This course provides a comprehensive overview of securing APIs, emphasizing the importance of safeguarding against cyber threats. Key topics include understanding RESTful APIs, OAuth, and JWTs, which are pivotal concepts in modern API architecture. The course delves into common vulnerabilities and attack vectors, equipping learners with the knowledge and tools to mitigate risks and fortify API systems against potential security breaches.
2
API Basics & Protocol Analysis
This module provides an introduction to APIs, explaining their function and structure. It covers different types of APIs such as REST, SOAP, and GraphQL, detailing their characteristics and applications. This course equips learners with essential knowledge for understanding and working with various API types in software development.
3
API Enumeration & Discovery
This module focuses on techniques for identifying APIs within systems. Students learn methods such as utilizing Swagger, OpenAPI, and API documentation to understand API functionalities. Additionally, the course covers automated tools for efficient API discovery and how to identify APIs within source code. Through practical exercises, students gain proficiency in discovering and understanding APIs for effective integration and development.
4
Fuzzing API & using OWASP ZAP
This module explores techniques for testing API security vulnerabilities. It covers fuzzing, a method for injecting invalid or unexpected data to identify weaknesses in API input validation. Students also learn how to leverage OWASP ZAP (Zed Attack Proxy) for automated security testing of APIs, detecting common issues like injection flaws and authentication bypasses. Through hands-on exercises, participants gain practical skills in securing APIs against potential threats.
5
Exploiting Authorisation based vulnerability
This module delves into advanced concepts of authentication security flaws, focusing on Access-Based and Function-Based vulnerabilities. Students explore Broken Object Level Authentication (BOLA), where flaws allow unauthorized access to resources based on object identifiers. Additionally, Broken Function Level Authentication (BFLA) is examined, revealing weaknesses in access control mechanisms at the function level. Through detailed analysis and practical demonstrations, participants gain insight into detecting and mitigating these critical security risks.
6
Diving into Authentication based bugs
This course is an in-depth exploration of vulnerabilities in authentication systems. It examines password-based attacks such as brute force and password spraying. Participants learn how attackers exploit weak authentication mechanisms by attempting to guess passwords systematically or by spraying a large number of passwords across multiple accounts to find valid credentials. Through practical exercises and case studies, students develop strategies to detect, prevent, and mitigate these types of attacks effectively.
7
Excessive data exposure
This module covers the identification and testing of sensitive data exposure vulnerabilities. Participants learn techniques to identify where sensitive data might be exposed, such as through insecure APIs or misconfigured databases. The course includes hands-on labs to simulate scenarios of data exposure, allowing students to practice identifying and exploiting these vulnerabilities. Additionally, participants learn how to create Bug Bounty Proof of Concepts (POCs) to demonstrate the impact of data exposure vulnerabilities to organizations.
8
Testing for Improper Assets managements
This module focuses on identifying and assessing vulnerabilities related to the management of digital assets within an organization's infrastructure. Participants learn methods to detect weaknesses such as misconfigured storage, unsecured access controls, and inadequate logging practices. Additionally, the course explores the significance of API versioning in maintaining secure communication between clients and servers, and participants gain hands-on experience in testing for and exploiting vulnerabilities arising from improper API versioning practices.
9
Mass Assignment
This module provides an in-depth understanding of the mass assignment vulnerability, a common security flaw in web applications. Participants learn how improper handling of user input can lead to unintended data manipulation and unauthorized access. The course covers techniques to target requests for fuzzing to exploit mass assignment vulnerabilities effectively. Through hands-on lab walkthroughs, students gain practical experience in identifying, exploiting, and mitigating this critical security issue in web applications.
10
Server Side Request Forgery (SSRF)
This module introduces the critical security vulnerability known as Server-Side Request Forgery (SSRF), which allows attackers to manipulate server requests from within the application. The course covers the fundamentals of SSRF, including how attackers exploit APIs to perform unauthorized actions on behalf of the server. Through practical exercises, participants learn to identify, exploit, and remediate instances of SSRF, gaining valuable skills in securing applications against this pervasive threat.
11
Injections attacks
This module delves into the intricacies of exploiting vulnerabilities within input validation mechanisms, with a particular focus on SQL Injection (SQLi) and NoSQL Injection (NoSQLi) attacks aimed at APIs. Participants are equipped with the knowledge of how attackers leverage these weaknesses to tamper with database queries and obtain unauthorized access to sensitive data. Through hands-on exercises and practical demonstrations, students acquire the expertise needed to recognize, forestall, and mitigate SQLi and NoSQLi threats within API implementations, thereby fortifying security measures to counter such risks effectively.
12
JWT attacks
"JWT Attacks" explores the diverse strategies adversaries employ to compromise JSON Web Tokens (JWT) authentication systems. The curriculum encompasses methods including bypassing JWT authentication via unverified or flawed signature validation, exploiting weak signing keys, and manipulating JWT headers like "jwk" and "jku" to evade authentication. Participants gain insights into algorithm confusion attacks and how assailants exploit vulnerabilities to obtain unauthorized access. With hands-on labs and case studies, students cultivate proficiency in detecting and mitigating JWT-related vulnerabilities, reinforcing robust authentication mechanisms within their systems.
13
GraphQL API vulnerabilities
Delve into the security vulnerabilities inherent in GraphQL APIs and the strategies to exploit them. Participants acquire insights into accessing private GraphQL posts and the inadvertent exposure of sensitive fields through GraphQL queries. The curriculum encompasses techniques to unveil concealed GraphQL endpoints and bypass brute force protections. Through hands-on exercises and simulations, students attain practical proficiency in recognizing, exploiting, and mitigating vulnerabilities in GraphQL APIs, thereby bolstering their capacity to secure these systems adeptly.
14
Chanining vulnerabilities & Protecting APIs
This module is dedicated to comprehending how attackers amalgamate multiple vulnerabilities in a chain to amplify their impact. Participants delve into the intricacies of vulnerability chaining and the methods attackers utilize to escalate privileges or circumvent security controls. Moreover, the course addresses strategies and optimal practices for shielding APIs from such attacks. Through practical demonstrations and case studies, students acquire valuable insights into implementing effective defensive measures and mitigation techniques, fortifying APIs against chained vulnerabilities.
15
CVE POCs
This module provides an in-depth exploration of Proof of Concepts (POCs) for Common Vulnerabilities and Exposures (CVEs), illustrating how security researchers validate and demonstrate vulnerabilities in software or systems. It includes demonstrations of CVE POCs such as CVE-2019-15043, a Grafana vulnerability allowing unauthenticated API access, CVE-2023-2732, an authentication bypass vulnerability in the WordPress MStore API Plugin, and GraphQL API User Enumeration (CVE-2021-4191), which involves using Metasploit for user enumeration in GraphQL APIs. Through these examples, participants gain practical insights into vulnerability validation techniques, enhancing their ability to understand and address security risks effectively.
16
APIs best practices & selecting vendors for APIs pentest
This module encompasses API security guidelines and vendor selection criteria for penetration testing, offering industry best practices for API development and reliable vendor selection. Additionally, it provides an "API Pentest Cheatsheet," offering a convenient reference guide summarizing crucial steps, tools, and techniques for conducting API penetration testing efficiently. Furthermore, it underscores the significance of XSS vulnerabilities in web applications, concluding with a brief demonstration showcasing an XSS bug for deeper comprehension. Through these components, participants gain comprehensive insights into API security practices and the importance of addressing vulnerabilities effectively.
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Over the past five years, we have assisted
over 2,000+ people in finding answers to this
issue, and we are eager to assist you with
this important choice!
Yes, beginners can apply for this course as it provides
foundational knowledge and guidelines in securing
APIs and selecting vendors for penetration testing.
The content is designed to be accessible and
informative for individuals at various levels of
expertise, including beginners looking to gain a better
understanding of API security practices.
This course offers clear guidelines on API security and
vendor selection, empowering learners with industry
best practices and practical insights for effective
penetration testing.
After completing these courses, individuals can pursue
careers as API security specialists, penetration testers,
security consultants, or cybersecurity analysts. They
may work in industries such as technology, finance,
healthcare, and government, helping organizations
secure their APIs and prevent cyber threats.
Due to the fact that many industries use IT
infrastructures for their everyday business operations
online and want their data to be safe and secure from
malicious hackers and cyber security assaults, there is a
large demand for essential workforce competencies in
the cyber security area.
Although Razz Security is not a staffing firm nor a
recruiter, our in-house advisers are always available to
work with you one-on-one to offer suggestions and
direction on how to locate the perfect position to fit your
aspirations.
All of the staff at Razz Security are committed to giving
you the greatest training, certification, and skill-
development experiences possible.
Call one of our dedicated advisers pleased to learn
more about your professional goals and provide you
with any assistance we can.
As our Instructor will provide the necessary direction to
advance with prior knowledge, all that is required to
master these abilities is practice.
Yes, we have a skilled trainer to upgrade your
knowledge because it is our duty to provide the
knowledge in a better way
To enroll, you can either contact us at 8618710868 or click the
"Enroll Now" button on our website.
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