CISSP Certification Training Course

About Course

The CISSP (Certified Information Systems Security Professional) Certification Training Course equips cybersecurity professionals with advanced skills in designing, implementing, and managing security programs. Covering eight domains, including security and risk management, asset security, and cryptography, it addresses the breadth and depth of information security concepts. Participants learn to protect against cyber threats, secure applications, and establish robust security policies. With real-world scenarios and practical knowledge, this training prepares individuals for the CISSP exam, a globally recognized credential validating expertise in information security, risk management, and governance. It enhances career prospects in roles like security analyst, manager, or consultant.

Course Content

Module 1

1.01 Overview

Module 2

2.01 Security and risk management
2.02, 2.04 Information security management, Information security management and governance
2.03 Security controls
2.05 Goals, missions, and objectives
2.06 Due care
2.07 Security policy
2.08 Compliance
2.09, 2.10 Cybercrimes, Legal systems
2.11 Intellectual Property (IP) law
2.12 Privacy
2.13 General data protection regulation
2.14 Security
2.15 Risk analysis and types
2.16 Security control assessment
2.17 Threat modeling
2.18 Supply-chain risk management
2.19 Third-party management
2.20 Business continuity planning and phases
2.21 Personal security management
2.22, 2.23 Security awareness training, Program effectiveness evaluation

Module 3

Module 4

4.01 Security engineering and architecture
4.02, 4.03 Security models, Evaluation criteria
4.04 System security
4.05, 4.06 CPU, Memory
4.07 Security mode
4.08 Cloud Computing
4.09 IoT
4.10 Industrial control system (ICS)
4.11 Cryptography
4.12 Encryption methods
4.13 DES
4.14 Asymmetric cryptography
4.15 Public key infrastructure
4.16 Cryptanalysis
4.17 Key management
4.18 Critical path analysis
4.19 Site location
4.20 Fire
4.21 HVAC

Module 5

5.01 Identity management
5.02 Biometrics
5.03 Passwords
5.04 Tokens
5.05 Memory cards and smart cards
5.06 Access and authorization
5.07 Identity management implementation
5.08 Kerberos
5.09, 5.10 Access control types and models, Access control tools and techniques
5.11 Accountability
5.12 Access control monitoring
5.13 Identity proofing
5.14 Markup languages
5.15 Identity as a Service (IDaaS)

Module 6

6.01 Network architecture and design
6.02 IP addressing
6.03 Network protocols
6.04 Transmission media
6.05 Firewall
6.06 Intrusion detection and prevention system
6.07 Network access control (NAC)
6.08 Content delivery network (CDN)
6.09 Networks
6.10 Software-defined networking (SDN)
6.11 Remote access
6.12 Internet Security Protocol (IPsec)
6.13 Voice Over Internet Protocol (VoIP)
6.14 Phreaking
6.15 Secure access protocols
6.16 Wireless technologies
6.17 Network attacks

Module 7

7.01, 7.02 Investigation, Forensic investigation
7.03 Evidence
7.04 Electronic discovery
7.05 Incident management
7.06 Security operations management
7.07 Identity and access management
7.08 Assets
7.09 Malware
7.10 Management
7.11 Recovery and backup
7.12 Disaster recovery
7.13 Perimeter security

Module 8

Module 9

9.01 Importance of software development security
9.02 Programming concepts
9.03 Systems development life cycle
9.04 Application program interface
9.05 Software security and assurance
9.06 Database and data warehouse environments
9.07 Knowledge management
9.08 Web application environment
9.09 Security threats and attacks

About Course

What Will You Learn?

Course Content

Module 1

1.01 Overview

Module 2

2.01 Security and risk management

2.02, 2.04 Information security management, Information security management and governance

2.03 Security controls

2.05 Goals, missions, and objectives

2.06 Due care

2.07 Security policy

2.08 Compliance

2.09, 2.10 Cybercrimes, Legal systems

2.11 Intellectual Property (IP) law

2.12 Privacy

2.13 General data protection regulation

2.14 Security

2.15 Risk analysis and types

2.16 Security control assessment

2.17 Threat modeling

2.18 Supply-chain risk management

2.19 Third-party management

2.20 Business continuity planning and phases

2.21 Personal security management

2.22, 2.23 Security awareness training, Program effectiveness evaluation

Module 3

3.01 Information and data classification

3.02 Data life cycle and management

3.03 Different roles

3.04 Data remanence

3.05 Privacy

3.06 Data states

3.07 Data loss prevention

Module 4

4.01 Security engineering and architecture

4.02, 4.03 Security models, Evaluation criteria

4.04 System security

4.05, 4.06 CPU, Memory

4.07 Security mode

4.08 Cloud Computing

4.09 IoT

4.10 Industrial control system (ICS)

4.11 Cryptography

4.12 Encryption methods

4.13 DES

4.14 Asymmetric cryptography

4.15 Public key infrastructure

4.16 Cryptanalysis

4.17 Key management

4.18 Critical path analysis

4.19 Site location

4.20 Fire

4.21 HVAC

Module 5

5.01 Identity management

5.02 Biometrics

5.03 Passwords

5.04 Tokens

5.05 Memory cards and smart cards

5.06 Access and authorization

5.07 Identity management implementation

5.08 Kerberos

5.09, 5.10 Access control types and models, Access control tools and techniques

5.11 Accountability

5.12 Access control monitoring

5.13 Identity proofing

5.14 Markup languages

5.15 Identity as a Service (IDaaS)

Module 6

6.01 Network architecture and design

6.02 IP addressing

6.03 Network protocols

6.04 Transmission media

6.05 Firewall

6.06 Intrusion detection and prevention system

6.07 Network access control (NAC)

6.08 Content delivery network (CDN)

6.09 Networks

6.10 Software-defined networking (SDN)