CVE-2026-109582 in SS1
Summary
by MITRE • 11/09/2026
Insecure storage of sensitive information issue exists in SS1 provided by DOS Co., Ltd. Sensitive information used by the product may be obtained.
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Analysis
by VulDB Data Team • 11/09/2026
The vulnerability identified within SS1, a software solution developed by DOS Co., Ltd., represents a critical failure in data protection mechanisms known as insecure storage of sensitive information. This flaw stems from an architectural or implementation error where confidential data is persisted on disk or in memory without adequate cryptographic safeguards such as encryption at rest or secure key management practices. In many enterprise environments, applications store credentials, session tokens, personally identifiable information, or proprietary configuration details to facilitate seamless user experience and operational continuity. When these assets are stored in plaintext or using weak reversible encoding schemes that can be trivially decoded by an attacker with local access, the integrity of the entire system is compromised. The absence of proper sanitization during storage means that any process or individual capable of reading the file systems where SS1 resides can extract this valuable intelligence without needing to bypass authentication controls directly.
From a technical perspective, this issue aligns closely with CWE-312, which categorizes vulnerabilities related to cleartext storage of sensitive information. The operational impact is severe because it effectively neutralizes confidentiality guarantees provided by other security layers such as firewalls or access control lists that restrict remote network-based exploitation. An attacker who gains even minimal foothold on the host system through phishing, malware infection, or physical theft can dump these stored secrets to perform lateral movement within a corporate network. For instance, if SS1 stores database connection strings with embedded passwords in an unencrypted configuration file, those credentials become immediately available for use against backend infrastructure. Similarly, if session tokens are persisted without encryption, they can be hijacked to impersonate legitimate users or escalate privileges by replaying valid authentication artifacts across the application ecosystem.
This vulnerability also maps directly to specific tactics within the MITRE ATT&CK framework, particularly T1552.004 which involves Unsecured Credentials found in local files and directories. By exploiting this weakness, adversaries can achieve credential dumping objectives that are often prerequisites for more advanced attacks such as privilege escalation or data exfiltration. The risk is amplified if SS1 operates with elevated privileges, as the stored sensitive information may grant access to higher-level system resources than intended by the principle of least privilege. Furthermore, regulatory compliance frameworks like GDPR and HIPAA mandate strict controls over how personal health information and private user data are handled; storing such data insecurely constitutes a direct violation leading to potential legal liabilities and reputational damage for DOS Co., Ltd.
Mitigation strategies must focus on implementing robust cryptographic standards immediately. Developers should ensure that all sensitive fields, including passwords, API keys, and session identifiers, are encrypted using strong algorithms like AES-256 before being written to persistent storage. It is crucial to manage encryption keys separately from the data they protect, utilizing hardware security modules or dedicated key management services rather than hardcoding them within the application source code. Additionally, implementing secure memory handling practices prevents sensitive data from lingering in RAM after use, reducing exposure during runtime analysis attacks. Regular audits of configuration files and database dumps should be conducted to detect any instances where plaintext secrets have been inadvertently committed to version control systems or left exposed on production servers. Updating SS1 to the latest patched version provided by DOS Co., Ltd. is essential as it likely contains fixes for these storage deficiencies, ensuring that sensitive information remains protected against unauthorized disclosure even if host-level security boundaries are breached.