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所在平台: Udemy |
课程主页: https://www.udemy.com/course/latest-nse6_fml-64-exam-questions-and-answers-full-course/
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课程名称:最新NSE6_FML-6.4考试题库及答案 - 全套课程 课程概述: 本课程为Fortinet NSE 6 - FortiMail 6.4认证考试提供全面的准备。NSE 6认证标志着您在防火墙之外的Fabric产品方面具备全面的技能。要获得此认证,您至少需要获得四项Fortinet专业技能证书。 随着数据中心基础设施的不断发展,越来越多的企业、超大规模数据中心和云服务提供商采纳混合和超大规模架构,以满足用户体验、性能、规模和容量的空前需求。然而,这也带来了安全挑战,如果不妥善解决,可能会严重影响用户体验、性能和规模,甚至导致攻击、中断以及对品牌和声誉造成长期损害。 课程重点探讨以下挑战: * **可见性受限:** 数据中心基础设施日益分布式,攻击面不断扩大,整体环境的盲点增多,增加了发生泄露或中断的风险。 * **保护脆弱应用:** 入侵防护系统(IPS)能力整合而非独立部署,导致性能下降和补丁管理困难,特别是在多个管理域中维护脆弱、难以打补丁的遗留应用程序时。 * **超大规模性能:** 高性能创新,如海量数据流、边缘计算、高清电视和其他富媒体流量保护、5G网络以及动态核心分割,需要下一代防火墙(NGFW)提供前所未有的性能。但由于大多数NGFW并非为此性能而设计,许多解决方案即使价格高昂也无法满足未来的需求。 * **整体管理复杂性:** 在多样化的混合IT环境中,缺乏简单集中的管理,自动化和编排的规模化变得困难。 课程分析了超大规模时代的需求,涵盖了高流量零售、研究机构大文件分布式共享,以及移动运营商从4G到5G网络的转型和无线设备宽带互联网交付。即使是非超大规模数据中心,也需要为混合数据中心架构驱动安全,以利用混合模式的灵活性和性能优势。 本课程旨在帮助网络和安全领导者应对数据中心演进带来的挑战,解决实际问题,为应对超大规模安全需求和混合数据中心的安全提供解决方案。
Exam: Fortinet NSE 6 - FortiMail 6.4NSE 6 Certification The Network Security Specialist designation recognizes your comprehensive skills with fabric products beyond the firewall. This designation is recognized after you achieve at least four Fortinet Specialist certificates on Fortinet enhanced products. Visit the Fortinet NSE Certification NSE6_FML-6.4 Questions Program page for information about certification requirements.As data center infrastructure evolves, more enterprises, hyperscalers, and service providers are embracing hybrid and hyperscale architectures to satisfy unprecedented demands for user experience, while delivering unparalleled performance, scale, and capacity NSE6_FML-6.4 Practice Test.But this trend also creates security-related needs that can negatively, even severely, affect experience, performance, and scale if not properly addressed, and can lead to attacks, disruptions, and long-term damage to brand and reputation.· Limited visibility: As data center infrastructure becomes more distributed, the attack surface expands, and more blind spots emerge in overall visibility of the environment, the potential for breaches or other forms of disruption increases.· Shielding vulnerable applications: The consolidation of intrusion prevention system (IPS) capabilities instead of standalone IPS devices creates challenges related to performance degradation and patch management, especially keeping up with patches in vulnerable, hard-topatch legacy applications in multiple management domains.· Hyperscale performance: New, high-performance innovations-such as elephant flows, edge computing, protection of HDTV and other rich media traffic, 5G networks, and dynamic core segmentation-will require unprecedented performance levels from solutions such as nextgeneration firewalls (NGFWs). But because most NGFWs were not designed with this performance in mind, some solutions will simply be unable to meet these demands of tomorrow without an enormous price tag-and in many cases, not even then.· Overall management complexity: Automation and orchestration at scale is difficult in diverse, hybrid IT environments without simple, centralized management.The OpportunityThe era of hyperscale has arrived, from high-velocity e-retail, to the requirements of research organizations sharing large files among distributed sites rapidly, and for mobile network operators for the move from 4G to 5G networks and delivery of broadband internet on wireless devices-everyone needs hyperscale security. But even enterprise organizations that aren't yet tasked withaddressing hyperscale productivity need to drive security for hybrid data center architecture so they take advantage of the hybrid model's flexibility and performance benefits.Solving the Right ProblemsNetworking and security leaders have a lot on their plates, and data center evolution can feel like an unwieldy discussion, especially with challenges from all sides.