Using Security Patterns in Web-Application

Table of Contents

Chapter 1: Introduction

1.1 Problems

1.2 Aim and Objectives

1.3 Structure:

Chapter 2: Background on Web Application & Web Application Security

2.1 Background of Web- Application

2.2 Background on Web Application Security

Chapter 3: Attacks and Countermeasures of Web - Application

3.1 Eavesdropping

3.1.1 What is Eavesdropping?

3.1.2 How Eavesdropping happen?

3.1.3 Countermeasures for Eavesdropping

3.2 Exploiting Poor Authentication

3.2.1 What is Poor Authentication?

3.2.2 How the poor authentication can be exploited?

3.2.3 Countermeasures of poor authentication

3.3 Log Tampering

3.3.1 Overview of Log

3.3.2 What is log tampering?

3.3.3 Countermeasures for Log Tampering

3.4 SQL Injection

3.4.1 Overview of SQL injection

3.4.2 Countermeasures for SQL Injection

3.5 Cross-Site Scripting

3.5.1 What is Cross-Site Scripting?

3.5.2 Countermeasure of Cross-Site Scripting

3.6 HTTP Response Splitting

3.6.1 What is HTTP Response Splitting?

3.6.2 Countermeasure for HTTP Response Splitting

3.7 Reason of Attack on Web Application

Chapter 4: Introduction to Patterns

4.1. An introduction to pattern language

4.2. What is Design Pattern?

4.3 History of Design Pattern

4.4 Design Pattern Template

Chapter 5: An Introduction to Security Patterns

5.1 What is Security Pattern?

5.2 History of Security Pattern

5.3 Why Security Pattern?

5.4 Types of Security Pattern

5.5 Use and Misuse Case in Security Pattern.

5.6 Security Pattern Template

Chapter 6: Overview and Implementation of Security Patterns

6.1 Overview of Security Pattern used to address attack

6.1.1 Secure Pipe Pattern

6.1.2 Secure Proxy Pattern

6.1.3 Secure Logger Pattern

6.1.4 Intercepting Validator Pattern

6.2 Implementation of Security Pattern in Context to Attack

6.2.1 Mitigating Eavesdropping with Secure Pipe and its Related Pattern

6.2.2 Mitigating poor authentication exploit with Secure Proxy & its Related Pattern

6.2.3 Mitigating Log Tampering with Secure Logger & its Related Pattern

6.2.4 Mitigating SQL Injection, Cross- Site Scripting and HTTP Response Splitting with Intercepting Validator and its Related Pattern

Chapter 7: Analysis of Security Patterns

7.1 Analysis between main security pattern and related pattern

7.1.1 Secure Pipe Pattern versus Message Intercepting Gateway

7.1.2 Secure service proxy versus message interceptor gateway

7.1.3 Secure logger pattern versus secure pipe pattern

7.1.4 Intercepting Validator versus Intercepting Filters

7.2 Views

Conclusion

References

Research Objectives and Themes

This project aims to bridge the gap between software development and security by exploring how security can be systematically incorporated into web applications using security patterns to address common vulnerabilities and threats.

• Analysis of fundamental web application attacks (e.g., SQL Injection, XSS, Eavesdropping).
• Introduction to design patterns and their evolution into security-specific patterns.
• Detailed implementation strategies for various security patterns in web environments.
• Comparative analysis of security patterns to evaluate their benefits, liabilities, and effectiveness.
• Evaluation of security pattern integration through case study analysis.

Excerpt from the Book

Summary of Chapters

Chapter 1: Introduction: Discusses the rise of web applications, the resulting security challenges, and the research goal of using security patterns to improve application safety.

Chapter 2: Background on Web Application & Web Application Security: Provides an overview of web application architecture and the increasing importance of securing the application layer.

Chapter 3: Attacks and Countermeasures of Web - Application: Examines fundamental attacks like eavesdropping, SQL injection, and XSS, and outlines standard countermeasures for each.

Chapter 4: Introduction to Patterns: Explores the origins of pattern languages in architecture and their subsequent adoption and adaptation within the software engineering community.

Chapter 5: An Introduction to Security Patterns: Defines security patterns, their history, and their role as a "foundation for developing secure software" to bridge the gap between developers and security professionals.

Chapter 6: Overview and Implementation of Security Patterns: Details practical implementations of specific patterns, including Secure Pipe, Secure Proxy, Secure Logger, and Intercepting Validator, to mitigate identified attacks.

Chapter 7: Analysis of Security Patterns: Compares main security patterns with related patterns, discussing their respective benefits, liabilities, and effectiveness in real-world scenarios.

Keywords

Web Application Security, Security Patterns, Eavesdropping, SQL Injection, Cross-Site Scripting, Secure Pipe Pattern, Secure Proxy Pattern, Secure Logger Pattern, Intercepting Validator, Authentication, Authorization, Input Validation, Threat Mitigation, Software Design, Cryptography

Frequently Asked Questions

What is the primary focus of this project?

The project focuses on exploring how security can be effectively incorporated into web application development by utilizing specialized security patterns to address common vulnerabilities.

What are the central themes discussed in the work?

The work covers the transition from traditional software design to security-pattern-oriented development, the analysis of critical web vulnerabilities, and the practical implementation of specific patterns to counteract these threats.

What is the main objective of this dissertation?

The objective is to identify security patterns capable of addressing web application issues, evaluate their effectiveness, and justify their use in building secure software systems.

Which scientific methodology is utilized?

The author uses a research-based analysis of industry-recognized security threats combined with a study of design and security patterns, supported by architectural diagrams and references to existing research and white papers.

What is covered in the main section of the paper?

The main section details the implementation of specific patterns, such as Secure Pipe for eavesdropping and Intercepting Validator for injection attacks, and compares their performance and security benefits.

Which key terms best describe this work?

Key terms include Web Application Security, Security Patterns, SQL Injection, Cross-Site Scripting, Secure Pipe, and Input Validation.

How does the Secure Pipe pattern address network threats?

The Secure Pipe pattern establishes a secure, encrypted communication channel between client and server, which ensures data integrity and privacy, thereby preventing eavesdropping and man-in-the-middle attacks.

Why are Intercepting Filters and Intercepting Validators considered effective?

They are effective because they centralize data validation, ensuring that all client input is scrubbed and verified against malicious content before the application processes it, which is crucial for preventing injection attacks.