CompTIA Security+ (SY0-701) Certification Training

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Chapter 2: Summarize Fundamental Security Concepts

Lecture 1: Elements of Information Security

Lecture 2: Cyber Security Framework

Lecture 3: Gap Analysis and Access Control

Lecture 4: Security Control Categories

Lecture 5: Security Control Functional Types

Lecture 6: Information's Rolls and Responsibility and Units

Chapter 3: Compare Threat Types

Lecture 1: Introduction : Compare Threat Types

Lecture 2: Vulnerability, Threat, and Risk

Lecture 3: Attributes and Motivations of Threat Actors

Lecture 4: Different types of Threat actors and hacktivist

Lecture 5: Attack Surface and Vulnerable Software Vectors

Lecture 6: Network and Lure based attack

Lecture 7: Supply Chain Attack Surface

Lecture 8: Social Engineering – Impersonation and Pretexting

Lecture 9: Phishing, pharming and Typo squatting

Lecture 10: Compromise business Emails

Chapter 4: Explain Cryptographic Solutions

Lecture 1: Introduction of Cryptographic Solutions

Lecture 2: Cryptographic Concepts

Lecture 3: Symmetric Encryption

Lecture 4: Key Length

Lecture 5: Asymmetric Encryption

Lecture 6: Hashing

Lecture 7: Digital Signature

Lecture 8: Certificate Authorities

Lecture 9: Digital Certificate and Root of Trust

Lecture 10: Certificate Signing Requests and CN

Lecture 11: Certificate Revocation and Key Management

Lecture 12: Crypto processors and Secure Enclaves

Lecture 13: Key Escrow

Lecture 14: Encryption Supporting Confidentiality file, disk and database encryption

Lecture 15: Transport Encryption and Key exchange

Lecture 16: Perfect Forward Secrecy

Lecture 17: Salting, key stretching and Block Chain

Chapter 5: Implement Identity and Access Management

Lecture 1: Authentication Design

Lecture 2: Password concepts and password manager

Lecture 3: Multifactor and Biometric Authentication

Lecture 4: Type of Authentication Hard, soft and password less

Lecture 5: DAC and MAC

Lecture 6: Role-based and Attribute-Based Access Control

Lecture 7: Rule-Based Access Control

Lecture 8: Least privilege an user account provisioning

Lecture 9: Account Attributes and Access and restriction policies

Lecture 10: Local, Network, and Remote Authentication

Lecture 11: Directory Service and Single Sign-on Authentication

Lecture 12: Federation or Shared sign-on authentication

Lecture 13: SAML and OAuth

Chapter 6: Secure Enterprise Network Architecture

Lecture 1: Introduction : Maintain Enterprise Campus Network Architecture

Lecture 2: Architecture and Infrastructure concept

Lecture 3: Network Infrastructure

Lecture 4: Switching and Routing Infrastructure Considerations

Lecture 5: Security Zones and Attack Surface

Lecture 6: Port Security and Physical Isolation

Lecture 7: Architecture Considerations

Lecture 8: Device Placements and Attributes

Lecture 9: Layer 4 and Layer 7 Firewall

Lecture 10: Proxy Server and IDS

Lecture 11: NGF, UTM and Load Balancer

Lecture 12: VPN Remote Access Architecture

Lecture 13: IPSec and TLS Tunneling

Lecture 14: Internet Key Exchange in VPN

Lecture 15: RDP and Secure Shell

Lecture 16: Out of band Management and Jump Servers

Chapter 7: Secure Cloud Network Architecture

Lecture 1: Cloud deployment Models based on Ownership

Lecture 2: Security Considerations on Cloud Infra

Lecture 3: 6a-3 Types of Coluds based on services

Lecture 4: Responsibility Matrix Cloud Service Provider and Costumer

Lecture 5: Centralized and decentralized de-computing

Lecture 6: Resilient Architecture Concepts

Lecture 7: Virtualization and Cloud Technology

Lecture 8: Software Defined Networking

Lecture 9: Cloud Features and Security Consideration

Lecture 10: Embedded System and Industrial Control Systems

Lecture 11: Introduction of IOT Devices and its security

Lecture 12: Deperimeterization and Zero Trust

Lecture 13: Essential Components of a Zero Trust Architecture and Security

Chapter 8: Explain Resiliency and Site Security Concepts

Lecture 1: Introduction

Lecture 2: Asset Tracking and monitoring

Lecture 3: Asset Protection Concept

Lecture 4: Data Backups

Lecture 5: Advanced Data Protection

Lecture 6: Secure Data Destruction

Lecture 7: Continuity of Operations

Lecture 8: Capacity Planning Risks

Lecture 9: High Availability

Lecture 10: Testing Redundancy and High Availability and Clustering

Lecture 11: Diversity and Defense in Depth

Lecture 12: Deception technology and Testing Resiliency

Lecture 13: Physical Security

Chapter 9: Explain Vulnerability Management

Lecture 1: Introduction

Lecture 2: Operating System Vulnerabilities