Pasted

Domain 1 — Information System Auditing Process
• How can we Plan an audit to determine whether information systems are protected, controlled, and provide value to the organization?
• How can we Conduct an audit in accordance with IS audit standards and a risk-based IS audit strategy?
• How can we Communicate audit progress, findings, results and recommendations to stakeholders?
• How can we Conduct audit follow-up to evaluate whether risk has been sufficiently addressed?
• How can we Evaluate IT management and monitoring of controls?
• How can we Utilize data analytics tools to streamline audit processes?
• How can we Provide consulting services and guidance to the organization in order to improve the
quality and control of information systems?
• How can we Identify opportunities for process improvement in the organization’s IT policies and
practices?
 Domain 2 – Governance & Management of IT
• How can we Evaluate the IT strategy for alignment with the organization’s strategies and objectives?
• How can we Evaluate the effectiveness of IT governance structure and IT organizational structure?
• How can we Evaluate the organization’s management of IT policies and practices?
• How can we Evaluate the organization’s IT policies and practices for compliance with regulatory
and legal requirements?
• How can we Evaluate IT resource and portfolio management for alignment with the organization’s
strategies and objectives?
• How can we Evaluate the organization’s risk management policies and practices?
• How can we Evaluate IT management and monitoring of controls?
• How can we Evaluate the monitoring and reporting of IT key performance indicators (KPIs)?
• How can we Evaluate whether IT supplier selection and contract management processes align
with business requirements?
• How can we Evaluate whether IT service management practices align with business requirements?
• How can we Conduct periodic review of information systems and enterprise architecture?
• How can we Evaluate data governance policies and practices?
• How can we Evaluate the information security program to determine its effectiveness and
alignment with the organization’s strategies and objectives?
• How can we Evaluate potential opportunities and threats associated with emerging technologies,
regulations, and industry practices?
 Domain 3 – Information Systems Acquisition, Development, & Implementation
• How can we Evaluate whether the business case for proposed changes to information systems meet business objectives?
• How can we Evaluate the organization’s project management policies and practices?
• How can we Evaluate controls at all stages of the information systems development life cycle?
• How can we Evaluate the readiness of information systems for implementation and migration into
production?
• How can we Conduct post-implementation review of systems to determine whether project
deliverables, controls and requirements are met?
• How can we Evaluate change, configuration, release, and patch management policies and practices?
Domain 4 – Information Systems Operations and Business Resilience
• How can we Evaluate the organization’s ability to continue business operations?
• How can we Evaluate whether IT service management practices align with business requirements?
• How can we Conduct periodic review of information systems and enterprise architecture?
• How can we Evaluate IT operations to determine whether they are controlled effectively and
continue to support the organization’s objectives?
• How can we Evaluate IT maintenance practices to determine whether they are controlled
effectively and continue to support the organization’s objectives?
• How can we Evaluate database management practices?
• How can we Evaluate data governance policies and practices?
• How can we Evaluate problem and incident management policies and practices?
• How can we Evaluate change, configuration, release, and patch management policies and
practices?
• How can we Evaluate end-user computing to determine whether the processes are effectively
controlled?
 Domain 5 – Protection of Information Assets
• How can we Conduct audit in accordance with IS audit standards and a risk-based IS audit strategy?
• How can we Evaluate problem and incident management policies and practices?
• How can we Evaluate the organization’s information security and privacy policies and practices?
• How can we Evaluate physical and environmental controls to determine whether information
assets are adequately safeguarded?
• How can we Evaluate logical security controls to verify the confidentiality, integrity, and
availability of information?
• How can we Evaluate data classification practices for alignment with the organization’s policies
and applicable external requirements?
• How can we Evaluate policies and practices related to asset life cycle management?
• How can we Evaluate the information security program to determine its effectiveness and
alignment with the organization’s strategies and objectives?
• How can we Perform technical security testing to identify potential threats and vulnerabilities?
• How can we Evaluate potential opportunities and threats associated with emerging technologies,
regulations, and industry practices?
    Domain 1 – Information Security Governance
• Could you please Explain the need for and the desired outcomes of an effective information security strategy?
• Could you please Create an information security strategy aligned with organizational goals and objectives?
• How can you Gain stakeholder support using business cases?
• How can you Identify key roles and responsibilities needed to execute an action plan?
• How can you Establish metrics to measure and monitor the performance of security governance?
 Domain 2 – Information Risk Management
• Could you please Explain the importance of risk management as a tool to meet business needs and develop a security management program to support these needs?
• How can you Identify, rank, and respond to a risk in a way that is appropriate as defined by organizational directives?
• How can you Assess the appropriateness and effectiveness of information security controls?
• How can you Report information security risk effectively?
 Domain 3- Information Security Program Development and Management
• How effectively you Align information security program requirements with those of other business function?
• How do you Manage the information security program resources?
• How do you Design and implement information security controls ?
• How do you Incorporate information security requirements into contracts, agreements and third-
party management processes?
 Domain 4 – Information Security Incident Management
• Could you please confirm concepts and practices of Incident Management?
• How do you Identify the components of an Incident Response Plan and evaluate its effectiveness?
• How do you make the key concepts of Business Continuity Planning, or BCP and Disaster Recovery
Planning, or DRP?
• Please confirm techniques commonly used to test incident response capabilities?
    Domain 1 — Risk Management
• How do you Collect and review environmental risk data?
• How do you Identify potential vulnerabilities to people, processes and assets?
• How do you Develop IT scenarios based on information and potential impact to the organization
• Identify key stakeholders for risk scenarios?
• How do you Establish risk register?
• How do you Gain senior leadership and stakeholder approval of the risk plan?
• How do you Collaborate to create a risk awareness program and conduct training?
 Domain 2 – IT Risk Assessment
• How do you Analyze risk scenarios to determine likelihood and impact?
• How do you Identify current state of risk controls and their effectiveness ?
• How do you Determine gaps between the current state of risk controls and the desired state ?
• How to Ensure risk ownership is assigned at the appropriate level ?
• How do you Communicate risk assessment data to senior management and appropriate
stakeholders ?
• How do you Update the risk register with risk assessment data ?
 Domain 3 – Risk Response and Mitigation
• How do you Align risk responses with business objectives?
• How to Develop consult with and assist risk owners with development risk action plans?
• How to Ensure risk mitigation controls are managed to acceptable levels?
• How to Ensure control ownership is appropriately assigned to establish accountability?
• How to Develop and document control procedures for effective control?
• How do you Update the risk register?
• How do you Validate that risk responses are executed according to risk action plans?
 Domain 4 – Risk and Control Monitoring and Reporting
• How do you do Risk and control monitoring and reporting?
• Define key risk indicators (KRIs) and identify key performance indicators (KPIs) to enable
performance measurement key risk indicators (KRIs) and key performance indicators (KPIs)?
• How do you Determine the effectiveness of control assessments?
• How do you Identify and report trends/changes to KRIs/KPIs that affect control performance or
the risk profile ?
• Securing Unstructured Data - What You Don't Know Can & Will Hurt You
• Auditing Big Data Systems
• Data Sharing Risks and Controls
• Protect Your Data Against Insider Threats
• Assessing Data Governance at Nationwide
• Physical Data Security
• Agile, DevOps & Compliance
• Why Companies Fail PCI DSS Assessments and What to Do About It
• Blockchain & Cryptocurrency Emerging Regulations in the USA
• The New Privacy: GDPR, California Consumer Privacy Act, and the Future of Data Regulation (panel discussion)
• Incorporating Security Practices into Business Practices
• What Senior Executives (And Others) Want to See in Security KPIs
• How to Operationalize Cybersecurity: Turning Policy into Action
• Preparing for the Security Audit: Is Your ERP Ready?
• Review & Secure an Email Server
• Safeguarding Web Applications: A Different Perspective
• Using Network Forensic Techniques to Detect Threats
• Identifying Critical Flaws in Hardened Active Directory Environments
• An Auditor’s Guide to Incident Response Plans
• How Secure Are Your Vendors? Third Party Risk Management in Information Security
• Secure Cloud Solutions
• How to Ensure Vendor Compliance & the Mitigation of Third-Party Risks
• Cloud Insecurity: The Need for Stronger Identity Management
• SOC Reports: Reducing the Risk of Service Providers
• AWS for Auditors
 CPE on Demand: Data Security
Your bundle includes the following sessions:
• Securing Unstructured Data - What You Don't Know Can & Will Hurt You
• Auditing Big Data Systems
• Data Sharing Risks and Controls
• Protect Your Data Against Insider Threats
• Assessing Data Governance at Nationwide
• Physical Data Security
 CPE on Demand: Emerging GRC Challenges
Your bundle includes the following sessions:
• Agile, DevOps & Compliance
• Why Companies Fail PCI DSS Assessments and What to Do About It
• Blockchain & Cryptocurrency Emerging Regulations in the USA
• The New Privacy: GDPR, California Consumer Privacy Act, and the Future of Data Regulation (panel
discussion)
 CPE on Demand: Security Practices for Business
Your bundle includes the following sessions:
• Incorporating Security Practices into Business Practices
• What Senior Executives (And Others) Want to See in Security KPIs
• How to Operationalize Cybersecurity: Turning Policy into Action
• Preparing for the Security Audit: Is Your ERP Ready?
 CPE on Demand: Technical Security Insights
Your bundle includes the following sessions:
• Review & Secure an Email Server
• Safeguarding Web Applications: A Different Perspective
• Using Network Forensic Techniques to Detect Threats
• Identifying Critical Flaws in Hardened Active Directory Environments
• An Auditor’s Guide to Incident Response Plans
 CPE on Demand: Third-Party Services
Your bundle includes the following sessions:
• How Secure Are Your Vendors? Third Party Risk Management in Information Security
• Secure Cloud Solutions
• How to Ensure Vendor Compliance & the Mitigation of Third-Party Risks
• Cloud Insecurity: The Need for Stronger Identity Management
• SOC Reports: Reducing the Risk of Service Providers
• AWS for Auditors
 1 Domain 01—Security and Risk Management
• 2 Objectives
• 3 Importance of Information Security and Risk Management
• 4 Role and Importance of CIA in ISM
• 5 Confidentiality
• 6 Integrity
• 7 Availability
• 8 Information Security
• 9 Information Security Management
• 10 Information Security Governance
• 11 IT Security and Organizational Goals, Mission, and Objectives 
• 12 Goals, Mission, and Objectives
• 13 Aligning Security with Goals, Mission, and Objectives
• 14 Business Scenario
• 15 Organizational Processes
• 16 Auditing
• 17 Control Framework
• 18 Due Care
• 19 Due Diligence
• 20 Security Controls
• 21 Service Level Agreements
• 22 Managing Third - Party Governance
• 23 Offshoring Privacy Requirements and Compliance
• 24 Business Scenario
• 25 Layers of Responsibility
• 26 Security Policies
• 27 Types of Security Policies
• 28 Security Policy Implementation
• 29 Policy Chart
• 30 Standards, Guidelines, Procedures, and Baselines
• 31 Business Scenario
• 32 Compliance—Need for Compliance
• 33 Regulatory Compliance
• 34 Compliance
• 35 Compliance (contd.)
• 36 Compliance (contd.)
• 37 Standards/Manuals/Guidelines for Compliance
• 38 Computer Crimes
• 39 Introduction to Computer Crimes
• 40 Categories of Computer Crimes
• 41 Business Scenarios
• 42 Major Legal Systems
• 43 Common Law and Civil Law
• 44 Customary Law and Religious Law0
• 45 Mixed Law
• 46 Business Scenario
• 47 Introduction to Intellectual Property (IP) Law
• 48 Types of Intellectual Property (IP) Law
• 49 Types of Intellectual Property (IP) Law (contd.)
• 50 Types of Intellectual Property (IP) Law (contd.)
• 51 Business Scenario
• 52 Import or Export Controls and Trans - Border Data Flow 
• 53 Introduction to Privacy
• 54 U.S. Privacy Laws
• 55 U.S. Privacy Laws (contd.)
• 56 U.S. Guidelines for Managing Privacy
• 57 EU Council Directive (Law) on Data Protection
• 58 The U.S.-European Union Safe Harbor
• 59 Security Definitions
• 60 Information Risk Management
• 61 Business Scenario
• 62 Introduction to Risk Analysis
• 63 Goals of Risk Analysis
• 64 Risk Analysis Team
• 65 Steps for Risk Analysis
• 66 Information and Assets Valuation
• 67 Risk Analysis Types
• 68 Quantitative Risk Analysis—Steps
• 69 Quantitative Risk Analysis—Problem
• 70 Qualitative Risk Analysis
• 71 Delphi Technique
• 72 Quantitative vs.Qualitative
• 73 Hybrid Analysis
• 74 Countermeasure Selection—Problem
• 75 Countermeasure Selection—Other Factors
• 76 Handling Risk
• 77 Business Scenario
• 78 Threat Modeling
• 79 Need for Business Continuity Planning
• 80 Basic Concepts—Disruptive Events
• 81 Basic Concepts—Business Continuity Planning
• 82 Importance of Business Continuity Planning
• 83 Business Continuity Planning Phases
• 84 BCP/DRP Phase 1—Project Initiation and Scoping
• 85 BCP/DRP Phase 2—Business Impact Analysis (BIA)
• 86 BIA—Goals
• 87 BIA—Steps
• 88 BIA Steps—Business Unit Level
• 89 Maximum Tolerable Downtime (MTD)
• 90 Failure and Recovery Metrics
• 91 Failure and Recovery Metrics (contd.)
• 92 Stages of Failure and Recovery
• 93 BCP/DRP Phase 3—Identify Preventive Controls
• 94 Importance of Managing Personnel Security
• 95 Managing Personnel Security—Hiring Practices
• 96 Managing Personnel Security—Employee Termination 
• 97 Vendor, Contractors, and Consultant Controls
• 98 Best Work Practices
• 99 Business Scenario
• 100 Importance of Security Awareness Training
• 101 Security Awareness Training: Awareness, Training, and Education 
• 102 Implementation of Security Awareness Training Program
• 103 Importance of Content Updates
• 104 Importance of Managing Security Function
• 105 Best Practices—Budget and Establish Security Metrics
• 106 Best Practices—Resources and Develop and Implement Strategies 
• 107 Best Practices—Completeness and Effectiveness of the Program
• 108 Business Scenario
• 109 (ISC)2 Code of Ethics
• 110 Quiz
• 111 Summary
• 112 Conclusion
  • 1 Domain 02 Asset Security
• 2 Objectives
• 3 Importance of Asset Security
• 4 Need for Information Classification
• 5 Information Classification Objectives
• 6 Government or Military Sector Classification
• 7 Commercial or Private Sector Classification
• 8 Information Classification Criteria
• 9 Data Classification Considerations
• 10 Role Responsible for Data Classification
• 11 Business Scenario
• 12 Data Management
• 13 Best Practices for Data Management
• 14 Data Policy
• 15 Data Ownership
• 16 Data Ownership Best Practices
• 17 Data Custodians
• 18 Data Custodians (contd.)
• 19 Data Quality
• 20 Data Quality—Aspects
• 21 Data Quality Assurance and Quality Control
• 22 Data Documentation
• 23 Data Documentation Practices
• 24 Data Standards
• 25 Data Control Lifecycle
• 26 Data Specification and Modeling
• 27 Database Maintenance
• 28 Data Audit
• 29 Data Storage and Archiving
• 30 Data Security
• 31 Data Access, Sharing, and Dissemination
• 32 Data Publishing
• 33 Data Handling Requirements
• 34 Media Resource Protection 
• 35 Data Remanence
• 36 Business Scenario
• 37 Asset Management
• 38 Software Licensing
• 39 Equipment Lifecycle
• 40 Protecting Privacy
• 41 Ensuring Appropriate Retention
• 42 Data Security Controls
• 43 Data in Transit—Best Practices
• 44 Scoping and Tailoring
• 45 Scoping and Tailoring (contd.)
• 46 Standards Selection—US DoD
• 47 Standards Selection—International Standards
• 48 Standards Selection National Cyber Security Framework Manual
• 49 Standards Selection Center for Strategic and International Studies
• 50 Standards Selection Critical Security Controls
• 51 Standards Selection Security Content Automation Protocol0
• 52 Framework for Improving Critical Infrastructure Cybersecurity
• 53 Business Scenario
 1 Domain 03 Security Engineering
• 2 Objectives
• 3 Security Architecture and Design - Case Study
• 4 Security Engineering
• 5 Architecture Framework
• 6 Zachman Framework
• 7 TOGAF
• 8 ITIL
• 9 Creating a Security Architecture
• 10 Enterprise Security Architecture
• 11 Common Security Services in ESA
• 12 SABSA Framework
• 13 SABSA Matrix
• 14 Business Scenario
• 15 ISO/IEC 27001:2013 Security Standards
• 16 ISO/IEC 27002 Code of Practice for Information Security Management • 17 Security Models
• 18 State Machine Model
• 19 Multilevel Security Models
• 20 Matrix-Based Model
• 21 Non-Interference Model
• 22 Information flow model
• 23 Examples of Security Models: Bell–LaPadula Confidentiality Model
• 24 Examples of Security Models: Biba Integrity Model
• 25 Examples of Security Models: Clark–Wilson integrity model
• 26 Brewer Nash, Graham Denning, and Harrison Ruzzo Ullman models
• 27 Business Scenario
• 28 Evaluation Criteria
• 29 CSEC
• 30 Information Technology Security Evaluation Criteria0
• 31 Common Criteria
• 32 Common Criteria Evaluation Process
• 33 Common Criteria Levels
• 34 Payment Card Industry Data Security Standard
• 35 Certification and Accreditation
• 36 Certification and Accreditation Standards
• 37 SEI—CMMI0
• 38 SEI—CMMI Levels
• 39 Business Scenario
• 40 System Security Architecture
• 41 Mainframes and Other Thin Client Systems
• 42 Middleware and Embedded Systems
• 43 Pervasive Computing and Mobile Computing Devices
• 44 System Components Processors
• 45 System Components Memory
• 46 System Components Storage
• 47 System Components Trusted Computing Base (TCB)
• 48 System Components Reference Monitor
• 49 System Components—Trusted Platform Module (TPM)
• 50 System Components Peripherals and Other Input/Output Devices 
• 51 System Components Operating System
• 52 System Components Ring Model
• 53 System Components System Kernel
• 54 Distributed Systems
• 55 Virtualization
• 56 Hypervisor
• 57 Cloud Computing
• 58 Service models
• 59 Grid Computing
• 60 Peer to Peer Networking (P2P)
• 61 Business Scenario
• 62 Security Threats and Countermeasures
• 63 Assessing and
• 64 Assessing and
• 65 Assessing and
• 66 Best Practices
• 67 Best Practices
• 68 Best Practices
• 69 Best Practices
• 70 Best Practices
• 71 Best Practices
• 72 Best Practices
• 73 Introduction to Cryptography 
• 74 Cryptographic Lifecycle
• 75 Algorithm or Protocol Governance 
• 76 Cryptography Terms
• 77 Strength of a Cryptosystem
• 78 Cryptography Methods Substitution Cipher
• 79 Cryptography Methods Transposition Cipher
• 80 Cryptography Methods Book or Running Key Cipher
• 81 Cryptography Methods Concealment Cipher
• 82 Cryptography Methods Steganography and DRM
• 83 Business Scenario
• 84 Introduction to Symmetric Cryptography
• 85 Symmetric Key Ciphers
• 86 Block Cipher
• 87 Stream Cipher
• 88 Block Cipher Designs
• 89 Data Encryption Standard (DES)
• 90 DES Algorithm0
• 91 DES Operation Modes Electronic Code Book
• 92 DES Operation Modes Cipher Block Chainins
• 93 DES Operation Modes Cipher Feed Back
• 94 DES Operation Modes Output Feed Back
• 95 DES Operation Modes—Counter
• 96 Triple DES0
• 97 Advanced Encryption Standard (AES)0
• 98 AES Algorithm
• 99 AES Algorithm Key Expansion and Initial Round
• 100 Advanced Encryption Standard (AES) Algorithm—Rounds
• 101 AES Algorithm Final Round
• 102 Other Symmetric Systems
• 103 Other Symmetric Systems (contd.)
• 104 Business Scenario
• 105 Introduction to Asymmetric Cryptography
• 106 Introduction to Asymmetric Cryptography Diagram
• 107 Introduction to RSA Algorithm
• 108 RSA Algorithm Process
• 109 Other Types of Asymmetric Cryptography Elliptic Curve Cryptosystems 
• 110 Other Types of Asymmetric Cryptography Diffie-Hellman Key Exchange 
• 111 Public Key Cryptography
• 112 Symmetric vs. Asymmetric Cryptography
• 113 Advantages and Disadvantages
• 114 Introduction to Public Key Infrastructure
• 115 PKI Certification0
• 116 PKI Certification (contd.)
• 117 PKI Steps—Part 1
• 118 PKI Steps—Part 2
• 119 One-Way Hash
• 120 Hashing Algorithms
• 121 Hashing Algorithms (contd.)
• 122 Salting
• 123 Message Authentication Code (MAC)
• 124 Digital Signatures
• 125 Key Management
• 126 Key Management Principles
• 127 Escrowed Encryption
• 128 Business Scenario
• 129 Need for Physical and Environmental Security0
• 130 Business Scenario
• 131 Site and Facility Design Criteria
• 132 Information Protection Environment
• 133 Crime Prevention Through Environmental Design (CPTED)
• 134 Site Location
• 135 Construction
• 136 Support Facilities
• 137 Business Scenario
• 138 Secure Operational Areas
• 139 Business Scenario
• 140 Environmental Controls
• 141 Environmental Controls (Contd.)
• 142 Fire Detection and Suppression
• 143 Power Supply
• 144 Power Supply (contd.)
• 145 HVAC
• 146 Training and Awareness
• 147 Business Scenario
 1 Domain 04—Communications and Network Security
• 2 Objectives
• 3 Importance of Communications and Network Security—Case Study 
• 4 Introduction to Secure Network Architecture and Design
• 5 Open Systems Interconnection
• 6 OSI Model Layers
• 7 Physical Layer
• 8 Data Link Layer
• 9 Network Layer
• 10 Transport Layer
• 11 Session Layer
• 12 Presentation Layer
• 13 Application Layer
• 14 Transmission Control Protocol/Internet Protocol (TCP/IP) Model 
• 15 Network Access Layer and Internet Layer
• 16 Host-to-Host Layer and Application Layer
• 17 Comparison of OSI and TCP/IP Models
• 18 Introduction to IP Addressing
• 19 IPv4 and IPv6
• 20 Classful IP Addressing
• 21 Class A
• 22 Class B
• 23 Class C
• 24 Class D and Class E
• 25 Classless Inter-Domain Routing
• 26 Private Networks and Loopback Address 
• 27 Types of IP Addressing
• 28 Routed and Routing Protocols
• 29 Types of Network Protocols
• 30 Transmission Control Protocol (TCP) 
• 31 User Datagram Protocol (UDP)
• 32 Internet Protocol
• 33 Address Resolution Protocol
• 34 Internet Control Message Protocol (ICMP) 
• 35 Hypertext Transfer Protocol (HTTP)
• 36 Implications of Multi-Layer Protocols
• 37 Distributed Network Protocol
• 38 LAN/Network Technologies 
• 39 Transmission Media
• 40 Twisted Pair
• 41 Coaxial Cable Box
• 42 Fiber-Optic Cable Box
• 43 Network Topologies
• 44 Media Access Technologies
• 45 Carrier-Sense Multiple Access with Collision Detection
• 46 Carrier-Sense Multiple Access with Collision Avoidance
• 47 Flavors of LAN transmission methods
• 48 List of Networking Devices
• 49 VLANs
• 50 Gateways
• 51 Network Access Control Devices
• 52 Packet-Filtering and Application-Level
• 53 Circuit-Level and Stateful-Inspection
• 54 Firewall Architectures
• 55 Network Security Terms
• 56 Business Scenario
• 57 Networks
• 58 Types of Networks
• 59 WAN Technologies
• 60 WAN Switching and Devices
• 61 Network Address Translation and Frame Relay
• 62 Multi-Protocol Label Switching and VoIP
• 63 Fiber Channel over Ethernet and Internet Small Computer System Interface 
• 64 Virtualized Networks
• 65 Introduction to Remote Access
• 66 VPN using PPTP and L2TP
• 67 Internet Security Protocol (IPsec)
• 68 Internet Security Protocol (IPsec) Modes of Operation
• 69 IPsec Security Protocols—Authentication Header (AH)
• 70 IPsec Security Protocols—Encapsulating Security Payload (ESP)
• 71 Components of the IPsec Process
• 72 Components of the IPsec Process (contd.)
• 73 IPsec Process
• 74 Secure Access Protocols
• 75 Secure Access Protocols (contd.)
• 76 Secure Access Protocols (contd.)
• 77 Remote Access Security Methods
• 78 Multimedia Collaboration
• 79 Wireless Technologies
• 80 IEEE Wireless Standards and Spread-Spectrum Technologies
• 81 Direct Sequence Spread Spectrum and Frequency-Hopping Spread Spectrum 
• 82 WLAN Operational Modes
• 83 Bluetooth
• 84 Bluetooth Attack
• 85 Blue Jacking and Blue Snarfing
• 86 Blue Bugging, Backdoor Attacks, and Denial of Service Attacks
• 87 Wireless Security
• 88 Business Scenario
• 89 Network Attacks
• 90 Network Attacks (contd.)
• 91 Network Attacks—Countermeasures
 Domain 05 - Identity and Access Management
• 1 Domain 05—Identity and Access Management
• 2 Objectives
• 3 Importance of Identity and Access Management in Information Security
• 4 Controlling Physical and Logical Access to Assets
• 5 Controlling Physical and Logical Access to Assets (contd.)
• 6 Access Subject Object and Access control
• 7 Identity and Access Management Policy
• 8 Identification Authentication and Authorization
• 9 Identity Management
• 10 Identity and Access Provisioning Lifecycle
• 11 Identity and Access Provisioning Lifecycle (contd.)
• 12 Guidelines for User Identification
• 13 Verifying Identification Information
• 14 Strong Authentication
• 15 Biometrics—Characteristics
• 16 Types of Biometrics
• 17 FRR FAR CER
• 18 Passwords
• 19 Password Types
• 20 Tokens
• 21 Token Device—Synchronous
• 22 Token Device—Asynchronous
• 23 Memory Cards and Smart Cards
• 24 Attacks on Smart Cards—Fault Generation and Micro-Probing
• 25 Access Criteria
• 26 Authorization Concepts
• 27 Identity Management Implementation
• 28 Password Management
• 29 Directory Management
• 30 Directory Technologies
• 31 Accounts Management
• 32 Profile Management
• 33 Web Access Management 
• 34 Single Sign-On (SSO)
• 35 SSO Technologies
• 36 Kerberos
• 37 Kerberos Steps
• 38 Problems with Kerberos 
• 39 Business Scenario
• 40 Access Control Types—Security Layer 
• 41 Access Control Types—Functionality 
• 42 Business Scenaris
• 43 Access Control Models—DAC
• 44 Access Control Models—MAC 
• 45 Access Control Models—RBAC 
• 46 Business Scenario
• 47 Access Control Concepts
• 48 Types of Access Control Administration
• 49 Remote Authentication Dial-In User Service (RADIUS) 
• 50 TACACS and TACACS
• 51 DIAMETER
• 52 Accountability
• 53 Accountability (contd.)
• 54 Session Management
• 55 Registration and Proof of Identity
• 56 Credential Management Systems
• 57 Credential Management Systems—Risks and benefits • 58 Federated Identity Management
• 59 Federated Identity Management Models
• 60 Federated Identity Management Models (contd.)
• 61 Federated Identity Management Models (contd.)
• 62 Identity as a Service
• 63 Identity as a Service—Functionality
• 64 Identity as a Service—Possible Issues
• 65 Integrate Third-Party Identity Services
• 66 Integrate Third-Party Identity Services (contd.)
• 67 Unauthorized Disclosure of Information
• 68 Threats to Access Control
• 69 Protection against Access Control Attacks
• 70 Access Control Best Practices
• 71 Access Control Best Practices (contd.)
 Domain 06 - Security Assessment and Testing
• 1 Domain 06—Security Assessment and Testing
• 2 Objectives
• 3 Security Assessment and Testing—Introduction
• 4 Assessment and Test Strategies
• 5 Vulnerability Assessment
• 6 Penetration Testing
• 7 Log Management
• 8 Log Management—Advantages and Challenges
• 9 Log Management—Best Practices
• 10 Log Management—Operational Process
• 11 Logged Events
• 12 Synthetic Transactions
• 13 Reasons to Use Synthetic Transactions
• 14 Code Review and Testing
• 15 Testing Techniques
• 16 Security Testing in the SDLC
• 17 Software Product Testing Levels
• 18 Misuse Case Testing
• 19 Misuse Case Testing—Scenarios
• 20 Test Coverage Analysis
• 21 Interface Testing
• 22 API Testing (contd.
• 23 Interface Testing (contd.)
• 24 GUI Testing
• 25 Common Software Vulnerabilities
• 26 Business Scenario
• 27 Information Security Continuous Monitoring
• 28 Information Security Continuous Monitoring—Strategy and Process 
• 29 Risk Evaluation and Control—Metrics
• 30 Security Controls Monitoring Frequencies
• 31 ISCM—Benefits
• 32 Key Performance and Risk Indicators
• 33 Internal and Third Party Audits
• 34 Audit Frequency and Scope
• 35 Statement on Auditing Standards No. 700
• 36 Service Organization Controls
• 37 SOC 1 Report
• 38 SOC 2 Report
• 39 SOC 2 Reports (contd.)
• 40 SOC 3 Report
• 41 SOC 1, SOC 2, and SOC 3 Comparison
• 42 Audit Process—Audit Preparation Phase
• 43 Audit Process—Audit Phases
• 44 Business Scnarios
 Domain 07 - Security Operations
• 1 Domain 07—Security Operations
• 2 Objectives
• 3 Importance of Security Operations—Case Study
• 4 Introduction to Investigations
• 5 Investigation Challenges
• 6 Investigations—Primary Activities
• 7 Crime Scene
• 8 Forensic Investigation Guidelines
• 9 Incident Response Terminologies
• 10 Incident Response Goals
• 11 Incident Response Team
• 12 Incident Response Procedures
• 13 Incident Response Procedures (contd.) 
• 14 Incident Response Procedures (contd.) 
• 15 Incident Response Procedures (contd.) 
• 16 Business Scenario
• 17 Evidence
• 18 Evidence Lifecycle
• 19 Chain of Evidence
• 20 Types of Evidence
• 21 Computer Forensics Procedure
• 22 Requirements for Investigation Types
• 23 Logging and Monitoring Activities
• 24 Intrusion Detection System
• 25 Intrusion Prevention System
• 26 Security Information and Event Management (SIEM)
• 27 Security Information and Event Management (SIEM)—Characteristics
• 28 Continuous Monitoring
• 29 Egress Filtering
• 30 Data Leak or Loss Prevention (DLP)
• 31 Steganography and Digital Watermarking
• 32 Business Scenario
• 33 Secure Provisioning of Resources through Configuration Management
• 34 Secure Provisioning of Resources through Configuration Management (contd. 
• 35 Introduction to Security Operations
• 36 Security Operations Concepts
• 37 Security Operations
• 38 Effects of Operations Controls on C.I.A.
• 39 Business Scenario
• 40 Operational Resilience
• 41 Threats to Operations
• 42 Threats to Operations (contd.)
• 43 Vulnerabilities
• 44 Controls
• 45 Business Scenario
• 46 Need for Controlling Privileged Accounts
• 47 Identity and Access Management
• 48 Types of Accounts
• 49 Commonly Used Roles
• 50 Commonly Used Roles (contd.)
• 51 Monitoring Special Privileges
• 52 Service Level Agreements (SLAs)
• 53 Business Scenario
• 54 Protect Valuable Assets
• 55 Protecting Physical Assets
• 56 Protecting Information Assets
• 57 Protecting Resources
• 58 Controls for Protecting Assets—Hardware Controls
• 59 Controls for Protecting Assets—Software Controls
• 60 Controls for Protecting Assets—Media Controls
• 61 Controls for Protecting Assets—Administrative Controls
• 62 Cloud and Virtual Storage
• 63 Cloud and Virtual Storage Security Issues
• 64 Types of Virtualized Storage
• 65 Hard Copy Records
• 66 Business Scenario
• 67 Incident Management
• 68 Security Measurements, Metrics, and Reporting
• 69 Managing Security Technologies
• 70 Incident Management—Detection Phase
• 71 Intrusion Detection System
• 72 Security Information Event Management (SIEM)
• 73 Anti-Malware Systems
• 74 Monitoring Techniques—Violation Analysis
• 75 Incident Management—Other Phases
• 76 Trusted Recovery and System Recovery
• 77 Problem Management
• 78 Operating and Maintaining Preventive Measures
• 79 Patch Management
• 80 Vulnerability Management
• 81 Change Management
• 82 Change Control Process
• 83 Configuration Management
• 84 Configuration Management (contd.)
• 85 Business Scenario
• 86 Develop a Recovery Strategy
• 87 Types of Recovery—Business Recovery and Facility and Supply Recovery • 88 Types of Recovery—User Recovery
• 89 Types of Recovery—Operational Recovery
• 90 Recovery Partners Strategy
• 91 Backup Sites
• 92 Backup Sites (contd.)
• 93 Backup Sites (contd.)
• 94 Backup Methods
• 95 Importance of Maintaining Resilient Systems
• 96 Redundancy and Fault Tolerance
• 97 Redundancy and Fault Tolerance Methods
• 98 Redundancy and Fault Tolerance Methods (contd.)
• 99 Best Practices for Backup and Recovery
• 100 Business Scenario
• 101 Disaster Recovery—Planning Design and Development
• 102 Planning Design and Development—Step 1 and Step 2
• 103 Planning Design and Development—Step 3 and Step 4
• 104 Disaster Recovery Phases—Implementation, Testing, and Training
• 105 Importance of Testing
• 106 Types of Testing
• 107 Types of Testing (contd.)
• 108 Types of Testing (contd.)
• 109 Training
• 110 Disaster Recovery Phases—Maintenance
• 111 Disaster Recovery Phases—Maintenance (contd.) • 112 Business Scenario
• 113 Perimeter Security
• 114 Barriers
• 115 Fences
• 116 Gates
• 117 Walls and Bollards
• 118 Perimeter Intrusion Detection
• 119 Business Scenario
• 120 Importance of Lighting
• 121 Types of Lighting Systems
• 122 Types of Lights
• 123 Access Control
• 124 Types of Access Control Systems
• 125 Business Scenario
• 126 Building and Inside Security
• 127 Personnel Security
• 128 Business Scenario
 Domain 08 - Software Development Security
• 1 Domain 08 - Software Development Security
• 2 Objectives
• 3 Importance of Software Development Security
• 4 System Environments
• 5 Distributed Environment
• 6 Client/Server Systems and Local Environment
• 7 Distributed Data Processing and Agents
• 8 Applets
• 9 Programming Concepts
• 10 Complier Vs Interpreter
• 11 Programming and Software
• 12 Threats in the Software Environment
• 13 Threats in the Software Environment (contd.)
• 14 Threats in the Software Environment (contd.)
• 15 Threats in the Software Environment (contd.)
• 16 Threats in the Software Environment (contd.)
• 17 Threats in the Software Environment (contd.)
• 18 Business Scenario
• 19 System Life Cycle and Systems Development
• 20 Systems Development Life Cycle
• 21 SDLC—Operation and Maintenance
• 22 Integrated Product Team (IPT)
• 23 DevOps
• 24 Software Testing Methods
• 25 Software Testing Levels
• 26 Application Controls
• 27 Software Development Methods
• 28 Software Development Methods (contd.) 
• 29 Software Development Methods (contd.) 
• 30 Software Development Methods (contd.) 
• 31 Software Development Methods (contd.) 
• 32 Java Security
• 33 Secure Software Development Best Practices
• 34 Business Scenario
• 35 Object - Oriented Programming Terms
• 36 Object - Oriented Programming Terms (contd.) 
• 37 Object-Oriented Programming—Definition
• 38 Distributed Object-Oriented Systems
• 39 Object Request Brokers
• 40 COM—Component Object Model
• 41 DCOM—Distributed Component Object Model
• 42 CORBA—Common Object Request Broker Architecture 
• 43 Software Security and Assurance
• 44 Software Security and Assurance
• 45 Software Security and Assurance
• 46 Software Security and Assurance
• 47 Software Security and Assurance
• 48 Software Security and Assurance
• 49 Software Security and Assurance
• 50 Software Security and Assurance
• 51 Software Security and Assurance
• 52 Software Security and Assurance
• 53 Software Security and Assurance
• 54 Software Security and Assurance
• 55 Software Security and Assurance
• 56 Software Security : XML and Security Assertion Markup Language 
• 57 Software Security: SOA
• 58 Audit and Assurance Mechanisms
• 59 Assessing the Effectiveness of Software Security
• 60 Assessing the Effectiveness of Software Security (contd.)
• 61 Assessing the Security Impact of Acquired Software
• 62 Code Repositories and Application Programming Interfaces 
• 63 Business Scenario
• 64 Database and Data Warehousing Environments
• 65 Database Terms
• 66 Types of Databases
• 67 Types of Databases (contd.)
• 68 Types of Databases (contd.)
• 69 Types of Databases (contd.)
• 70 Types of Databases (contd.)
• 71 Database—Threats and Vulnerabilities
• 72 Introduction to Data Warehousing 
• 73 Data Warehousing Concepts
• 74 Database Normalization
• 75 DBMS Controls
• 76 Business Scenario
• 77 Malwares—Types
• 78 Malware Protection
• 79 Business Scenario
• 80 Importance and Role of Knowledge Management
• 81 Knowledge-Based System/Artificial Intelligence
• 82 Knowledge-Based System—Expert System
• 83 Knowledge-Based System—Neural Network
• 84 Web Application Environment—Threats and Vulnerabilities
• 85 Web Application Environment Security
• 86 Web Application Environment Security (contd.)
• 87 Web Application Environment Security (contd.)
• 88 Web Application Environment Security (contd.)
• 89 The Ten Best Practices for Secure Software Development—(ISC)2