Video description
More than 25 Hours of Expert Video Instruction
An updated edition of this video title is available. Please go to The Complete Cybersecurity Bootcamp, 2nd Edition.
Get Cybersecurity intensive training with Omar Santos’ live training courses
This course is a complete guide to help you get up and running with your cybersecurity career. You will learn the key tenets and fundamentals of networking and security basics; cybersecurity management, monitoring and analysis; network security telemetry; digital forensics and incident response (DFIR); fundamentals of ethical hacking and penetration testing; advanced wireless hacking and pen testing; mobile device security, and IoT Security.
This Complete Video Course provides a complete learning path for building your skills as a cyber security professional. You will start with the fundamental concepts, so you can increase your core knowledge before quickly moving on to actually working through pen testing and ethical hacking projects—so you can start to build your skills. Omar Santos, best-selling Cisco Press and Pearson security author and trainer, has compiled the lessons in this title from other training courses. You will find that the lessons build on each in an easy-to-follow organization, so you can move through the topics at your own pace.
This course provides supplemental material to reinforce some of the critical concepts and techniques that the reader has learned and provides scripts that help you build your own hacking environment, examples of real-life penetration testing reports, and more. This material can be found at theartofhacking.org.
Topics include:
Module 1: Networking and Security Basics
Module 2: Cybersecurity Management, Monitoring, and Analysis
Module 3: Network Security Telemetry
Module 4: Digital Forensics and Incident Response (DFIR)
Module 5: Fundamentals of Ethical Hacking and Penetration Testing
Module 6: Advanced Wireless Hacking and Penetration Testing
Module 7: Mobile Device Security
Module 8: Internet of Things (IoT) Security
About the Instructor
Omar Santos is an active member of the cyber security community, where he leads several industry-wide initiatives and standards bodies. His active role helps businesses, academic institutions, state and local law enforcement agencies, and other participants dedicated to increasing the security of their critical infrastructures. Omar is the author of more than a dozen books and video courses, as well as numerous white papers, articles, and security configuration guidelines and best practices. Omar is a principal engineer of the Cisco Product Security Incident Response Team (PSIRT), where he mentors and leads engineers and incident managers during the investigation and resolution of cyber security vulnerabilities. Additional information about Omar’s current projects can be found at omarsantos.io, and you can follow Omar on Twitter: @santosomar.
Skill Level
- All levels
Who Should Take This Course
This course serves as comprehensive guide for anyone who would like to start a career in cyber security.
Course Requirements
Requires basic knowledge of Internet and networking technology.
About Pearson Video Training
Pearson’s expert-led video tutorials teach you the technology skills you need to succeed. These professional and personal technology videos feature world-leading author instructors published by your trusted technology brands: Addison-Wesley, Cisco Press, Pearson IT Certification, Prentice Hall, Sams, and Que. Topics include: IT certification, programming, web and mobile development, networking, security, and more. Learn more about Pearson Video training at http://www.informit.com/video
Table of contents
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Module 1: Networking and Security Basics
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Lesson 1: Networking Fundamentals
- Learning objectives
- 1.1 Reviewing the OSI Model
- 1.2 Reviewing the TCP/IP Network Models
- 1.3 Surveying Common Networking Protocols: DHCP
- 1.4 Surveying Common Networking Protocols: Routing Protocols
- 1.5 Surveying Common Networking Protocols: ICMP
- 1.6 Surveying Common Networking Protocols: DNS
- 1.7 Identifying Networking Device Types
- 1.8 Understanding IP Subnets
- 1.9 Examining VLANs and Data Visibility
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Lesson 3: Security Principles
- Learning objectives
- 3.1 Understanding Defense-in-Depth
- 3.2 Identifying Threats, Vulnerabilities, and Exploits and Their Associated Risk
- 3.3 Identifying Threat Actors
- 3.4 Understanding Reverse Engineering
- 3.5 Understanding Chain of Custody
- 3.6 Examining Run Books
- 3.7 Introducing PII and PHI
- 3.8 Understanding Principle of Least Privilege
- 3.9 Performing Risk Assessment
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Lesson 4: Access Control Models
- Learning objectives
- 4.1 Understanding Confidentiality, Integrity, and Availability
- 4.2 Understanding Authentication, Authorization, and Accounting
- 4.3 Examining the Access Control Process: Terminology and Data Classification
- 4.4 Examining the Access Control Process: Data States and Policy Roles
- 4.5 Examining the Access Control Process: Security and Access Control Classification
- 4.6 Understanding Discretionary Access Control
- 4.7 Understanding Mandatory Access Control
- 4.8 Understanding Role Based Access Control
- 4.9 Understanding Attribute Based Access Control
- Lesson 6: Fundamentals of Cryptography and PKI
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Lesson 7: Introduction to Virtual Private Networks (VPNs)
- Learning objectives
- 7.1 Introducing VPNs and Why We Use Them
- 7.2 Examining Remote Access VPNs
- 7.3 Examining Site-to-Site VPNs
- 7.4 Understanding IPsec Concepts, Components, and Operations
- 7.5 Surveying Cisco VPN Solutions: Traditional IPsec, DMVPN, FlexVPN
- 7.6 Surveying Cisco VPN Solutions: Clientless SSL and AnyConnect
- Lesson 9: Endpoint Security Technologies
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Lesson 12: Types of Attacks and Vulnerabilities
- Learning objectives
- 12.1 Surveying Types of Vulnerabilities
- 12.2 Understanding Passive Reconnaissance and Social Engineering
- 12.3 Understanding Active Reconnaissance Port Scanning and Host Profiling
- 12.4 Understanding Privilege Escalation and Code Execution Attacks
- 12.5 Understanding Backdoors and Man-in-the Middle Attacks
- 12.6 Understanding Denial of Service Attacks
- 12.7 Surveying Attack Methods for Data Exfiltration
- 12.8 Understanding ARP Cache Poisoning and Route Manipulation Attacks
- 12.9 Understanding Password Attacks
- 12.10 Understanding Wireless Attacks
- 12.11 Exploring Security Evasion Techniques
- Lesson 1: Threat Analysis
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Lesson 1: Networking Fundamentals
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Module 2: Cybersecurity Management, Monitoring, and Analysis
- Lesson 5: Introduction to Security Management
- Lesson 8: Windows, Linux, and MAC OS X Based Analysis
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Lesson 10: Network and Host Telemetry
- Learning objectives
- 10.1 Introducing NetFlow
- 10.2 Surveying Commercial and Open Source NetFlow Tools
- 10.3 Understanding Flexible NetFlow
- 10.4 Examining Firewall Logs
- 10.5 Understanding Application Visibility and Control
- 10.6 Examining Web and Email Content Filtering Logs
- 10.7 Exploring Full Packet Capture
- 10.8 Surveying IPS Events
- 10.9 Surveying Host or Endpoint Events
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Module 3: Network Security Telemetry
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Lesson 1: Introduction to NetFlow and IPFIX
- Learning objectives
- 1.1 Introduction to NetFlow
- 1.2 The Attack Continuum
- 1.3 The Network as a Sensor and as an Enforcer
- 1.4 What Is a Flow?
- 1.5 NetFlow Versus IP Accounting and Billing
- 1.6 NetFlow for Network Security
- 1.7 Traffic Engineering and Network Planning
- 1.8 Introduction to IP Flow Information Export (IPFIX)
- 1.9 Cisco Supported Platforms for NetFlow
- 1.10 NetFlow Versions and History
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Lesson 2: NetFlow Deployment Scenarios
- Learning objectives
- 2.1 Introduction to Cisco Cyber Threat Defense
- 2.2 Deployment Scenario: User Access Layer
- 2.3 Deployment Scenario: Wireless LAN
- 2.4 Deployment Scenario: Internet Edge
- 2.5 Deployment Scenario: Data Center
- 2.6 Deployment Scenario: NetFlow in Site-to-Site and Remote VPNs
- 2.7 NetFlow Collection Considerations and Best Practices
- 2.8 Determining the Flows per Second and Scalability
- Lesson 4: NetFlow Commercial and Open Source Monitoring and Analysis Software Packages
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Lesson 1: Introduction to NetFlow and IPFIX
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Module 4: Digital Forensics and Incident Response (DFIR)
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Lesson 2: Forensics
- Learning objectives
- 2.1 Examining Types of Evidence
- 2.2 Surveying Windows Forensics: Application Processes, Threads, and Vulnerabilities
- 2.3 Surveying Windows Forensics: Memory
- 2.4 Surveying Windows Forensics: The Windows Registry
- 2.5 Surveying Windows Forensics: Hard Drives, FAT, and NTFS
- 2.6 Surveying Linux Forensics
- 2.7 Understanding Evidence Collection
- 2.8 Handling Evidence
- 2.9 Examining Asset and Threat Actor Attribution
- Lesson 3: Intrusion Analysis
- Lesson 5: Introduction to Incident Response
- Lesson 6: Incident Response Teams
- Lesson 8: Network and Host Profiling
- Lesson 9: Data and Event Analysis
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Lesson 10: Intrusion Event Categories
- Learning objectives
- 10.1 Identifying and Mitigating Reconnaissance
- 10.2 Identifying and Mitigating Weaponization
- 10.3 Identifying and Mitigating Delivery
- 10.4 Identifying and Mitigating Exploitation
- 10.5 Identifying and Mitigating Installation
- 10.6 Identifying and Mitigating Command and Control
- 10.7 Understanding Action on Objectives
- Lesson 11: The Incident Handling Process
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Lesson 2: Forensics
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Module 5: Fundamentals of Ethical Hacking and Penetration Testing
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Lesson 1: Overview of Ethical Hacking and Penetration Testing
- Learning objectives
- 1.1 Introducing Ethical Hacking and Pen Testing
- 1.2 Getting Started with Ethical Hacking and Pen Testing
- 1.3 Understanding the Legal Aspects of Penetration Testing
- 1.4 Exploring Penetration Testing Methodologies
- 1.5 Exploring Penetration Testing and other Cyber Security Certifications
- 1.6 Building Your Own Lab: Overview
- 1.7 Building Your Own Lab: VIRL and Operating System Software
- 1.8 Understanding Vulnerabilities, Threats, and Exploits
- 1.9 Understanding the Current Threat Landscape
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Lesson 3: Passive Reconnaissance
- Learning objectives
- 3.1 Understanding Passive Reconnaissance
- 3.2 Exploring Passive Reconnaissance Methodologies: Discovering Host and Port Information
- 3.3 Exploring Passive Reconnaissance Methodologies: Searching for Files
- 3.4 Exploring Passive Reconnaissance Methodologies: Searching for Names, Passwords, and Sensitive Information
- 3.5 Surveying Essential Tools for Passive Reconnaissance: SpiderFoot, theHarvester, and Discover
- 3.6 Surveying Essential Tools for Passive Reconnaissance: Recon-ng
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Lesson 4: Active Reconnaissance
- Learning objectives
- 4.1 Understanding Active Reconnaissance
- 4.2 Exploring Active Reconnaissance Methodologies from an Ethical Hacker Perspective
- 4.3 Surveying Essential Tools for Active Reconnaissance: Port Scanning and Web Service Review
- 4.4 Surveying Essential Tools for Active Reconnaissance: Network and Web Vulnerability Scanners
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Lesson 5: Hacking Web Applications
- Learning objectives
- 5.1 Understanding Web Applications
- 5.2 Understanding Web Architectures
- 5.3 Uncovering Web Vulnerabilities
- 5.4 Testing Web Applications: Methodology
- 5.5 Testing Web Applications: Reconnaissance
- 5.6 Testing Web Applications: Mapping
- 5.7 Testing Web Applications: Vulnerability Discovery
- 5.8 Understanding the Exploitation of Web Applications
- 5.9 Surveying Defenses to Mitigate Web Application Hacking
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Lesson 8: Hacking Networking Devices
- Learning objectives
- 8.1 Understanding the Reasons for and the Steps to Hacking a Network
- 8.2 Reviewing Networking Technology Fundamentals: OSI and DoD Internet Models
- 8.3 Reviewing Networking Technology Fundamentals: Forwarding Device Architecture and Communication
- 8.4 Building an Internetwork Topology Using VIRL
- 8.5 Hacking Switches: Reviewing Ethernet Fundamentals
- 8.6 Hacking Switches: Demo
- 8.7 Hacking Switches: ARP Vulnerabilities and ARP Cache Poisoning
- 8.8 Reviewing Router Fundamentals
- 8.9 Examining ICMP, First Hop Redundancy and Routing Protocol Attacks
- 8.10 Hacking the Management Plane
- 8.11 Understanding Firewall Fundamentals and Levels of Inspection
- 8.12 Performing Firewall Reconnaissance and Tunneling
- 8.13 Surveying Essential Tools for Hacking Network Devices: Packet Capture
- 8.14 Surveying Essential Tools for Hacking Network Devices: Switch and Router Hacking Tools
- 8.15 Surveying Essential Tools for Hacking Network Devices: ARP Spoofing Tools
- 8.16 Surveying Essential Tools for Hacking Network Devices: MiTM Tools
- 8.17 Surveying Essential Tools for Hacking Network Devices: Linux Tools
- 8.18 Using Network Device Hacking Tools to Perform a MiTM Attack
- Lesson 9: Fundamentals of Wireless Hacking
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Lesson 10: Buffer Overflows
- Learning objectives
- 10.1 Understanding Buffer Overflows
- 10.2 Exploiting Buffer Overflows
- 10.3 Overcoming Defenses for Buffer Overflow Vulnerabilities
- 10.4 Understanding Fuzzing
- 10.5 Creating a Fuzzing Strategy
- 10.6 Exploring Mutation-based, Generation-based, and Evolutionary Fuzzers
- 10.7 Surveying Tools to Find and Exploit Buffer Overflows
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Lesson 6: Hacking User Credentials
- Learning objectives
- 6.1 Understanding Authentication and Authorization Mechanisms
- 6.2 Understanding Authentication and Authorization Attacks
- 6.3 Exploring Password Storage Mechanisms
- 6.4 Understanding Password Storage Vulnerability
- 6.5 Cracking Passwords with John the Ripper
- 6.6 Cracking Passwords with hashcat
- 6.7 Improving Password Security
- Lesson 13: Social Engineering
- Lesson 15: Writing Penetration Testing Reports
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Lesson 1: Overview of Ethical Hacking and Penetration Testing
- Module 6: Advanced Wireless Hacking and Penetration Testing
- Module 7: Mobile Device Security
- Module 8: Internet of Things (IoT) Security
Product information
- Title: The Complete Cybersecurity Bootcamp (Video Collection): Threat Defense, Ethical Hacking, and Incident Handling
- Author(s):
- Release date: April 2019
- Publisher(s): Pearson
- ISBN: 0136173713
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