安全左移趋势明显:课程面向设计/开发/测试阶段人员,强调在系统进入生产前融入安全思维
  • 网络物理系统安全需要跨职能协作,不仅安全团队需理解攻击方法,工程师和开发者同样需要掌握

Disclaimer: The above content is generated by AI and is for reference only. 免责声明:以上内容由 AI 生成,仅供参考。

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