CVE-2026-59507 in Portal Generator addon to ERP
Summary
by MITRE • 08/13/2026
CWE-798: Use of Hard-coded Credentials CWE-200: Exposure of Sensitive Information to an Unauthorized Actor CWE-284: Improper Access Control
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Analysis
by VulDB Data Team • 08/13/2026
The vulnerability landscape presents a critical convergence of three distinct yet interconnected security weaknesses that collectively represent significant risks to system integrity and data protection. CWE-798, the use of hard-coded credentials, represents one of the most fundamental and persistent security flaws in software development practices where authentication tokens, passwords, or API keys are embedded directly within source code or configuration files. This weakness directly violates the principle of separation of concerns and creates a permanent exposure point that remains accessible throughout the application lifecycle without proper rotation or management protocols.
CWE-200, exposure of sensitive information to unauthorized actors, amplifies the impact of hard-coded credentials by establishing the mechanism through which malicious entities can access and exploit these embedded secrets. When hard-coded credentials exist within applications, they become prime targets for attackers who can extract them through various means including static code analysis, reverse engineering, or runtime memory examination. This exposure creates a direct pathway for unauthorized access to critical systems, databases, and services that should remain protected from general access. The weakness operates at the intersection of poor development practices and inadequate security controls, creating an environment where legitimate security measures are bypassed through simple credential theft.
CWE-284, improper access control, completes this dangerous triad by demonstrating how the combination of hard-coded credentials and sensitive information exposure creates opportunities for privilege escalation and unauthorized system access. When applications contain hardcoded authentication details that remain active and accessible to all users with sufficient technical knowledge, the access control mechanisms become fundamentally compromised. This weakness typically manifests in scenarios where administrative or service accounts are embedded within code without proper authorization checks, allowing any user with access to the application's source or runtime environment to potentially assume elevated privileges.
The operational impact of this combined vulnerability set extends beyond immediate security breaches to encompass long-term organizational risks including compliance violations, financial losses, and reputational damage. Organizations that fail to address these weaknesses face potential exploitation through automated scanning tools that specifically target hardcoded credentials in public repositories, code reviews, or penetration testing activities. The attack surface expands significantly when considering that hard-coded credentials often persist across multiple environments including development, testing, and production systems without proper credential management practices.
Mitigation strategies must address each component of this vulnerability cluster while recognizing their interdependencies. Proper credential management through environment variables, secure configuration management systems, and automated rotation protocols directly addresses CWE-798 by eliminating hardcoded secrets from application code. Implementing robust access control mechanisms through proper authorization frameworks and privilege management systems resolves CWE-284 concerns while preventing unauthorized access to sensitive resources. Additionally, comprehensive information security policies that include regular code reviews, static analysis scanning, and dynamic application security testing help identify and remediate CWE-200 exposures before they can be exploited.
The relationship between these weaknesses aligns with several attack patterns documented in the mitre att&ck framework where adversaries leverage credential access techniques to establish persistence and move laterally within compromised environments. The combination of these vulnerabilities creates a particularly dangerous scenario for attackers who can combine credential theft with insufficient access controls to achieve unauthorized system access. Security professionals should consider implementing automated security scanning tools that specifically target hardcoded credentials, along with comprehensive monitoring systems that detect unauthorized access attempts to sensitive information repositories.
Industry standards such as iso/iec 27001 and nist cybersecurity framework emphasize the importance of proper credential management and access control as fundamental security requirements. The continuous integration and deployment pipelines must incorporate security controls that prevent hardcoded credentials from reaching production environments while ensuring proper access control mechanisms remain in place throughout the application lifecycle. Organizations should implement comprehensive security awareness training for development teams to understand the implications of these vulnerabilities and adopt secure coding practices that eliminate hard-coded secrets from their applications.
The remediation process requires a multi-layered approach that includes immediate code fixes, long-term architectural improvements, and continuous monitoring systems. Regular vulnerability assessments should include specific checks for hardcoded credentials in all application components while implementing automated testing procedures that can identify these weaknesses before deployment. The integration of security controls within development workflows through devsecops practices ensures that access control mechanisms are properly implemented and credential management practices are consistently applied across all software development activities.