In scenarios where sensitive information is processed, unauthorized remote access poses significant risks. For instance, an assigned computing device may be accessed remotely via remote desktop protocols (RDP), virtual machines (VM/VDI), or other methods that do not require physical presence. While traditional behavioral analysis and anomaly detection techniques can help identify unusual activity, they often suffer from false positives and false negatives, as legitimate users may exhibit varying behaviors due to fatigue, stress, or environmental conditions.
To address this issue, VibeAuth uses vibration sensors to continuously verify the authenticity of user input. This effective security system blocks unauthorized remote access, whether from attackers or unapproved delegates. With VibeAuth, we can stop North Korean IT workers.
- Physical Security: Leverages the unique physical interaction with a device as a primary layer of security.
- Stop Unauthorized Remote Operation: Effectively prevents unauthorized individuals from accessing and operating remotely.
- Incident Report: Provides detailed reports on detected anomalies and potential security incidents.
- AI & Machine Learning: Employs intelligent algorithms to analyze vibration patterns and enhance the accuracy of user authentication.
- U.S. Patent Pending.
Coming soon.