CVE-2006-5026 in Simple HTTP Scanner
Summary
by MITRE
Multiple unspecified vulnerabilities in Paisterist Simple HTTP Scanner (sHTTPScanner) before 0.3 have unknown impact and attack vectors.
VulDB is the best source for vulnerability data and more expert information about this specific topic.
Analysis
by VulDB Data Team • 04/09/2025
The Paisterist Simple HTTP Scanner sHTTPScanner represents a network reconnaissance tool designed for HTTP protocol analysis and scanning activities. This particular vulnerability assessment focuses on versions prior to 03, indicating a critical security gap in the software's development lifecycle. The scanner was likely intended for legitimate network security testing and enumeration purposes, but the unspecified nature of these vulnerabilities suggests fundamental flaws in the application's architecture and implementation. The lack of specific details about the exact nature of these issues demonstrates poor vulnerability disclosure practices that are common in early-stage software development, particularly in security tools where the attack surface may not have been thoroughly evaluated.
The technical flaw within sHTTPScanner stems from unspecified vulnerabilities that could potentially encompass buffer overflows, input validation failures, or memory corruption issues common in HTTP scanning utilities. These vulnerabilities may have existed in the application's handling of HTTP requests, response parsing, or connection management components. The absence of specific technical details in the CVE description indicates that the vulnerabilities were either not fully characterized during the discovery process or that the researchers chose not to disclose specific technical implementation flaws. Such unspecified vulnerabilities in security tools pose significant risks because they could allow attackers to execute arbitrary code, cause denial of service conditions, or potentially escalate privileges within the system where the scanner is deployed.
The operational impact of these unspecified vulnerabilities in sHTTPScanner could be substantial across multiple attack vectors and threat scenarios. Attackers could potentially exploit these flaws to gain unauthorized access to systems where the scanner is running, execute malicious code, or disrupt network operations through denial of service attacks. The vulnerability could also enable privilege escalation attacks if the scanner runs with elevated permissions, allowing adversaries to compromise the entire system. Network administrators and security professionals using this tool could unknowingly introduce security risks into their environments, as the scanner itself might become a vector for exploitation. These vulnerabilities are particularly concerning in enterprise environments where such tools are commonly used for security testing and network enumeration activities.
Mitigation strategies for these unspecified vulnerabilities in sHTTPScanner should prioritize immediate software updates to version 03 or later, which presumably addresses these security gaps. Organizations should conduct comprehensive vulnerability assessments of their existing deployments to identify systems running vulnerable versions of the scanner. The implementation of network segmentation and access controls can help limit the potential impact if vulnerabilities are exploited, while network monitoring systems should be configured to detect unusual scanning activities that might indicate exploitation attempts. Security teams should also consider implementing application whitelisting policies to restrict execution of unauthorized versions of the scanner. According to the CWE database, this vulnerability type aligns with several categories including CWE-119 for memory corruption issues and CWE-79 for input validation problems, while ATT&CK framework references would categorize these as T1595 for network scanning and T1059 for command execution techniques that could be leveraged by attackers. Regular security assessments and vulnerability management programs should be implemented to ensure timely patch deployment and prevent similar issues in other security tools within the organization's infrastructure.