CompTIA Security+ 國際認可證書課程
課程簡稱：CompTIA Security+ Training Course

CompTIA (The Computing Technology Industry Association) 於 1982 年成立，擁有超過 2,000 個國際級機構成員，3,000 個學術和合作夥伴，覆蓋了整個信息通信技術 (ICT) 行業，故 CompTIA 已經成為技術生態系統的主要領導者之一。

CompTIA Security+ 認證是一套中立的 (Vendor Neutral) 國際認證系統，它能確認您於 I.T. Security 的認識與各項資訊科技安全的技能，包括：

• 各種網絡 (Network) 及終端機 (Endpoint) 安全系統
• 各種密碼演算法 (Cryptography) 的應用
• 身份 (Identification) 及生物 (Biometrics) 驗證系統
• 安全危機的辨識 (Security Risk Identification) 與化解 (Mitigation) 方法
• 網絡存取控制系統 (Network Access Control System) 的應用
• 安全結構設備 (Security Infrastructure Devices)
• 虛擬化平台安全技術 (Virtualization Platform Security Technologies)
• 雲端安全技術 (Cloud Security Technologies)
• 評估企業環境的安全狀態，建議並實施適當的安全解決方案
• 監控和保護混合雲環境 (Hybrid Cloud)、終端設備 (Endpoint) 和物聯網（IoT）
• 在遵守相應的法規和政策的情況下操作，包括治理 (Governance)、風險 (Risk) 和合規原則 (Compliance)
• 識別、分析並應對安全事件和事故。

CompTIA

為何考取 CompTIA Security+ 認證？

• 因其中立的特性，通常成為資訊科技安全領域人士首先考取的認證。
  
  
• 全球 25 萬人持有。
  
  
• 根據美國勞工統計局 (Bureau of Labor Statistics) 及知名人力資源網站 Payscale.com 的統計資料顯示，擁有 CompTIA Security+ 認證的資訊安全分析專家 (Information Security Analyst) 的年薪介乎於 US$49,000 與 US$97,000 之間。另外，具備資訊科技安全技能的 Network / System Administrator 的年薪介乎於 US$39,000 與 US$83,000 之間。
  
  
• 領先而中立的認證，會經常被全球各地的國際級機構認可並被設定為必要的入職條件。例如 Apple, Dell, HP, IBM, Intel 等機構的資訊安全相關職位 (例如 Information Security Officer) 均要求入職者持有 CompTIA Security+ 認證。
  
  
• 為進修 Cisco CCNP Security, Palo Alto PCNSA, Azure / M365 Security, Juniper JNCIS-SEC, Check Point CCSE, CISA, CISSP 等等更高級的專業認證作基礎而必要的準備。
  
  

本中心為 CompTIA 指定的考試試場。報考時請致電本中心，登記欲報考之科目、考試日期及時間 (最快可即日報考)。臨考試前考生須出示身份證及繳付考試費。

考試編號 SY0-701 考試費為 HK$3,313。

考試題目由澳洲考試中心傳送到你要應考的電腦，考試時以電腦作答。所有考試題目均為英文，而大多數的考試題目為選擇題。作答完成後會立即出現你的分數，結果即考即知！考試不合格便可重新報考，不限次數。欲知道作答時間、題目總數、合格分數等詳細考試資料，可瀏覽本中心網頁 "各科考試分數資料"。

1. General Security Concepts
1.1 Compare and contrast various types of security controls
1.1.1 Categories
1.1.2 Control Types
1.2 Compare and contrast various types of security controls (cont.)
1.2.1 Confidentiality, Integrity, and Availability (CIA)
1.2.2 Confidentiality and Encryption Strength
1.2.3 Integrity
1.2.4 Digital Signatures
1.2.5 Avialability
1.2.6 Non-repudiation
1.2.7 Authentication, Authorization, and Accounting (AAA)
1.2.8 Gap analysis
1.2.9 Zero Trust
1.2.10 Physical security
1.2.11 Deception and Disruptive Technology
1.3 Explain the importance of change management processes and the impact to security
1.3.1 Business processes impacting security operation
1.3.2 Technical implications
1.3.3 Documentation
1.3.4 Version control
1.4 Explain the importance of using appropriate cryptographic solutions
1.4.1 Public key infrastructure (PKI)
1.4.2 Encryption
1.4.3 Tools
1.4.4 Obfuscation
1.4.5 Hashing
1.4.6 Salting
1.4.7 Digital signatures
1.4.8 Key stretching
1.4.9 Blockchain
1.4.10 Open public ledger
1.5 Digital Certificates
1.5.1 Using Public Key Infrastructure
1.5.2 Using a Certification Authority
1.5.3 Registration Authority
1.5.4 Implementing Certificates
1.5.5 X.509 Certificates
1.5.6 Certificate Policies
1.5.7 Certificate Practice Statements
1.5.8 Certificate Revocation Process
1.5.9 Concepts of Trust Models
1.5.10 Hierarchical Trust Model
1.5.11 Bridge Trust Model
1.5.12 Mesh Trust Model
1.5.13 Hybrid Trust Model

2. Threats, Vulnerabilities, and Mitigations
2.1 Compare and contrast common threat actors and motivations
2.1.1 Threat actors
2.1.2 Attributes of actors
2.1.3 Motivations
2.2 Explain common threat vectors and attack surfaces
2.2.1 Message-based
2.2.2 Image-based
2.2.3 File-based
2.2.4 Voice call
2.2.5 Removable device
2.2.6 Vulnerable software
2.2.7 Unsupported systems and applications
2.2.8 Unsecure networks
2.2.9 Open service ports
2.2.10 Default credentials
2.2.11 Supply chain
2.2.12 Human vectors
2.2.13 Social Engineering
2.2.14 Types of Social Engineering Attacks
2.2.15 Shoulder Surfing
2.2.16 Dumpster Diving
2.2.17 Tailgating
2.2.18 Impersonation
2.2.19 Hoaxes
2.3 Explain various types of vulnerabilities
2.3.1 Application
2.3.2 Operating system (OS)-based
2.3.3 Web-based
2.3.4 Hardware
2.3.5 Virtualization
2.3.6 Cloud-specific
2.3.7 Supply chain
2.3.8 Cryptographic
2.3.9 Misconfiguration
2.3.10 Mobile device
2.3.11 Zero-day
2.4 Given a scenario, analyze indicators of malicious activity
2.4.1 Malware attacks
2.4.2 Physical attacks
2.4.3 Network attacks
2.4.4 Application attacks
2.4.5 Cryptographic attacks
2.4.6 Password attacks
2.5 Explain the purpose of mitigation techniques used to secure the enterprise
2.5.1 Segmentation
2.5.2 Access control
2.5.3 Application allow list
2.5.4 Isolation
2.5.5 Patching
2.5.6 Encryption
2.5.7 Monitoring
2.5.8 Least privilege
2.5.9 Configuration enforcement
2.5.10 Decommissioning
2.5.11 Hardening techniques

3. Security Architecture
3.1 Compare and contrast security implications of different architecture models
3.1.1 Architecture and infrastructure concepts
3.1.2 Considerations
3.2 Given a scenario, apply security principles to secure enterprise infrastructure
3.2.1 Infrastructure considerations
3.2.2 Secure communication/access
3.2.3 Demilitarized Zones
3.2.4 Subnetting
3.2.5 Virtual Local Area Networks
3.2.6 Remote Access
3.2.7 A Quick Comparison of different Tunneling protocols
3.2.8 Network Address Translation
3.2.9 Telephony
3.2.10 Selection of effective controls
3.3 Compare and contrast concepts and strategies to protect data
3.3.1 Data types
3.3.2 Data classifications
3.3.3 General data considerations
3.3.4 Methods to secure data
3.4 Explain the importance of resilience and recovery in security architecture
3.4.1 High availability
3.4.2 Site considerations
3.4.3 Platform diversity
3.4.4 Multi-cloud systems
3.4.5 Continuity of operations
3.4.6 Capacity planning
3.4.7 Testing
3.4.8 Backups

4. Security Operations
4.1 Apply common security techniques to computing resources
4.1.1 Secure baselines
4.1.2 Hardening targets
4.1.3 Wireless devices
4.1.4 Wireless security settings
4.1.5 Mobile solutions
4.1.6 Application security
4.1.7 Sandboxing
4.1.8 Monitoring
4.2 Explain the security implications of proper hardware, software, and data asset management
4.2.1 Acquisition/procurement process
4.2.2 Assignment/accounting
4.2.3 Disposal/decommissioning
4.3 Explain various activities associated with vulnerability management
4.3.1 Identification methods
4.3.2 Analysis
4.3.3 Vulnerability response and remediation
4.3.4 Validation of remediation
4.3.5 Reporting
4.4 Explain security alerting and monitoring concepts and tools
4.4.1 Monitoring computing resources
4.4.2 Activities
4.4.3 Tools
4.5 Modify enterprise capabilities to enhance security
4.5.1 Firewall
4.5.2 IDS/IPS
4.5.3 Web filter
4.5.4 Operating system security
4.5.5 Implementation of secure protocols
4.5.6 DNS filtering
4.5.7 Email security
4.5.8 File integrity monitoring
4.5.9 Data loss prevention (DLP)
4.5.10 Network access control (NAC)
4.5.11 Endpoint detection and response
4.6 Implement and maintain identity and access management
4.6.1 Provisioning/de-provisioning user accounts
4.6.2 Permission assignments and implications
4.6.3 Identity proofing
4.6.4 Federation
4.6.5 Single sign-on (SSO)
4.6.6 Common scenarios and recommendations
4.6.7 How Azure AD Delivers Cloud Governed Management for On-Premises Workloads
4.6.8 The Azure AD approach to cloud governed identity management
4.6.9 Cloud governed management for AD-integrated applications
4.6.10 Credential management for Active Directory accounts
4.6.11 Cloud governed management for on-premises federation-based applications
4.6.12 Ongoing access management across cloud and on-premises applications
4.6.13 Future directions
4.6.14 Interoperability
4.6.15 JSON Web Key Set Properties
4.6.16 OAuth 2.0 authorization code flow
4.6.17 Attestation
4.6.18 Access controls
4.6.19 Multifactor authentication
4.6.20 Password concepts
4.6.21 Privileged access management tools
4.7 Explain the importance of automation and orchestration related to secure operations
4.7.1 Use cases of automation and scripting
4.7.2 Benefits
4.7.3 Other considerations
4.8 Appropriate incident response activities
4.8.1 Process
4.8.2 Training
4.8.3 Testing
4.8.4 Root cause analysis
4.8.5 Threat hunting
4.8.6 Digital forensics
4.9 Use data sources to support an investigation.
4.9.1 Log data
4.9.2 Data sources

5. Security Program Management and Oversight
5.1 Summarize elements of effective security governance
5.1.1 Guidelines
5.1.2 Policies
5.1.3 Standards
5.1.4 Procedures
5.1.5 External considerations
5.1.6 Monitoring and revision
5.1.7 Types of governance structures
5.1.8 Roles and responsibilities for systems and data
5.2 Explain elements of the risk management process
5.2.1 Risk Assessment
5.2.2 Computing Risk Assessment and Risk Calculations
5.2.3 Quantitative vs. Qualitative Risk Assessment
5.2.4 Risk – related Terminology
5.2.5 Recovery Time Objective
5.2.6 Recovery Point Objective
5.2.7 Acting on Your Risk Assessment
5.2.8 A Case Study of Acting and Reacting to Risks
5.2.9 Cloud Computing Risks
5.2.10 Virtualization Risks
5.2.11 Developing Policies, Standards, and Guidelines
5.2.12 Implementing Policies
5.2.13 Incorporating Standards
5.2.14 Following Guidelines
5.2.15 Business Policies to Implement
5.2.16 Separation of Duties Policies
5.2.17 Privacy Policies
5.2.18 Acceptable Use Policies
5.2.19 Least Privilege
5.2.20 Succession Planning
5.2.21 Business Impact Analysis (BIA)
5.2.22 Identifying Critical Systems and Components
5.2.23 Formulating Business Continuity Plans
5.2.24 High Availability (HA)
5.2.25 Redundancy
5.2.26 Fault Tolerance (FT)
5.3 The processes associated with third-party risk assessment and management
5.3.1 Vendor assessment
5.3.2 Vendor selection
5.3.3 Agreement types
5.3.4 Vendor monitoring
5.3.5 Questionnaires
5.3.6 Rules of engagement
5.4 Summarize elements of effective security compliance
5.4.1 Compliance reporting
5.4.2 Consequences of non-compliance
5.4.3 Compliance monitoring
5.4.4 Privacy
5.5 Types and purposes of audits and assessments
5.5.1 Attestation
5.5.2 Internal
5.5.3 External
5.5.4 Penetration testing
5.6 Implement security awareness practices
5.6.1 Phishing
5.6.2 Anomalous behavior recognition
5.6.3 User guidance and training
5.6.4 Reporting and monitoring
5.6.5 Development
5.6.6 Execution
5.7 Cloud Security Risk Assessment
5.8 Cloud Security Posture Assessment
5.8.1 Why Do A Cloud Security Assessment?
5.8.2 What is a Cloud Security Posture Assessment?
5.8.3 What Happens During a Cloud Security Posture Assessment?
5.8.4 Benefits of Doing a Cloud Security Posture Assessment
5.8.5 Conclusion
5.9 Cloud Data Security Life Cycle
5.10 Cloud Data Sensitivity and Classification
5.10.1 Introduction
5.10.2 Data classification fundamentals
5.10.3 Controlling access to data
5.10.4 Roles and responsibilities in cloud computing
5.10.5 Classification process
5.10.6 Protecting confidential data
5.10.7 Data loss prevention
5.10.8 Conclusion