CF

Web security: Injection Attacks with Java & Spring Boot

8h 44m 36s
English
Paid

Web security: Injection Attacks with Java & Spring Boot is a 76-lesson 8 hours 44 minutes self-paced course by Udemy. Are you a Java web developer and want to write secure code?

Course facts

Lessons
76
Duration
8 hours 44 minutes
Level
All levels
Language
English
Updated
Instructor
Udemy
Price
Premium

Are you a Java web developer and want to write secure code? Do you want to learn Ethical hacking and Web application security?  With this hands-on injection attacks course you will start learning web security using one of the top vulnerabilities of OWASP Top 10 list. Injection attack is still listed in top 3 attacks in the OWASP Top 10 and it is important to prevent against injection attacks to develop secure web applications.

As part of the blue and red security teams,I have a practical knowledge and I am here to help you learn the injection vulnerability in detail.

In this course, you will focus on different type of injection attacks;

  • SQL Injection

  • NoSQL injection

  • LDAP injection

  • LOG injection

  • CSV injection

Ethical hacking and Web application security are the two important subjects of Cyber Security field and having practical knowledge about Injections will enable you to better understand the security concepts and make a quick start.

In this course you will follow defense-in-depth principle and apply multiple solutions to each vulnerability to secure the web application in multiple layers.

You will follow a hands-on approach. You will not only learn how to exploit an application using different kind of injection attacks, but also develop the vulnerable applications from scratch in which you will have a common web login module with Thymeleaf and Bootstrap for a basic front-end, with Spring security form login authentication & authorisation, and with separate applications for SQL, NoSQL and LDAP injections.

The applications will be developed using Java, Spring boot and Spring Data along with the most used data sources, such as PostgreSQL for SQL Injection, MongoDB for NoSQL injection and OpenLDAP for LDAP injection.

In each section there will be;

  • Development of the vulnerable web application using Java, Spring boot and Spring security

  • Hacking of the application with various attack payloads and with Ethical hacking examples

  • Protection steps and the implementations to prevent injection attacks

At the end of the course you will understand the different type of injection vulnerabilities, perform injection attacks against the vulnerable web applications you have developed, and learn how to protect your applications against the injection attacks using various techniques such as,

  • Validation and sanitisation using white list approach

  • Parametrised queries with prepared statements

  • Escaping output

  • Using secure trusted libraries

  • Error handling and logging

  • General coding practices

If you want to skip the development and only perform the hacking of applications, you can jump into the injection lectures and download the source code provided in the resources section of that lecture. Be aware that you will still need to install PostgreSQL for SQL Injection, MongoDB for NoSQL injection and OpenLDAP docker container for LDAP injection. You can see how to install and configure these data sources in the beginning lectures of each injection section.

Who teaches Web security: Injection Attacks with Java & Spring Boot? Udemy

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Udemy is the largest open marketplace for online courses on the internet. Founded in 2010 by Eren Bali, Oktay Caglar, and Gagan Biyani and headquartered in San Francisco, the company went public on the Nasdaq in 2021 under the ticker UDMY. The platform hosts well over two hundred thousand courses across software development, IT and cloud, data science, design, business, marketing, and creative skills, taught by tens of thousands of independent instructors. Roughly seventy million learners use it worldwide, and the corporate arm — Udemy Business — supplies a curated subset of that catalog to enterprise customers.

Because Udemy is a marketplace rather than a single editorial publisher, the catalog is uneven by design. The strongest material lives in the long-form, project-based courses authored by working engineers — full-stack JavaScript, React, Node.js, Python data science, AWS, Docker and Kubernetes, mobile development with Flutter and React Native, and cloud certification preparation. The CourseFlix listing under this source is the slice of that catalog that has been mirrored here for offline-friendly viewing, organized by topic and updated as new releases land. Pricing on Udemy itself swings dramatically with the site's near-permanent sales, which is why the platform is best treated as a deep reference catalog: pick instructors with strong reviews and a track record of updating their material rather than buying on the headline price alone.

What lessons are included in Web security: Injection Attacks with Java & Spring Boot?

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#1: Why to learn Secure coding principles & Web security?
All Course Lessons (76)
#Lesson TitleDurationAccess
1
Why to learn Secure coding principles & Web security? Demo
06:54
2
Structure of the course
04:24
3
Setting up the environment
06:57
4
Adding the base pom.xml with basic maven dependencies
07:38
5
Creating common login module with dependencies, thymeleaf templates & bootstrap
07:27
6
Creating the package structure and adding interfaces
03:28
7
Adding authentication provider and user details to customise form authentication
09:14
8
Adding web security configuration for Spring security form login authentication
07:35
9
Adding API endpoints
06:01
10
Adding Custom Error Controller
11:16
11
Introduction to Injections
02:24
12
Explaining SQL injection
01:53
13
Creating SQL Injection application with dependencies and configuration
08:50
14
Adding PostgreSQL init files, packages and validator implementation
07:54
15
Implementing Spring Data JPA entities
03:18
16
Adding Spring Data JPA repository interfaces
03:23
17
Implementing Spring Data JPA repository
08:40
18
Adding SQL injection user detail service implementation
06:41
19
Implementing user service interface
03:27
20
Hacking SQL Injection application using login form with Http Post - Part 1
07:24
21
Hacking SQL Injection application using login form with Http Post - Part 2
06:36
22
Hacking SQL Injection application with Http Get - Part 1
08:51
23
Hacking SQL Injection application with Http Get - Part 2
06:20
24
Hacking SQL Injection application with Http Get - Part 3 - Using Burp Suite
12:20
25
Extending Http Get vulnerability to read system files - Part 1
07:48
26
Extending Http Get vulnerability to read system files - Part 2
08:01
27
Preventing Sql injection: Validation and Sanitisation
11:41
28
Preventing Sql injection: Using Prepared statements
10:20
29
Preventing Sql injection: Summary
07:43
30
A final attack using a vulnerable SQL function
04:09
31
Explaining NoSQL injection
02:08
32
Adding NoSQL injection module with dependencies using MongoDB
08:41
33
Adding configuration and init data file
07:55
34
Adding packages and validator implementation
04:35
35
Implementing mongoDB configuration
08:09
36
Adding repository interfaces
08:07
37
Implementing repository and adding service layer classes
08:54
38
Hacking NoSQL injection application: Using login form
10:10
39
Hacking NoSQL injection: Using user info endpoint with Regex
06:01
40
Preventing NoSQL injection: Validation and sanitisation
07:16
41
Preventing NoSQL injection: Using criteria Api
08:33
42
Preventing NoSQL injection: Using JPA repository
04:48
43
Explaining LDAP injection
02:04
44
Adding LDAP injection module with LDAP schema file
07:54
45
Adding dependencies,configuration and startup file to initialisatize LDAP schema
09:41
46
Creating packages and adding Spring boot starter class to initialise LDAP data
06:29
47
Creating entity and validation implementations, and repository interfaces
05:16
48
Adding LDAP helper class for LDAP operations
11:56
49
Completing the user repository implementation
05:16
50
Completing the user role repository and service implementation
06:44
51
Hacking LDAP injection - Part 1
06:21
52
Hacking LDAP injection - Part 2
05:52
53
Preventing LDAP injection: Validation and sanitisation
04:19
54
Preventing LDAP injection: Using secure libraries
11:36
55
Explaining LOG injection
03:46
56
Adding a new endpoint to use in LOG injection attacks
05:51
57
Adding log data endpoint and thymeleaf template to view logs by admin user
07:30
58
Adding Logback configuration
06:02
59
Creating the attacker application
04:06
60
Hacking LOG injection with Line Feed
05:05
61
Hacking LOG injection with Carriage Return
08:44
62
Hacking LOG injection: XSS attack - Part 1
06:50
63
Hacking LOG injection: XSS attack - Part 2
05:34
64
Preventing LOG injection: Validation and using trusted libraries protections
08:03
65
Preventing LOG injection: XSS attacks
06:27
66
Explaining CSV injection
02:00
67
Adding new interfaces
04:45
68
Adding user detail Api methods for CSV injection
08:18
69
Adding export user details Api method for CSV injection
05:54
70
Adding data access implementation classes
04:20
71
Implementing user detail service
09:42
72
Implementing excel generator service
11:49
73
A new endpoint on attacker web site
01:31
74
Hacking CSV injection using excel formula
10:11
75
Preventing CSV injection - Part 1
09:35
76
Preventing CSV injection - Part 2
11:11
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Frequently asked questions

What are the prerequisites for enrolling in this course?
Prospective students should have a basic understanding of Java programming and familiarity with web development concepts. Knowledge of the Spring Boot framework will be beneficial, as the course includes lessons on integrating Spring Boot with security features. A general awareness of web application structures, such as the use of APIs and authentication mechanisms, will also help in grasping the security concepts taught in this course.
What projects will I build during the course?
Throughout the course, students will build several applications focused on demonstrating and securing against various types of injection attacks. This includes creating a SQL Injection application, a NoSQL injection module using MongoDB, and an LDAP injection setup. Students will learn to hack these applications and then implement preventative measures such as validation, sanitization, and the use of prepared statements.
Who is the target audience for this course?
The course is designed for Java web developers who are interested in enhancing their understanding of web security, particularly with respect to injection attacks. It is also suitable for those looking to learn about ethical hacking and application security to better protect their applications against common vulnerabilities listed in the OWASP Top 10.
How does the depth of this course compare to similar offerings?
This course delves deeply into the topic of injection attacks, covering various forms such as SQL, NoSQL, LDAP, and LOG injections. It provides hands-on experience with hacking and securing applications, making it more in-depth than general web security courses. Each type of injection is explored through coding exercises, configuration tasks, and security implementations specific to Java and Spring Boot.
What specific tools or platforms are covered in this course?
The course covers several tools and technologies including Spring Boot, Burp Suite for HTTP Get vulnerabilities, PostgreSQL for SQL injections, MongoDB for NoSQL injections, and Logback for LOG injections. Students will also use Maven for dependency management and learn to implement Spring Data JPA for database interactions.
What topics are not covered in this course?
While the course provides comprehensive coverage of injection attacks, it does not cover other types of web security vulnerabilities outside the OWASP Top 10 injection category. For example, topics like Cross-Site Scripting (XSS), Cross-Site Request Forgery (CSRF), and security misconfigurations are not addressed in this course.
What is the time commitment required to complete the course?
The course consists of 76 lessons, each designed to provide a detailed understanding of injection attacks and their prevention. Although the exact runtime is unspecified, students should allocate sufficient time to engage with the lessons, complete hands-on exercises, and absorb the extensive material on securing web applications using Java and Spring Boot.