Join the CompTIA Security+ (SY0-701)Training Course

2024 CompTIA Security+ (SY0-701) Certification Training

Mastering Cybersecurity Essentials for CompTIA Security+ Certification

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Last Updated: 2024-11-14 07:11:51 English Course Type: Self Learning

Understanding foundational cybersecurity concepts.
Identifying various types of security threats and attacks.
Implementing cryptography techniques for data protection.
Developing skills in risk management and incident response.
Securing network infrastructure and protocols.

Are you ready to take your cybersecurity skills to the next level? Welcome to the Comprehensive CompTIA Security+ Certification Training course!

In today's digital age, cybersecurity is more critical than ever. Whether you're an IT professional looking to enhance your security knowledge or a beginner interested in starting a career in cybersecurity, this course is designed to equip you with the essential skills and knowledge needed to pass the CompTIA Security+ certification exam.

This comprehensive course covers everything you need to know to become a certified cybersecurity professional. From understanding core security principles to implementing advanced security measures, you'll learn from industry experts with real-world experience.

What You'll Learn:

Master the fundamentals of cybersecurity, including confidentiality, integrity, and availability (CIA triad).

Explore common cyber threats, attack vectors, and vulnerabilities.

Gain hands-on experience with network security, cryptography, and secure communication protocols.

Learn about identity and access management, authentication methods, and user access controls.

Discover security technologies and tools used to detect, prevent, and respond to cyber threats.

Understand incident response and recovery procedures, business continuity planning, and disaster recovery strategies.

Dive into security policies, compliance requirements, and governance frameworks.

Develop ethical hacking skills and learn penetration testing methodologies.

Stay updated with the latest cybersecurity best practices and industry trends.

Why Choose This Course?

Expert Instruction: Learn from certified cybersecurity professionals with years of industry experience.

Practical Training: Gain hands-on experience with real-world scenarios and practical exercises.

Exam Preparation: Prepare effectively for the CompTIA Security+ certification exam with comprehensive exam coverage and practice tests.

Career Advancement: Enhance your cybersecurity skills and boost your career prospects in the IT industry.

Community Support: Join a supportive learning community and network with peers and experts in the field.

Enroll now and start your journey toward becoming a certified CompTIA Security+ professional! Let's secure the digital world together!

No specific prerequisites are required for the CompTIA Security+ course. Beginners are welcome. Basic computer skills recommended. Its better you have completed CompTIA A+ and N+ course.

The CompTIA Security+ course is designed for individuals aspiring to pursue careers in cybersecurity. It's suitable for: Entry-level IT professionals seeking to specialize in security. Students or recent graduates interested in cybersecurity roles. IT professionals looking to validate their security knowledge and skills. Anyone aiming to enhance their understanding of cybersecurity fundamentals. Individuals preparing for security-related certifications or roles.

Section 1 : Lesson 1 Summarize Fundamental Security Concepts 6 Lectures 00:44:37
Lecture 1 :
Elements of Information Security Preview
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
Section 2 : Lesson 2 Compare Threat Types 10 Lectures 00:48:57
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 Pretextin
Lecture 9 :
Phishing, pharming and Typo squatting
Lecture 10 :
Compromise business Emails
Section 3 : Lesson 3 Explain Cryptographic Solutions 17 Lectures 01:39:20
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
Section 4 : Lesson 4 Implement Identity and Access Management 13 Lectures 01:11:32
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
Section 5 : Lesson 5 Secure Enterprise Network Architecture 16 Lectures 01:35:48
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
Section 6 : Lesson 6 Secure Cloud Network Architecture 13 Lectures 01:15:38
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
Section 7 : Lesson 7 Explain Resiliency and Site Security Concepts 13 Lectures 01:06:52
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
Section 8 : Lesson 8 Explain Vulnerability Management 12 Lectures 01:04:17
Lecture 1 :
Introduction
Lecture 2 :
Operating System Vulnerabilities
Lecture 3 :
Vulnerability Types
Lecture 4 :
Zero-Day Vulnerabilities
Lecture 5 :
Misconfiguration Vulnerabilities
Lecture 6 :
Cryptographic Vulnerabilities
Lecture 7 :
Sideloading, Rooting, and Jailbreaking
Lecture 8 :
Application Vulnerabilities
Lecture 9 :
Evaluation Scope
Lecture 10 :
Common Web Application Attacks
Lecture 11 :
Cloud-based Application Attacks
Lecture 12 :
Supply Chain Vulnerabilities
Section 9 : Lesson 9 Evaluate Network Security Capabilities 7 Lectures 00:56:44
Lecture 1 :
Benchmarks and Secure Configuration Guides
Lecture 2 :
Switches and Routers Security baseline
Lecture 3 :
Server Hardware and Operating Systems
Lecture 4 :
Wireless Network Installation Considerations
Lecture 5 :
Access Control Lists
Lecture 6 :
Intrusion Detection and Prevention Systems
Lecture 7 :
Web Filtering
Section 10 : Lesson 10 Assess Endpoint Security Capabilities 9 Lectures 00:53:03
Lecture 1 :
Introduction of End point Security
Lecture 2 :
Endpoint Security and Protection
Lecture 3 :
Advanced Endpoint Protection
Lecture 4 :
Endpoint Configuration for enhancing Security
Lecture 5 :
Hardening End and Specialized Devices
Lecture 6 :
Mobile Hardening Techniques
Lecture 7 :
Full Device Encryption and External Media
Lecture 8 :
Different location Services in Mobile device
Lecture 9 :
Different Connection Methods in Mobile Device
Section 11 : Lesson 11 Enhance Application Security Capabilities 9 Lectures 00:46:12
Lecture 1 :
Understanding of Secure Protocols
Lecture 2 :
Transport Layer Security
Lecture 3 :
Secure Directory Services
Lecture 4 :
Simple Network Management Protocol Security
Lecture 5 :
File Transfer Services
Lecture 6 :
Email Services
Lecture 7 :
Email Security
Lecture 8 :
Email Data lose prevention
Lecture 9 :
DNS Security
Section 12 : Lesson 12 Explain Incident Response and Monitoring Concepts 12 Lectures 01:13:17
Lecture 1 :
Digital forensics Due Process and Legal Hold
Lecture 2 :
Data Acquisition from System Memory and Hard disk
Lecture 3 :
Preservation and Reporting in Digital Forensics
Lecture 4 :
Data Sources, Dashboards, and Reports
Lecture 5 :
Log Data
Lecture 6 :
Host Operating System Logs
Lecture 7 :
Application, Endpoint, and Network Data sources
Lecture 8 :
Packet Capture and Metadata
Lecture 9 :
Security Information And Event Management
Lecture 10 :
Alerting and Monitoring Activities
Lecture 11 :
Alert tuning and Monitoring Infrastructure
Lecture 12 :
Monitoring System and Applications and Benchmark
Section 13 : Lesson 13 Analyze Indicators of Malicious Activity 17 Lectures 01:41:47
Lecture 1 :
Malware Classification
Lecture 2 :
Computer Viruses
Lecture 3 :
Computer Worms and Fileless Malware
Lecture 4 :
Spyware Adware and keyloggers
Lecture 5 :
Backdoors, RAT and rootkits
Lecture 6 :
Ransomware, Crypto-malware, and Logic Bombs
Lecture 7 :
TTPs and Malicious Activity Indicators
Lecture 8 :
Physical and Network Attacks
Lecture 9 :
Distributed Denial of Service Attacks
Lecture 10 :
On Path and DNS attack
Lecture 11 :
Wireless Attacks
Lecture 12 :
Password Credential Replay Attacks
Lecture 13 :
Cryptographic Attacks and Malicious Code indicators
Lecture 14 :
Application Attacks
Lecture 15 :
Replay and Forgery Attacks
Lecture 16 :
Directory Traversal Script and Command Injection Attacks
Lecture 17 :
Url and Log Analysis
Section 14 : Lesson 14 Summarize Security Governance Concepts 7 Lectures 01:04:13
Lecture 1 :
Policies and Guidelines
Lecture 2 :
Procedures, playbook and Change management
Lecture 3 :
Internal and Industry Standards
Lecture 4 :
Legal Environment, governance and accountability
Lecture 5 :
Change management programs
Lecture 6 :
Restart, downtime, documentation and version Control
Lecture 7 :
Automation and orchestration
Section 15 : Lesson 15 Explain Risk Management Processes 8 Lectures 00:56:47
Lecture 1 :
Risk Identification and Assessment
Lecture 2 :
Risk management Strategies
Lecture 3 :
Risk management processes
Lecture 4 :
Business Impact analysis
Lecture 5 :
Vendor Selection
Lecture 6 :
Legal Agreements
Lecture 7 :
Attestation and Assessments
Lecture 8 :
Penetration Testing and Security Exercise Types in an Organization

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Vijay Kumar,

7232 Course Views

8 Courses

I have several years of experience in the field of Cyber Security as a Trainer. Experience in delivering Training on Ethical Hacking, VAPT, CompTIA Security +, CySA, CEH, OSCP, Linux System & Server Administrator, CompTIA N+, CCNA. I have delivered training to more than 100+ colleges including IIT and NIIT, and Corporate, and Government Bodies.