## TechNova Security Solutions

# SECURITY

# ASSESSMENT

2024-002 - DefectDojo Environment Analysis  
21/08/2025  
VERSION 1.0  
TechNova Security Solutions | Global Security Department  
Tech Boulevard 123, Denver, Colorado

## 1 EXECUTIVE SUMMARY

TechNova Security Solutions conducted a comprehensive security assessment of the DefectDojo environment between August 17-21, 2025. This assessment analyzed the vulnerability management platform and its associated applications to identify security risks and provide actionable recommendations.

## 1.1 Scope

### 1.1.1 Systems

| Product Name | Platform | Lifecycle | Business Criticality |
| --- | --- | --- | --- |
| Donkey Kong | Web | Production | High |
| Donkey Kong Jr. | Web | Production | High |
| Donkey Kong II | IoT | Retirement | Medium |
| Donkey Kong Hockey | Desktop | Retirement | High |
| Donkey Kong Circus | Web | Production | Medium |

### 1.1.2 Testing Methods

The assessment utilized multiple security testing approaches:

- Static Application Security Testing (SAST) - Semgrep analysis
- Software Composition Analysis (SCA) - Snyk and BlackDuck scans
- Container Security - Trivy vulnerability scanning
- Web Application Testing - Burp GraphQL API analysis

### 1.1.3 Assessment Period

Assessment conducted over 40 hours between August 17-21, 2025, covering all critical production systems and security controls.

## 1.2 Result Summary

| Severity | Count | Percentage | Status |
| --- | --- | --- | --- |
| CRITICAL | 669 | 26.0% | Open |
| HIGH | 903 | 35.1% | Open |
| MEDIUM | 999 | 38.9% | Open |

## 1.3 Estimated Risk

Overall Security Risk Assessment

---

# 6.6 / 10

HIGH RISK

The risk score of 6.6 indicates a High Risk security posture requiring immediate attention. This score is calculated based on the weighted severity distribution of identified vulnerabilities, with critical and high-severity findings comprising 61.1% of all detected issues.

## 1.4 Suggested Measures

Immediate Actions (0-30 days)

- **Critical Priority**: Address all 669 critical vulnerabilities immediately
- **Security Team Assembly**: Establish dedicated remediation team with daily standups
- **Emergency Patching**: Implement emergency patch deployment process
- **Access Controls**: Review and tighten authentication mechanisms

## Short-term Actions (30-90 days)

- **High Severity Remediation**: Systematic approach to 903 high-severity findings
- **Security Controls Enhancement**: Implement additional defensive measures
- **Automated Scanning**: Establish continuous security monitoring
- **Developer Training**: Security awareness and secure coding practices

Long-term Strategy (90+ days)

- **Security Architecture Review**: Comprehensive security design assessment
- **DevSecOps Integration**: Security-first development lifecycle
- **Regular Assessments**: Quarterly security testing program
- **Compliance Framework**: Industry standard adherence (NIST, ISO 27001)

# 2 VULNERABILITY DETAILS

### congregation.fact.comfort-jewelry

**Critical**  
CWE: CWE-545  
File: /weaeR/RGaRn/UrfuYthingdds.bak  
Line: 924  
Risk Level: Medium  
Description: Critical vulnerability involving improper validation of security parameters. Code analysis reveals potential for privilege escalation through manipulation of security controls.

#### Code Snippet:

```go
for _, v := range arr {fmt.Println(v)}
```

#### Remediation

- Implement proper input validation and sanitization
- Use secure cryptographic implementations: javax.crypto.Cipher.getInstance("AES/GCM/NoPadding")
- Apply principle of least privilege to affected components

### orchard.permission.happiness-jealousy

**High**  
CWE: CWE-14  
File: /OHnetpairmpa.flv  
Line: 734  
Risk Level: Medium  
Description: Compiler removal of code to clear buffers creates potential for information disclosure. Sensitive data may remain in memory after intended clearing operations.

#### Remediation

- Implement secure memory clearing functions that cannot be optimized away
- Use volatile qualifiers for security-critical buffer operations
- Consider platform-specific secure memory clearing APIs

### 2.1 Top Common Weakness Enumerations (CWE)

| CWE ID | Description | Frequency | Risk Impact |
| --- | --- | --- | --- |
| CWE-393 | Return of Wrong Status Code | High | Medium |
| CWE-449 | UI Performs Wrong Action | High | Medium |
| CWE-394 | Unexpected Status Code or Return Value | Medium | Medium |
| CWE-14 | Compiler Removal of Code to Clear Buffers | Medium | High |
| CWE-519 | Compromised Credentials | Low | Critical |

# 3 METHODOLOGY OVERVIEW

The security assessment methodology employed by TechNova Security Solutions follows industry best practices and standards including:

## 3.1 Framework Alignment

- OWASP Top 10: Web application security testing guidelines
- NIST Cybersecurity Framework: Risk assessment and management
- SANS Testing Methodology: Systematic vulnerability identification
- DefectDojo Integration: Vulnerability management lifecycle

## 3.2 Testing Tools and Techniques

19  
100%

## 3.3 Quality Assurance

All findings undergo rigorous validation including:

- Automated verification through multiple scanning engines
- Manual validation of critical and high-severity findings
- False positive analysis and risk contextualization

Business impact assessment for prioritization.