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所在平台: Udemy |
课程主页: https://www.udemy.com/course/incident-response-for-cyber-professionals/
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课程名称:网络安全专业人员的事件响应 课程概述: 在本课程中,您将学习如何使用开源工具进行事件响应。课程通过第一手解释和屏幕录制演示,逐步展示工具的使用方法,以便您能够立即开始事件响应工作。 课程内容: 1. 引言课程:事件响应的组织方法,旨在应对和管理安全漏洞或攻击后的后果,限制损失并减少恢复时间及成本。事件响应计划包括定义事件的政策和发生事件时应遵循的步骤。 2. 网络攻击:本节将覆盖对Wi-Fi网络和网页的网络攻击,帮助您理解如何应对这些攻击。 3. 虚拟化与云安全:探讨虚拟化在不同层面(网络、存储、硬件及操作系统)上的意义,以及相关的安全措施。 4. 恶意软件:定义恶意软件的种类和特征,并讨论保护措施,以确保网络、系统和数据的安全。 5. 静态恶意软件分析:在虚拟机环境中进行静态恶意软件分析。 6. 操作安全:在风险管理计划实施后,需实施操作安全,以管理日常安全事务。 7. 灾难恢复:虽然灾难恢复与网络安全似乎不太相关,但实际上,灾难可能造成的损害往往大于黑客攻击。讨论灾难恢复计划、策略和最佳实践。 8. 平台加固和基线设定:学习操作系统、数据库和应用的加固技术,以减少攻击面。 9. 高级边界安全:即使在移动技术和云的兴起下,边界仍将是保护网络资源的重要组成部分,涵盖负载均衡器、代理、安全网关等。 10. 入侵检测:介绍网络型和主机型的入侵检测技术,探讨其侦测和预防功能。 11. 高级入侵检测系统:深入学习入侵检测系统的架构和标准,以及统计和规则基础的入侵检测。 12. Snort和Bro:通过实例学习如何使用Snort和Bro NIDS/HIDS。 13. 蜂蜜罐和蜂蜜网:通过诱捕攻击者并研究其行为,保护重要数据。 14. 防火墙:覆盖防火墙的演变及其功能。 15. Apache安全日志:学习如何通过Apache日志记录恶意活动。 16. 安全信息管理:日志管理是操作安全的关键组成部分,学习如何有效管理日志并从中提取有用的安全信息。 17. 法医复制:学习如何使用基于Linux的工具获取法医副本。 本课程通过实践操作与理论相结合的方式,使您能够掌握事件响应的基本技能与策略。
Incident Response Course Syllabus Course Overview In this course you will learn how to use open source tools for incident response purposes. This course utilizes first hand explanations and screencast demonstrations of how to use these tools in a step-by-step manner so you can start incident response work immediately on your own. Table of Contents Course Overview - Introductory Lesson Incident Response - Incident response is an organized approach to addressing and managing the aftermath of a security breach or attack. The goal is to handle the situation in a way that limits damage and reduces recovery time and costs. An incident response plan includes a policy that defines, in specific terms, what constitutes an incident and provides a step-by-step process that should be followed when an incident occurs. Cyber Attacks - Here we will cover CyberAttacks on Wi-Fi networks and over the web so you can understand how to respond to them. Virtualization and Cloud Security - So virtualization can mean many things at different layers of the stack. At the network layer you have VLAN's, MPLS networks and even SDN (Software Defined Network) technologies such as Openflow. At the storage layer you have VSAN's. At the Hardware and OS layer you have hypervisors for machine virtualization and containers for runtime virtualization and isolation. Databases have even gotten in on the act using container technology. Malware - In this section we will define Malware categories and characteristics and talk through protective countermeasures to keep networks, systems and data safe from compromise. ‘ Static Malware Analysis - Analyze malware statically in VM environments. Operational Security - Once we have a Risk Management program in place we need to implement operational security to manage the day to day aspects of security. In this lesson you will learn about Operational Security Controls what they consist of and how they help us to incrementally manage risk on a daily basis. Lesson 7 - Disaster Recovery - While at first glance DR might not seem like a natural fit with cybersecurity after further analysis we realize that disasters are threats that can inflict much more damage than any hacker. Here we will talk about DR planning, strategies and best practices. Platform Hardening and Baselining - Minimizing the attack surface area of operating systems, databases and applications is a key tenet of operational security. In this lesson you will learn about techniques for OS/DB and App hardening. Lesson 9 - Advanced Perimeter Security - While many argue that with the advent of mobile technologies and the cloud the perimeter is dissolving, it will remain a key component in securing network resources for years to come. Here we'll cover Load balancers, forward and reverse proxies, API Security Gateways, Firewall rules and Unified Threat Management technologies. IDS - Intrusion Detection technology is offered in multiple flavors. They are either network based or host based and can be detective or preventive in nature. Advanced IDS - Previously we've talked about IDS basic concepts. Now it's time to cover advanced IDS architectures, standards and further explore the inner workings of statistical and Rule based IDS. Snort and Bro - In this lesson you will learn how to use Snort and Bro NIDS/HIDS by example. Honeypots and Honeynets - Luring attackers away from critical data and studying their behavior can help us to protect the data that matters most. Let's found out how we can use honeypots to tie up attackers and find out what they are up to. Kippo SSH Honeypot Firewalls - In this lesson we will cover the evolution of firewalls and their capabilities. Apache Security Logging - Apache is still the most popular web server by install base on the web. Let's learn how to log malicious activities using Apache logging. SIM - Management of logs is a key component of operational security. These days the velocity, variety and volume of data collected via logs has catapulted log management into the realm of Big Data. You will learn how to effectively manage these logs and derive useful security information from them. Forensic Duplication Learn how to acquire a forensic duplicate using Linux based tool