Full Report
Web application security training in 2015? It’s a valid question we get asked sometimes. With the amount of books available on the subject, the tools that seemingly automate the process coupled with the fact that findings bugs in web apps should be harder now that frameworks and developers are more likely to produce secure code, is there a need to still train people up in the art of application exploitation?
Analysis Summary
While the provided article advocates strongly for continuous, hands-on application security training rather than listing specific technical controls, a cybersecurity consultant must extract the *implied* and *necessary* best practices required to address the concerns raised (i.e., the persistence of vulnerabilities despite advancements in frameworks).
Here is the resulting best practices summary based on the context of continuous exploitation and the need for practical security knowledge:
# Best Practices: Continuous Application Security Proficiency
## Overview
These practices address the necessity of maintaining high-level security expertise and proactive exploitation knowledge, even as frameworks mature. They focus on fostering a "hacker mindset" among developers and security teams to effectively identify and remediate complex, chained vulnerabilities in modern applications.
## Key Recommendations
### Immediate Actions
1. **Adopt a "Hacker Mindset":** Immediately prioritize training or internal workshops focused not just on secure coding, but on *application exploitation logic* to understand how flaws are chained together.
2. **Prioritize Vulnerability Chaining Awareness:** Ensure security reviews explicitly search for sequences of vulnerabilities (e.g., an injection followed by an authorization bypass) rather than just fixing isolated low-severity findings.
3. **Review Current Training Effectiveness:** Assess current secure coding or penetration testing training to confirm it includes exploitation scenarios based on current, real-world vectors discovered in recent assessments.
### Short-term Improvements (1-3 months)
1. **Implement Hands-On Exploitation Labs:** Move training away from theoretical knowledge by introducing mandatory, hands-on labs covering common vectors like SQLi, XSS, XML/LDAP injection, and session management flaws.
2. **Integrate Reconnaissance Training:** Incorporate formal training on application reconnaissance techniques, as mapping the attack surface is a critical first step for effective exploitation.
3. **Formalize Data Validation Training:** Dedicate specific training modules to in-depth data validation issues across different protocols (HTTP parameters, XML payloads, LDAP queries).
### Long-term Strategy (3+ months)
1. **Establish Continuous Curriculum Updates:** Institute a policy where application security training content is updated quarterly to reflect the latest vulnerabilities discovered in *in-use* commercial applications (like the Red Hat scenario mentioned) and new architectural designs (e.g., advanced web services).
2. **Mandate Web Service Security Focus:** Develop specialized, recurring training tracks focused specifically on securing modern web service integrations (APIs, microservices), covering authentication, authorization, and input handling for non-traditional data formats.
3. **Embed Security Champions:** Cultivate and formally empower "Security Champions" within development teams who receive advanced exploitation training and act as the internal point-of-contact for security best practices.
## Implementation Guidance
### For Small Organizations
- **Outsource Specialized Training:** Leverage expert-led, hands-on bootcamps (like the one referenced) for core security concepts that are too niche to develop internally.
- **Focus on Core OWASP Top 10:** Prioritize training efforts on the most common and impactful vulnerabilities (Injection, Broken Access Control) relevant to your current stack.
### For Medium Organizations
- **Develop Internal Capture-the-Flag (CTF) Events:** Create internal, gamified environments based on recent findings to practice exploitation and remediation techniques internally.
- **Automated Tool Integration:** Ensure security testing tools (SAST/DAST) are configured to flag issues commonly exploited in hands-on labs, bridging the gap between automated results and real-world impact.
### For Large Enterprises
- **Establish a Dedicated Threat Modeling Program:** Mandate threat modeling sessions for all new features, explicitly using known exploitation paths as inputs to drive design decisions.
- **Cross-Domain Security Pairing:** Pair developers with penetration testers or security engineers in structured mentorship programs to expose the development lifecycle to the exploitation perspective continuously.
## Configuration Examples
*No specific configuration examples were present in the source material, as the article focused on the *need* for practical knowledge rather than specific hardening guides.*
## Compliance Alignment
The practices implied by the need for robust, exploitation-aware security align with:
- **OWASP Application Security Verification Standard (ASVS):** By focusing on deep exploitation vectors, these efforts naturally cover higher assurance levels.
- **ISO/IEC 27001/27002 (A.7.2.2 - Information Security Awareness, Education and Training):** Ensures training is relevant, updated, and covers the technical depth required to defend modern applications.
- **NIST SP 800-53 (AT Series - Awareness and Training):** Guiding the structure and necessity of specialized technical training.
## Common Pitfalls to Avoid
1. **Relying Solely on Framework Guarantees:** Do not assume modern frameworks prevent all vulnerabilities; application-specific business logic flaws or complex deployments still create exploitable paths.
2. **Treating Training as a One-Time Event:** Treating security training as a compliance checkbox that is completed once, rather than a continuous, evolving discipline.
3. **Ignoring Client-Side Specifics:** Neglecting training on older or niche client-side technologies (e.g., Silverlight, ActiveX, specific JavaScript frameworks) if they are still in use within the application ecosystem.
## Resources
No specific tools or external documentation links were provided as part of the recommendations in the article. The core resource emphasized is **high-quality, hands-on, exploitation-focused training.**