Common Vulnerability Markup Language 1st edition by Haitao Tian, Liusheng Huang, Zhi Zhou, Hui Zhang – Ebook PDF Instant Download/Delivery. 3540202080, 978-3540202080
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Product details:
ISBN 10: 3540202080
ISBN 13: 978-3540202080
Author: Haitao Tian, Liusheng Huang, Zhi Zhou, Hui Zhang
Discovering, disclosing, and patching vulnerabilities in computer systems play a key role in the security area, but now vulnerability information from different sources is usually ambiguous text-based description that can’t be efficiently shared and used in automated process. After explaining a model of vulnerability life cycle, this paper presents an XML-based common vulnerability markup language (CVML) describing vulnerabilities in a more structural way. Besides regular information contained in most of current vulnerability databases, information about classification, evaluation, checking existence and attack generation is also given in CVML. So it supports automated vulnerability assessment and remedy. A prototype of automated vulnerability management architecture based on CVML has been implemented. More manageable vulnerability databases will be built; promulgating and sharing of vulnerability knowledge will be easier; comparison and fusion of vulnerability information from different sources will be more efficient; moreover automated scanning and patching of vulnerabilities will lead to self-managing systems.
Common Vulnerability Markup Language 1st Table of contents:
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Introduction
- 1.1 Overview of Common Vulnerability Markup Language (CVML)
- 1.2 Importance of Standardized Vulnerability Representation
- 1.3 Objectives of CVML
- 1.4 Scope and Applications in Cybersecurity
- 1.5 Structure of the Paper
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Background and Motivation
- 2.1 The Need for a Common Vulnerability Representation
- 2.2 Historical Context: Vulnerability Databases and Formats
- 2.3 The Role of CVML in Modern Security
- 2.4 Challenges in Vulnerability Management and Communication
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CVML Overview
- 3.1 What is CVML?
- 3.2 Key Concepts and Definitions
- 3.3 Structure of CVML Documents
- 3.4 Types of Vulnerability Information Represented
- 3.5 CVML Standardization Process
- 3.6 Comparison with Other Vulnerability Representation Formats (e.g., CVE, CVSS)
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CVML Syntax and Semantics
- 4.1 XML Syntax of CVML
- 4.2 Elements and Attributes in CVML
- 4.3 Defining Vulnerability Data: Descriptions, Affected Systems, and Impact
- 4.4 CVML Data Types and Values
- 4.5 Structuring Vulnerability Information for Ease of Use
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Creating and Using CVML Documents
- 5.1 How to Write CVML Documents
- 5.2 Tools for Creating and Parsing CVML Files
- 5.3 Examples of CVML Documents
- 5.4 Integrating CVML into Vulnerability Management Systems
- 5.5 Automating CVML Document Generation and Parsing
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CVML in Practice
- 6.1 Case Studies of CVML Usage
- 6.2 CVML for Vulnerability Assessment and Risk Management
- 6.3 Using CVML for Patch Management and Response
- 6.4 Role of CVML in Threat Intelligence Sharing
- 6.5 Integrating CVML with Security Tools (IDS, SIEM, etc.)
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Security Considerations
- 7.1 Integrity and Confidentiality in CVML Documents
- 7.2 Ensuring Accuracy and Consistency of Vulnerability Information
- 7.3 Authentication and Authorization in CVML Use
- 7.4 CVML and Privacy Concerns
- 7.5 Potential Attack Vectors Using CVML Files
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Challenges and Limitations of CVML
- 8.1 Handling Complex Vulnerabilities and Multiple Platforms
- 8.2 Limitations of CVML for Dynamic and Evolving Threats
- 8.3 Issues with Interoperability and Adoption Across Organizations
- 8.4 Scalability Concerns for Large-Scale Vulnerability Databases
- 8.5 Managing and Updating CVML Documents in Real-Time
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Future Directions
- 9.1 Evolution of CVML: Enhancements and New Features
- 9.2 Integration of CVML with Emerging Technologies (AI, Machine Learning)
- 9.3 Role of CVML in Zero-Day Vulnerability Reporting
- 9.4 Cross-Sector Collaboration for Standardizing Vulnerability Representation
- 9.5 Adoption of CVML in Global Cybersecurity Frameworks
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Conclusion
- 10.1 Summary of Key Findings
- 10.2 The Role of CVML in Improving Vulnerability Management
- 10.3 Final Thoughts on the Future of CVML in Cybersecurity
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