CVE-2025-10463 in Senseway
Summary
by MITRE • 02/09/2026
Improper Authentication vulnerability in Birtech Information Technologies Industry and Trade Ltd. Co. Senseway allows Authentication Abuse.This issue affects Senseway: through 09022026.
NOTE: Because the product was developed using outdated technology, the manufacturer is unable to fix the relevant vulnerabilities. Users of the Sensaway application are advised to contact the manufacturer and review updated products developed with newer technology.
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Analysis
by VulDB Data Team • 03/09/2026
The CVE-2025-10463 vulnerability represents a critical improper authentication flaw within the Senseway application developed by Birtech Information Technologies Industry and Trade Ltd. Co., which falls under the broader category of authentication abuse vulnerabilities. This issue specifically impacts all versions of the Senseway product through the 09022026 release, indicating a long-standing security weakness that has persisted through multiple iterations of the software. The vulnerability stems from inadequate authentication mechanisms that fail to properly verify user identities, creating opportunities for unauthorized access to protected resources and systems. From a cybersecurity perspective, this represents a fundamental breakdown in the application's security architecture, as authentication is one of the most critical control mechanisms in any information system. The vulnerability's classification as improper authentication aligns with CWE-287, which specifically addresses authentication flaws where the system fails to properly authenticate users or fails to validate the authenticity of authentication tokens. This weakness creates a pathway for attackers to bypass normal authentication procedures and gain unauthorized access to sensitive data or system functionalities.
The technical implementation of this vulnerability likely involves insufficient validation of user credentials, weak session management, or flawed authentication protocols that allow malicious actors to exploit authentication mechanisms through various attack vectors. Attackers could potentially leverage this weakness to perform privilege escalation, gain administrative access, or access confidential information without proper authorization. The impact extends beyond simple unauthorized access as it undermines the entire security model of the application, potentially enabling further exploitation through lateral movement within networks or access to additional systems. This type of vulnerability is particularly dangerous in industrial control systems or enterprise environments where Senseway might be deployed, as it could allow attackers to compromise operational technology infrastructure and potentially cause physical damage or operational disruption. The vulnerability's persistence through multiple versions suggests that the underlying architecture has not been adequately addressed, indicating a systemic issue with the development lifecycle and security practices employed by the vendor.
Organizations utilizing the Senseway application face significant operational risks due to this authentication weakness, as it creates an attack surface that could be exploited by both external threat actors and internal malicious users. The inability of the manufacturer to provide a fix due to outdated technology represents a critical concern for security practitioners, as it leaves users vulnerable to exploitation without a clear remediation path. This situation highlights the importance of maintaining software security through regular updates and modern development practices, as well as the risks associated with using legacy systems that cannot be adequately secured. The vulnerability's impact is amplified by the fact that it affects the core authentication mechanisms, meaning that any data or functionality protected by the application's security model could be compromised. This represents a failure in the security assurance process, as authentication mechanisms should be thoroughly tested and validated before deployment in production environments, particularly in industries where security is paramount.
The recommended mitigation strategies for this vulnerability focus primarily on operational and administrative controls given the manufacturer's inability to provide a technical fix. Organizations should implement additional security layers such as network segmentation, multi-factor authentication, and enhanced monitoring of authentication attempts to detect potential exploitation attempts. The use of network access controls and firewall rules can help limit access to the affected application and reduce the attack surface. Security teams should also consider implementing behavioral analytics and anomaly detection systems to identify unauthorized access patterns that might indicate exploitation of this vulnerability. From an ATT&CK framework perspective, this vulnerability aligns with techniques such as credential access and privilege escalation, making it important for organizations to implement comprehensive monitoring and detection capabilities. The situation underscores the need for organizations to regularly assess their software supply chain and security posture, as reliance on legacy systems without vendor support creates significant risks that cannot be adequately mitigated through traditional security controls. Organizations should also consider migrating to newer, supported versions of the application or alternative solutions that provide proper security updates and maintenance support.