Making DevSecOps a Reality in your Spring Applications
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Roberto Velasco discusses integrating DevSecOps into Spring applications to address software security issues, emphasizing the need for automated security measures and tools that adapt to cloud environments. The presentation highlights common vulnerabilities like SQL injection and business logic flaws, advocating for proactive security implementation during the design phase. Velasco concludes that a comprehensive DevSecOps approach involves metrics, automation, and continuous monitoring to enhance overall application security.
![DEVSECOPS: BUSINESS LOGIC FLAWS
public class Pet {
Integer id;
id;
@Pattern(regexp=“^[A-Za-z0-9]*$”)
String name;
Date birthDate;
PetType typeId;
Breed breed;
Color color;
}](https://image.slidesharecdn.com/spring-io-2018-roberto-velasco-180524145803/85/Making-DevSecOps-a-Reality-in-your-Spring-Applications-21-320.jpg)
Making DevSecOps a Reality in your Spring Applications
- 1. MAKING DEVSECOPS A REALITY IN YOUR SPRING APPLICATIONS Roberto Velasco
- 2. ABOUT ME Roberto Velasco Working as Java Software Architect since 2004 Involved in Software Security since 2001 Hdiv open-source project founder CEO at Hdiv Security
- 3. CONTENTS OF TALK • Introduction • Software Security issues • DevSecOps: Security Bugs • DevSecOps: Business Logic Flaws • Summary
- 4. THE NEW REALITIES • New deployments every day • Moving to the Cloud • Exponential scalability requirements • Exposed to automated attacks (low cost attacks)
- 5. SECURITY ISSUES IN THAT NEW SCENARIO • Security teams don’t have enough time to review the applications manually • Many security solutions are not adapted to the cloud • Hardware-based • Scalability issues
- 6. THE SOLUTION: DEVSECOPS • Security must be integrated within the design process of the applications • Security solutions must work within cloud environments • We need to follow a DevSecOps approach
- 7. HOW TO IMPLEMENT DEVSECOPS Metrics Tools
- 8. SOFTWARE SECURITY ISSUES • SQL Injection • Cross-Site Scripting (XSS) • Directory Traversal • Weak Crypto Algorithm • Java Object Deserialization • etc. • Access Control • Binding attacks • Race condition • Step N of workflow can be skipped • etc.
- 9. DEVSECOPS: • Syntax issues related to security • They can be detected by tools: Application Security Testing (AST) • AST • SAST • DAST • IAST • OWASP A1: Injection • OWASP A2: Broken Authentication • OWASP A3: Sensitive Data Exposure • OWASP A4: XML External Entities (XXE) • OWASP A6: Security Misconfiguration • OWASP A7: XSS • OWASP A8: Insecure Deserialization • OWASP A8 (2013): Cross-Site Request Forgery (CSRF) • OWASP A9: Using Components with Known Vulnerabilities SECURITY BUGS
- 10. 1. Use an AST solution during development 2. Define metrics and thresholds to assure quality 3. Integrate security issues within your issue tracker 4. Monitor and protect production deployments DEVSECOPS: SECURITY BUGS HOW TO
- 12. Automated AST is not a panacea though. All of the AST tools share significant weakness in the area of detecting business logic flaws as well as more deliberate, malicious flaws like logic bombs and back doors. Business logic flaws include vulnerabilities like insecure direct object reference, which can lead to account compromise or privilege escalation. A Guidance Framework for Establishing and Maturing an Application Security Program
- 13. DEVSECOPS: • OWASP A4 (2013): Insecure Direct Object References • OWASP A7 (2013): Missing Function Level Access Control • OWASP A10 (2013): Unvalidated Redirects andForwards • OWASP A5 (2017): Broken Access Control BUSINESS LOGIC FLAWS • Access control • Binding attacks • Race condition • Step N of workflow can be skipped • etc.
- 14. DEMO • URL DIRECT ACCESS • PARAMETER MANIPULATION • MISSING FUNCTION LEVEL ACCESS CONTROL • BINDING ISSUE https://hdivsecurity.com/videos/devsecops-business-logic-flaws
- 15. • Even though they can’t be detected automatically, we can automated the protection • Business logic flaws protection can be automated through input validation • We can measure the quality of the protection DEVSECOPS: BUSINESS LOGIC FLAWS & SOLUTION
- 16. • Input • URLs • HTTP form Parameters • JSON attributes (REST apps) • Validations that we usually perform manually • Type • Size • Role based • Custom code validation DEVSECOPS: BUSINESS LOGIC FLAWS & SOLUTION
- 17. DEVSECOPS: BUSINESS LOGIC FLAWS & SOLUTION • Traditional security validations (format & role) present important limitations • http://www.bank.com?id=123456789012345 • Security depends on people
- 18. How to automate protection? We can apply contract based protection DEVSECOPS: BUSINESS LOGIC FLAWS
- 19. DEVSECOPS: BUSINESS LOGIC FLAWS
- 20. DEVSECOPS: BUSINESS LOGIC FLAWS public class Pet { Integer id; id; String name; Date birthDate; PetType typeId; Breed breed; Color color; }
- 21. DEVSECOPS: BUSINESS LOGIC FLAWS public class Pet { Integer id; id; @Pattern(regexp=“^[A-Za-z0-9]*$”) String name; Date birthDate; PetType typeId; Breed breed; Color color; }
- 22. How do we implement this? The server must define what is allowed, rejecting the rest DEVSECOPS: BUSINESS LOGIC FLAWS
- 23. 1 2 Validation Filter Libraries Extension2 DEVSECOPS: BUSINESS LOGIC FLAWS
- 24. DEMO BUSINESS LOGIC FLAWS PROTECTION https://hdivsecurity.com/videos/devsecops-business-logic-flaws-protection
- 25. • Using contract enforcement we can measure the quality of the input validation • We know how much of the input is validated using: • Integrity • Basic input validation (format, size, etc.) • Nothing at all DEVSECOPS: BUSINESS LOGIC FLAWS & METRICS
- 27. • Define thresholds depending your maturity model DEVSECOPS: BUSINESS LOGIC FLAWS & METRICS
- 28. DEMO BUSINESS LOGIC FLAWS – CI (JENKINS) https://hdivsecurity.com/videos/devsecops-business-logic-flaws-continuous-integration
- 29. SUMMARY • DevSecOps approach must be complete, not only focused on Security Bugs • We need tools that work in all environments offering: • Metrics generation and enforcement • Automation of protection and monitoring
- 30. THANKS! Q & A Roberto Velasco