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CompTIA Security+ Certification: Your Pathway to Cybersecurity Mastery

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CompTIA Security+ certification program.

Do you want to become a cybersecurity engineer? Are you looking for a way to step into the IT industry? Here is your chance to succeed. Network Kings helps you build a solid career in cybersecurity with the CompTIA Security+ certification course.

Read the blog till the end to understand what CompTIA S+ certification is in detail.

Why should I choose the CompTIA Security+ certification?

One must choose the CompTIA Security+ certification to understand the core security concepts. Get familiar with all the required skills to maintain the integrity of a network or a device with the CompTIA S+ certification course.

Thus, Network Kings is here to help you pursue your dream. Enroll now to begin.

How will CompTIA S+ help me grow in my career?

The CompTIA S+ (Security+) certification is globally accepted and validates the skills crucial to execute core security operations and pursue an IT security career. It helps you cope with the latest trends, such as automation, zero trust, risk analysis, operational technology, and IoT.

Is there any exam for earning the CompTIA Security+ certification?

To earn the CompTIA Security+ certification, you must clear one exam. The exam details are as follows-

Exam Code: SY0-601

Number of Questions: Maximum of 90 questions

Type of Questions: Multiple choice and performance-based

Length of Test: 90 minutes

Passing Score: 750

Exam Cost: USD 404

Testing Provider: Pearson VUE

Languages: English, Japanese, Vietnamese, Thai, Portuguese

What are the available job opportunities after the CompTIA Security+ course?

The available job opportunities after the CompTIA S+ course are as follows-

  • Help Desk Technician
  • IT Support Specialist
  • Network Administrator
  • Systems Administrator
  • Security Analyst

Note that these are just beginner-level jobs. You need to keep upskilling to learn more about the domain to earn huge.

What will I learn with the CompTIA S+ course training at Network Kings?

With the CompTIA S+ course training at Network Kings, you will learn the following-

Module 1: Network Security

Implement security configuration parameters on network devices and other technologies.

  1. Firewalls
  2. Routers
  3. Switches
  4. Load balancers
  5. Proxies
  6. Web security gateways
  7. VPN concentrators
  8. NIDS and NIPS
  9. Protocol analyzers
  10. Spam filter
  11. UTM security appliances
  12. Web application firewall vs. Network firewall
  13. Application-aware devices

Given a scenario, use secure network administration principles.

  1. Rule-based management
  2. Firewall rules
  3. VLAN management
  4. Secure router configuration
  5. Access control lists
  6. Port security
  7. 802.1x
  8. Flood guards
  9. Loop protection
  10. Implicit deny
  11. Network separation
  12. Log analysis
  13. Unified threat management
  • Network Design

Explain network design elements and components.

  1. DMZ
  2. Subnetting
  3. VLAN
  4. NAT
  5. Remote access
  6. Telephony
  7. NAC
  8. Virtualization and Cloud computing
  9. Layered security/defence in depth
  • Common Protocols

Given a scenario, implement protocols and services.

  1. Protocols
  2. Ports
  3. OSI relevance
  • Troubleshoot Security

Given a scenario, troubleshoot security issues related to wireless networking.

  1. WPA
  2. WPA2
  3. WEP
  4. EAP
  5. PEAP
  6. LEAP
  7. MAC filter
  8. Disable SSID broadcast
  9. TKIP
  10. CCMP
  11. Antenna placement
  12. Power level controls
  13. Captive portals
  14. Antenna types
  15. Site surveys
  16. VPN (over open wireless)

Module 2: Compliance and Operational Security

  • Risk-Related Concepts

Explain the importance of risk-related concepts.

  1. Control types
  2. False positives
  3. False negatives
  4. Importance of policies in reducing risk
  5. Risk calculation
  6. Quantitative vs. Qualitative
  7. Vulnerabilities
  8. Threat factors
  9. Probability/threat likelihood
  10. Risk avoidance/transference/acceptance/mitigation/deterrence
  11. Risks associated with cloud computing and virtualization
  12. Recovery time objective and recovery point objective
  • Integrating Systems and Data

Summarize the security implications of integrating systems and data with third parties.

  1. On-boarding/off-boarding business partners
  2. Social media networks and applications
  3. Interoperability agreements
  4. Privacy considerations
  5. Risk awareness
  6. Unauthorized data sharing
  7. Data Ownership
  8. Data backups
  9. Follow security policy and procedures
  10. Review agreement requirements to verify compliance and performance standards
  • Risk Mitigation Strategies

Given a scenario, implement appropriate risk mitigation strategies.

  1. Change management
  2. Incident management
  3. User rights and permissions reviews
  4. Perform routine audits
  5. Enforce policies and procedures to prevent data loss or theft
  6. Enforce technology controls
  • Forensic Procedures

Given a scenario, implement basic forensic procedures.

  1. Order of volatility
  2. Capture system image
  3. Network traffic and logs
  4. Capture video
  5. Record time offset
  6. Take hashes
  7. Screenshots
  8. Witnesses
  9. Track hours and expense
  10. Chain of custody
  11. Big Data analysis
  • Response Procedures

Summarize incident response procedures.

  1. Mitigation steps
  2. Reporting
  3. Data breach
  4. Damage and loss control
  • Security

Explain the importance of security-related awareness and training.

  1. Security policy training and procedures
  2. Role-based training
  3. Data labelling, handling and disposal
  4. User habits
  5. New threats and new security trends/alerts
  6. Use of social networking and P2P
  • Physical Security

Compare and contrast physical security and environmental controls.

  1. Environmental controls
  2. Physical security
  3. Control types
  • Risk Management

Summarize risk management best practices.

  1. Business continuity concepts
  2. Fault tolerance
  3. Disaster recovery concepts

Module 3: Threats and Vulnerabilities

  • Malware

Explain types of malware.

  1. Adware
  2. Virus
  3. Spyware
  4. Trojan
  5. Rootkits
  6. Backdoors
  7. Logic bomb
  8. Botnets
  9. Ransomware
  10. Polymorphic malware
  11. Armored virus
  • Attacks

Summarize various types of attacks.

  1. Spoofing
  2. Spam
  3. Phishing
  4. Pharming
  5. DNS poisoning
  6. Wireless attacks
  7. Application attacks
  • Mitigation Techniques

Analyze a scenario and select the appropriate type of mitigation and deterrent techniques.

  1. Monitoring system logs
  2. Hardening
  3. Network security
  4. Security posture
  5. Reporting
  6. Detection controls vs. Prevention controls
  • Security Threats

Use appropriate tools and techniques to discover security threats and vulnerabilities.

  1. Interpret results of security assessment tools
  2. Tools
  3. Risk calculations
  4. Assessment types
  5. Assessment technique
  • Penetration Testing

Explain the proper use of penetration testing versus vulnerability scanning.

  1. Penetration testing
  2. Vulnerability scanning
  3. Black box
  4. White box
  5. Gray box

Module 4: Application, Data and Host Security

  • Application Security

Explain the importance of application security controls and techniques.

  1. Fuzzing
  2. Secure coding concepts
  3. Cross-site scripting prevention
  4. Application hardening
  5. NoSQL databases vs. SQL databases
  6. Server-side vs. Client-side validation
  • Mobile Security Concepts

Summarize mobile security concepts and technologies.

  1. Device security
  2. Application security
  3. BYOD concerns
  • Host Security

Given a scenario, select the appropriate solution to establish host security.

  1. Operating system security and settings
  2. OS hardening
  3. Anti-malware
  4. Patch management
  5. Host-based firewalls
  6. Hardware security
  7. Host software baselining
  8. Virtualization
  • Data Security

Implement the appropriate controls to ensure data security.

  1. Cloud storage
  2. SAN
  3. Handling Big Data
  4. Data encryption
  5. Hardware-based encryption devices
  6. Data in transit, data at rest, data in use
  7. Data Policies
  8. ACL
  • Mitigate Security Risks

Compare and contrast alternative methods to mitigate security risks in static environments.

  1. Environments
  2. SCADA
  3. Methods

Module 5: Access Control and Identity Management

  • Authentication Services

Compare and contrast the function and purpose of authentication services.

  1. RADIUS
  2. TACACS+
  3. Kerberos
  4. LDAP
  5. XTACACS
  6. SAML
  7. Secure LDAP
  • Authorization/ Access Control

Given a scenario, select the appropriate authentication, authorization or access control.

  1. Identification vs. Authentication vs. Authorization
  2. Authorization
  3. Authentication
  4. Authentication factors
  5. Identification
  6. Federation
  7. Transitive trust/ authentication
  • Security Controls

Install and configure security controls when performing account management based on best practices.

  1. Mitigate issues associated with users 
  2. Account policy enforcement
  3. Group-based privileges
  4. User-assigned privileges
  5. User access reviews
  6. Continuous monitoring

Module 6: Cryptography

  • Cryptography Concepts

Given a scenario, utilize general cryptography concepts.

  1. Symmetric vs. Asymmetric
  2. Session keys
  3. In-band vs. Out-of-band key exchange
  4. Fundamental differences
  5. Encryption methods
  6. Transport encryption
  7. Hashing
  8. Key escrow
  9. Steganography
  10. Digital signatures
  11. Use of proven technologies
  12. Ephemeral key
  13. Elliptic curve and quantum cryptography
  • Cryptographic Methods

Given a scenario, use appropriate cryptographic methods.

  1. WEP vs. WPA/WPA2 and pre-shared key
  2. MD5
  3. RIPEMD
  4. AES
  5. DES
  6. 3DES
  7. HMAC
  8. RSA
  9. Diffie-Hellman
  10. RC4
  11. One-time pads
  12. NTLM
  13. NTLMv2
  14. Blowfish
  15. PGP/GPG
  16. Twofish
  17. DHE
  18. ECDHE
  19. CHAP
  20. PAP
  21. Comparative strengths and performance of algorithms
  22. Use of algorithms/protocols with transport encryption
  23. SSL
  24. TLS
  25. IPSec
  26. SSH
  27. HTTPS
  28. Cipher suites
  29. Key stretching
  • Certificate Management

Given a scenario, use appropriate PKI, certificate management and associated components.

  1. Certificate authorities and digital certificates
  2. PKI
  3. Recovery agent
  4. Public key
  5. Private key
  6. Registration
  7. Key escrow
  8. Trust models

Wrapping Up!

Since you know what to choose if you want to begin with cybersecurity, why don’t you act just now? Why wait? Don’t let this opportunity slip away. Network Kings is ready to guide you with the CompTIA S+ certification program.

Seek us out in case any assistance is required. We will be happy to help.

HAPPY LEARNING!

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