In an increasingly interconnected world, organizations face a growing attack surface that exposes them to cyber threats and vulnerabilities. Are you ready to master the art of attack surface management and proactively protect your digital assets? Look no further!
Mastering Attack Surface Management is your comprehensive guide to understanding, assessing, and mitigating risks associated with your organization's attack surface. Authored by cybersecurity expert Kris Hermans, this book provides invaluable insights, practical strategies, and cutting-edge techniques to help you safeguard your critical assets from emerging threats.
Mastering Attack Surface Management
1.Introduction to Attack Surface Management
1.1.Understanding Attack Surface Management
1.2.Importance and Benefits of Attack Surface Management
1.3.Key Components of Attack Surface
1.4.Attack Surface Management Frameworks and Models2.Attack Surface Assessment
2.1.Attack Surface Mapping and Enumeration
2.2.Identifying Internet-Facing Assets
2.3.Cataloging Software and Systems
2.4.Identifying External Dependencies
2.5.Attack Surface Visualization and Analysis3.Attack Surface Reduction Techniques
3.1.Principle of Least Privilege
3.2.Vulnerability and Patch Management
3.3.Configuration Hardening and Baselines
3.4.Network Segmentation and Firewall Rules
3.5.Removing Unnecessary Services and Ports4.Third-Party Risk Management
4.1.Vendor and Supplier Risk Assessment
4.2.Contractual Obligations and Security Requirements
4.3.Third-Party Vendor Security Audits
4.4.Supply Chain Security Management
4.5.Continuous Monitoring of Third-Party Risk5.Cloud Attack Surface Management
5.1.Cloud Service Provider Security Assessment
5.2.Cloud Security Controls and Configuration
5.3.Cloud Identity and Access Management
5.4.Cloud Data Protection and Encryption
5.5.Monitoring Cloud Attack Surface6.Web Application Attack Surface Management
6.1.Web Application Security Assessment
6.2.Secure Software Development Life Cycle (SDLC)
6.3.Web Application Firewall (WAF) Implementation
6.4.Secure Coding and Input Validation
6.5.Secure Session Management and Authentication7.Network Attack Surface Management
7.1.Network Security Assessment
7.2.Perimeter Defense and Intrusion Detection Systems
7.3.Network Access Control and Segmentation
7.4.Wireless Network Security
7.5.Remote Access and VPN Security8.Mobile Attack Surface Management
8.1.Mobile Application Security Assessment
8.2.Mobile Device Management (MDM)
8.3.Secure Mobile App Development
8.4.Mobile App Store Security
8.5.Mobile Device Security Controls9.IoT Attack Surface Management
9.1.IoT Security Assessment
9.2.IoT Device Authentication and Authorization
9.3.Secure Communication Protocols for IoT
9.4.IoT Data Protection and Privacy
9.5.Supply Chain Security in IoT10.Incident Response and Attack Surface Management
10.1.Attack Surface Monitoring and Detection
10.2.Incident Response Planning for Attack Surface Breaches
10.3.Incident Investigation and Analysis
10.4.Attack Surface Remediation and Recovery
10.5.Lessons Learned and Post-Incident Enhancements11.Emerging Trends in Attack Surface Management
11.1.Cloud-native Attack Surface Management
11.2.Artificial Intelligence and Automation in Attack Surface Management
11.3.DevSecOps and Attack Surface Reduction
11.4.Threat Intelligence Integration in Attack Surface Management
11.5.Privacy-Preserving Techniques in Attack Surface Management12.Future Challenges and Considerations
12.1.Evolving Threat Landscape and Attack Surface Complexity
12.2.Regulatory and Compliance Requirements
12.3.Balancing Security and Business Needs
12.4.Skill Development and Workforce Challenges
12.5.Continuous Improvement and Adaptive Security13.Appendix
13.1.Glossary of Attack Surface Management Terms
13.2.Attack Surface Assessment Tools and Resources
13.3.Attack Surface Management Checklists and Templates
13.4.References and Recommended Reading
13.5.About the author