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Features
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Palm Vein Recognition for Secure Access
Utilizes advanced biometric technology to identify unique vein patterns, ensuring highly secure and personalized access control. -
Anti-Hostage Alert System
Includes a silent alarm feature that can be triggered during emergencies to notify designated contacts or security personnel discreetly. -
Touchless Entry for Hygiene and Convenience
Offers contactless unlocking by scanning palm veins, enhancing hygiene and providing a seamless user experience. -
Multiple Access Methods
Supports alternative access options such as PIN codes, mechanical keys, and mobile app integration for added flexibility. -
Real-Time Monitoring and Alerts
Sends notifications to your smartphone for entry logs, failed attempts, or unauthorized access, enhancing security awareness. -
GOSUND App Control
Ghome Palm Vein Recognition Wi-Fi Smart Deadbolt Lock KD10 is fully compatible with the Gosund App, allowing users to manage and monitor their locks remotely. With the app, you can:
- Unlock Remotely: Grant access to family, friends, or service providers from anywhere.
- View Access Logs: Check detailed records of who entered and when for enhanced security.
- Set Access Permissions: Create and manage user profiles with customizable permissions.
- Receive Alerts: Get instant notifications for failed attempts, unauthorized access, or emergencies.
- Update Settings: Adjust lock settings, manage alarms, or enable features like auto-lock directly through the gosund app.
- Why Choose KD10?
- Additional information
AI-Powered Recognition Optimization
Anti-Hostage Alert Feature
Frequently asked questions
Palm vein recognition is a biometric technology that uses near-infrared light to capture the unique vein patterns inside your hand. These patterns are highly secure and cannot be replicated, ensuring reliable and accurate access control.
The Ghome Smart Palm vein locks are significantly more secure as they use internal biometric data that is unique to each individual and impossible to replicate, unlike keys or fingerprint locks that can be duplicated or tampered with.
Yes, the technology uses near-infrared light, which works independently of external lighting conditions, ensuring reliable recognition even in low light or complete darkness.
Minor injuries or dirt on the hand typically do not affect the recognition, as the system scans veins beneath the skin. However, in extreme cases, alternative access methods, such as PIN codes or backup keys, can be used.
The system uses encrypted storage for biometric data, which is stored locally in the lock, not in the cloud. This ensures your data remains secure and cannot be accessed remotely.
Recognition typically takes less than one second, providing quick and seamless access.