SY0-601: CompTIA Security+ Exam Training Course

Curriculum For This Course

Exam Info

3Lectures

Time 00:15:00

Security Basics

3Lectures

Time 00:12:00

1.1 Social engineering techniques

7Lectures

Time 00:54:00

1.2 Potential indicators of attacks

12Lectures

Time 01:17:00

1.3 Analyze potential indicators associated with application attacks

8Lectures

Time 01:10:00

1.4 Analyze potential indicators associated with network attacks.

9Lectures

Time 01:09:00

1.5 Different threat actors, vectors, and intelligence sources

3Lectures

Time 00:41:00

1.6 Security concerns associated with various types of vulnerabilities

4Lectures

Time 00:35:00

1.7 Techniques used in security assessments.

3Lectures

Time 00:35:00

1.8 Techniques used in penetration testing.

3Lectures

Time 00:22:00

2.1 Security concepts in an enterprise environment.

5Lectures

Time 00:49:00

2.2 Virtualization and cloud computing concepts

7Lectures

Time 01:02:00

2.3 Secure application development, deployment, and automation concepts.

3Lectures

Time 00:31:00

2.4 Authentication and authorization design concepts.

4Lectures

Time 00:28:00

2.5 Implement cybersecurity resilience.

5Lectures

Time 00:54:00

2.6 Security implications of embedded and specialized systems.

4Lectures

Time 00:19:00

2.7 Physical security controls

5Lectures

Time 00:32:00

2.9 Basics of cryptographic concepts

21Lectures

Time 02:10:00

3.1 Implement secure protocols.

10Lectures

Time 01:18:00

3.2 Implement host or application security solutions.

6Lectures

Time 00:35:00

3.3 Implement secure network designs.

9Lectures

Time 01:26:00

3.4 Install and configure wireless security settings

2Lectures

Time 00:22:00

3.5 Implement secure mobile solutions. Given

5Lectures

Time 00:23:00

3.6 Apply cybersecurity solutions to the cloud.

3Lectures

Time 00:15:00

3.7 Implement identity and account management controls.

2Lectures

Time 00:17:00

3.8 Implement authentication and authorization solutions.

3Lectures

Time 00:37:00

3.9 Implement public key infrastructure.

6Lectures

Time 00:43:00

4.1 Tool to assess organizational security.

20Lectures

Time 01:21:00

4.2 Policies, processes, and procedures for incident response

3Lectures

Time 00:19:00

4.3 support an investigation

2Lectures

Time 00:14:00

4.4 Apply mitigation techniques or controls to secure an environment.

1Lectures

Time 00:08:00

4.5 Key aspects of digital forensics.

1Lectures

Time 00:06:00

5.1 Various types of controls.

1Lectures

Time 00:06:00

5.2 Regulations, standards, or frameworks that impact security

3Lectures

Time 00:22:00

5.3 Policies to organizational security

3Lectures

Time 00:28:00

5.4 Risk management processes and concepts

4Lectures

Time 00:35:00

5.5 Privacy and sensitive data concepts in relation to security

3Lectures

Time 00:17:00

Performance Based Questions

5Lectures

Time 00:11:00

Exam Info
	1. SY0-501 vs. SY0-601	1:00
	2. Exam Information	6:00
	3. Building a lab	8:00

Security Basics
	1. CIA Triade	5:00
	2. IAAA	5:00
	3. Basic security controls	2:00

1.1 Social engineering techniques
	1. Phishing, Smishing, Vishing, Spear phishing, Whaling	11:00
	2. Dumpster diving and Shoulder surfing	5:00
	3. Eliciting information and the principles of social engineering	9:00
	4. Pharming	7:00
	5. Spam	4:00
	6. Tailgating	3:00
	7. Other types Social Engineer techniques	15:00

1.2 Potential indicators of attacks
	1. Introduction to Malware	2:00
	2. Ransomeware and Cryptomalware	7:00
	3. Trojans and RAT's	6:00
	4. Bot and Command and control	4:00
	5. Fileless Virus, Logic bombs, spyware, rootkit, backdoor	5:00
	6. Adversarial artificial intelligence (AI)	6:00
	7. Malicious USB cables, drives and Card Cloning	4:00
	8. Supply chain attacks	4:00
	9. Keyloggers	16:00
	10. How passwords are stored	5:00
	11. Using hashcat to crack passwords	7:00
	12. Using a brute force and rainbow tables to attack passwords	11:00

1.3 Analyze potential indicators associated with application attacks
	1. Privilege escalation, (SSL) stripping, Pass the hash	11:00
	2. Cross-site scripting (XSS) and Injections	16:00
	3. Pointer Dereference, directory traversal, buffer overflows, and tocttou	12:00
	4. Replay attacks	4:00
	5. Request forgeries	9:00
	6. API Attacks	7:00
	7. Driver manipulation	5:00
	8. Integer overflow, Resource exhaustion, Memory leak	6:00

1.4 Analyze potential indicators associated with network attacks.
	1. Evil Twin and Rouge Access Point	6:00
	2. Bluesnarfing and Bluejacking	3:00
	3. Cracking WEP	10:00
	4. Disassociation and Jamming	7:00
	5. Man in the Middle, browser, and APR Poisoning	19:00
	6. IV, RFID, NFC Attacks	6:00
	7. MAC Flooding and Cloning	6:00
	8. DDOS Attacks	8:00
	9. Malicious Code	4:00

1.5 Different threat actors, vectors, and intelligence sources
	1. Actors and threats	13:00
	2. Threat intelligence sources	17:00
	3. Research sources	11:00

1.6 Security concerns associated with various types of vulnerabilities
	1. Cloud-based vs. on-premises, Zero Day	10:00
	2. Weak configurations	9:00
	3. Third-party risks, Improper or weak patch, legacy platforms	10:00
	4. Impacts	6:00

1.7 Techniques used in security assessments.
	1. Threat hunting	4:00
	2. Vulnerability scans	18:00
	3. SIEM and SOAR	13:00

1.8 Techniques used in penetration testing.
	1. Penetration testing	14:00
	2. Passive and active reconnaissance	4:00
	3. Exercise types	4:00

2.1 Security concepts in an enterprise environment.
	1. Configuration management	12:00
	2. Data Sovereignty and Protection	12:00
	3. Other Security Consideration	13:00
	4. Site Resiliency, Hot, Warm, Cold	6:00
	5. Deception and disruption	6:00

2.2 Virtualization and cloud computing concepts
	1. IaaS	11:00
	2. PaaS	5:00
	3. SaaS, XaaS	5:00
	4. Cloud Deployment	2:00
	5. Cloud Application terms	21:00
	6. IaC	13:00
	7. Virtualization Issues	5:00

2.3 Secure application development, deployment, and automation concepts.
	1. Software Development Environment	3:00
	2. Secure Coding Techniques	19:00
	3. DevOps and Automation	9:00

2.4 Authentication and authorization design concepts.
	1. Authentication methods	11:00
	2. Biometrics	9:00
	3. MFA	5:00
	4. Authentication, authorization, and accounting	3:00

2.5 Implement cybersecurity resilience.
	1. Redundancy	9:00
	2. Replication and storages	9:00
	3. Backup Types	14:00
	4. Non-persistence, high availability, diversity	6:00
	5. RAID	16:00

2.6 Security implications of embedded and specialized systems.
	1. Embedded Systems	4:00
	2. Industrial control system	4:00
	3. IoT	4:00
	4. IoT Communication and considerations	7:00

2.7 Physical security controls
	1. Physical Security Controls	9:00
	2. Other physical security controls	7:00
	3. Locks and Fencings	7:00
	4. Fire Suppression	3:00
	5. Secure data destruction	6:00

2.9 Basics of cryptographic concepts
	1. Introduction to cryptography	4:00
	2. Goals of cryptography	6:00
	3. Algorithm and Keys	20:00
	4. Block and stream ciphers	4:00
	5. Symmetric Ciphers	9:00
	6. Asymmetric Ciphers	10:00
	7. Hashing	13:00
	8. Hybrid cryptography	9:00
	9. Digital signatures	6:00
	10. Block Chain	7:00
	11. Steganography	8:00
	12. Key stretching	2:00
	13. Salting	6:00
	14. Quantum	3:00
	15. Ephemeral, PFS, Homomorphic	3:00
	16. Cipher Modes	5:00
	17. Lightweight cryptography	3:00
	18. Elliptic-curve cryptography	3:00
	19. Cipher suites	2:00
	20. Common use cases	3:00
	21. Limitations of encryptions	4:00

3.1 Implement secure protocols.
	1. DNSSEC	4:00
	2. Email security with S/MIME and PMP	5:00
	3. Installing Wireshark on Windows 10	8:00
	4. Install and setup an FTP Server and Client	10:00
	5. Using Wireshark to capture an FTP Password and securing FTP Server	9:00
	6. Lightweight Directory Access Protocol Over SSL	5:00
	7. SRPT, FTPS, SFTP, SNMP, IMAP	6:00
	8. SSH	5:00
	9. VPN and IPSEC	21:00
	10. Use Cases for secure protocols	5:00

3.2 Implement host or application security solutions.
	1. Endpoint Protection	5:00
	2. Boot integrity	3:00
	3. Databases	2:00
	4. Application Security	10:00
	5. Hardening systems	6:00
	6. Drive Encryption and sandboxing	9:00

3.3 Implement secure network designs.
	1. Load Balancing	7:00
	2. Network segmentation	7:00
	3. How to download and install packet tracer	9:00
	4. VLAN's and Port Security	18:00
	5. Firewalls	13:00
	6. Configuring firewall rules	11:00
	7. Jump and Proxy servers	4:00
	8. IDS and IPS	9:00
	9. Other network secure concepts	8:00

3.4 Install and configure wireless security settings
	1. Wireless Security	17:00
	2. Wireless Installation Considerations	5:00

3.5 Implement secure mobile solutions. Given
	1. Mobile Connection methods and receivers	3:00
	2. Mobile device management (MDM)	5:00
	3. UEM and MAM	4:00
	4. Enforcement and monitoring of mobile devices	7:00
	5. Mobile Deployment Models	4:00

3.6 Apply cybersecurity solutions to the cloud.
	1. Cloud Solutions controls	3:00
	2. Cloud Network and computing	5:00
	3. Cloud Security terms	7:00

3.7 Implement identity and account management controls.
	1. Identity and account types	5:00
	2. Account policies	12:00

3.8 Implement authentication and authorization solutions.
	1. Authentication management	4:00
	2. Authentication Protocols	19:00
	3. Access control schemes	14:00

3.9 Implement public key infrastructure.
	1. Introduction to PKI	5:00
	2. Process of getting a certificate	7:00
	3. PKI Setup	16:00
	4. Fields on a certificate	7:00
	5. Certificate formats	2:00
	6. Certificate types	6:00

4.1 Tool to assess organizational security.
	1. Introductions to commands	2:00
	2. ARP and Route	3:00
	3. hping	6:00
	4. Curl	4:00
	5. IP scanner	3:00
	6. ipconfig, ping, tracert	4:00
	7. Linux file manipulation, head, tail, cat	5:00
	8. Log	3:00
	9. Cuckoo	1:00
	10. thehavester	2:00
	11. Nslookup and Dig	2:00
	12. tcpdump	4:00
	13. NetCat	2:00
	14. Sniper	5:00
	15. scanless	2:00
	16. nmap	4:00
	17. Managing Linux Permissions	16:00
	18. Shell and script environments	2:00
	19. Exploitation frameworks	4:00
	20. Forensics tools	7:00

4.2 Policies, processes, and procedures for incident response
	1. Incident response process	8:00
	2. Attack Frameworks	5:00
	3. Incidents plans and exercises	6:00

4.3 support an investigation
	1. Log Files	7:00
	2. Capture log files	7:00

4.4 Apply mitigation techniques or controls to secure an environment.
	1. Incident mitigation techniques	8:00

4.5 Key aspects of digital forensics.
	1. Documentation and evidence	6:00

5.1 Various types of controls.
	1. Control Types and category	6:00

5.2 Regulations, standards, or frameworks that impact security
	1. Regulations, standards, and legislation	5:00
	2. Key frameworks	15:00
	3. Secure configuration guides	2:00

5.3 Policies to organizational security
	1. Personnel Controls	15:00
	2. Third-party risk management	6:00
	3. Credential and organizations policies	7:00

5.4 Risk management processes and concepts
	1. Risk types, terms, and Process	12:00
	2. Risk management strategies	6:00
	3. Risk Assessments	9:00
	4. Business impact analysis	8:00

5.5 Privacy and sensitive data concepts in relation to security
	1. Privacy breaches	4:00
	2. Data types	6:00
	3. Privacy technologies and roles	7:00

Performance Based Questions
	1. Performance Based Questions Introduction	1:00
	2. PBQ - Attack Types and Response	2:00
	3. PBQ - Incident Response	2:00
	4. PBQ - Social Engineering	2:00
	5. PBQ - Firewalls	4:00

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