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Description of  Comptia Security+ (Sy0701) Certification Training

Published 3/2024 MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz Language: English | Size: 5.79 GB | Duration: 14h 46m Mastering Cybersecurity Essentials for CompTIA Security+ Certification What you'll learn 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. Requirements 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. Description Overview Section 1: Introduction Lecture 1 Introduction Section 2: Summarize Fundamental Security Concepts Lecture 2 Elements of Information Security Lecture 3 Cyber Security Framework Lecture 4 Gap Analysis and Access Control Lecture 5 Security Control Categories Lecture 6 Security Control Functional Types Lecture 7 Information's Rolls and Responsibility and Units Section 3: Compare Threat Types Lecture 8 Introduction : Compare Threat Types Lecture 9 Vulnerability, Threat, and Risk Lecture 10 Attributes and Motivations of Threat Actors Lecture 11 Different types of Threat actors and hacktivist Lecture 12 Attack Surface and Vulnerable Software Vectors Lecture 13 Network and Lure based attack Lecture 14 Supply Chain Attack Surface Lecture 15 Social Engineering - Impersonation and Pretexting Lecture 16 Phishing, pharming and Typo squatting Lecture 17 Compromise business Emails Section 4: Explain Cryptographic Solutions Lecture 18 Introduction of Cryptographic Solutions Lecture 19 Cryptographic Concepts Lecture 20 Symmetric Encryption Lecture 21 Key Length Lecture 22 Asymmetric Encryption Lecture 23 Hashing Lecture 24 Digital Signature Lecture 25 Certificate Authorities Lecture 26 Digital Certificate and Root of Trust Lecture 27 Certificate Signing Requests and CN Lecture 28 Certificate Revocation and Key Management Lecture 29 Crypto processors and Secure Enclaves Lecture 30 Key Escrow Lecture 31 Encryption Supporting Confidentiality file, disk and database encryption Lecture 32 Transport Encryption and Key exchange Lecture 33 Perfect Forward Secrecy Lecture 34 Salting, key stretching and Block Chain Section 5: Implement Identity and Access Management Lecture 35 Authentication Design Lecture 37 Multifactor and Biometric Authentication Lecture 39 DAC and MAC Lecture 40 Role-based and Attribute-Based Access Control Lecture 41 Rule-Based Access Control Lecture 42 Least privilege an user account provisioning Lecture 43 Account Attributes and Access and restriction policies Lecture 44 Local, Network, and Remote Authentication Lecture 45 Directory Service and Single Sign-on Authentication Lecture 46 Federation or Shared sign-on authentication Lecture 47 SAML and OAuth Section 6: Secure Enterprise Network Architecture Lecture 48 Introduction : Maintain Enterprise Campus Network Architecture Lecture 49 Architecture and Infrastructure concept Lecture 50 Network Infrastructure Lecture 51 Switching and Routing Infrastructure Considerations Lecture 52 Security Zones and Attack Surface Lecture 53 Port Security and Physical Isolation Lecture 54 Architecture Considerations Lecture 55 Device Placements and Attributes Lecture 56 Layer 4 and Layer 7 Firewall Lecture 57 Proxy Server and IDS Lecture 58 NGF, UTM and Load Balancer Lecture 59 VPN Remote Access Architecture Lecture 60 IPSec and TLS Tunneling Lecture 61 Internet Key Exchange in VPN Lecture 62 RDP and Secure Shell Lecture 63 Out of band Management and Jump Servers Section 7: Secure Cloud Network Architecture Lecture 64 Cloud deployment Models based on Ownership Lecture 65 Security Considerations on Cloud Infra Lecture 66 6a-3 Types of Coluds based on services Lecture 67 Responsibility Matrix Cloud Service Provider and Costumer Lecture 68 Centralized and decentralized de-computing Lecture 69 Resilient Architecture Concepts Lecture 70 Virtualization and Cloud Technology Lecture 71 Software Defined Networking Lecture 72 Cloud Features and Security Consideration Lecture 73 Embedded System and Industrial Control Systems Lecture 74 Introduction of IOT Devices and its security Lecture 75 Deperimeterization and Zero Trust Lecture 76 Essential Components of a Zero Trust Architecture and Security Section 8: Evaluate Network Security Capabilities Lecture 77 Benchmarks and Secure Configuration Guides Lecture 78 Switches and Routers Security baseline Lecture 79 Server Hardware and Operating Systems Lecture 80 Wireless Network Installation Considerations Lecture 81 Access Control Lists Lecture 82 Intrusion Detection and Prevention Systems Lecture 83 Web Filtering Section 9: Assess Endpoint Security Capabilities Lecture 84 Introduction of End point Security Lecture 85 Endpoint Security and Protection Lecture 86 Advanced Endpoint Protection Lecture 87 Endpoint Configuration for enhancing Security Lecture 88 Hardening End and Specialized Devices Lecture 89 Mobile Hardening Techniques Lecture 90 Full Device Encryption and External Media Lecture 91 Different location Services in Mobile device Lecture 92 Different Connection Methods in Mobile Device Section 10: Enhance Application Security Capabilities Lecture 93 Understanding of Secure Protocols Lecture 94 Transport Layer Security Lecture 95 Secure Directory Services Lecture 96 Simple Network Management Protocol Security Lecture 97 File Transfer Services Lecture 98 Email Services Lecture 99 Email Security Lecture 100 Email Data lose prevention Lecture 101 DNS Security Section 11: Explain Incident Response and Monitoring Concepts Lecture 102 Digital forensics Due Process and Legal Hold Lecture 103 Data Acquisition from System Memory and Hard disk Lecture 104 Preservation and Reporting in Digital Forensics Lecture 105 Data Sources, Dashboards, and Reports Lecture 106 Log Data Lecture 107 Host Operating System Logs Lecture 108 Application, Endpoint, and Network Data sources Lecture 109 Packet Capture and Metadata Lecture 110 Security Information And Event Management Lecture 111 Alerting and Monitoring Activities Lecture 112 Alert tuning and Monitoring Infrastructure Lecture 113 Monitoring System and Applications and Benchmark Section 12: Analyze Indicators of Malicious Activity Lecture 114 Malware Classification Lecture 115 Computer Viruses Lecture 116 Computer Worms and Fileless Malware Lecture 117 Spyware Adware and keyloggers Lecture 118 Backdoors, RAT and rootkits Lecture 119 Ransomware, Crypto-malware, and Logic Bombs Lecture 120 TTPs and Malicious Activity Indicators Lecture 121 Physical and Network Attacks Lecture 122 Distributed Denial of Service Attacks Lecture 123 On Path and DNS attack Lecture 124 Wireless Attacks Lecture 126 Cryptographic Attacks and Malicious Code indicators Lecture 127 Application Attacks Lecture 128 Replay and Forgery Attacks Lecture 129 Directory Traversal Script and Command Injection Attacks Lecture 130 Url and Log Analysis Section 13: Summarize Security Governance Concepts Lecture 131 Policies and Guidelines Lecture 132 Procedures, playbook and Change management Lecture 133 Internal and Industry Standards Lecture 134 Legal Environment, governance and accountability Lecture 135 Change management programs Lecture 136 Restart, downtime, documentation and version Control Lecture 137 Automation and orchestration Section 14: Explain Risk Management Processes Lecture 138 Risk Identification and Assessment Lecture 139 Risk management Strategies Lecture 140 Risk management processes Lecture 141 Business Impact analysis Lecture 142 Vendor Selection Lecture 143 Legal Agreements Lecture 144 Attestation and Assessments Lecture 145 Penetration Testing and Security Exercise Types in an Organization