BLYNK 射频识别和视网膜锁门禁系统

Yoheswari S, Adhithyaram L, Gokulesh S, Harish Raj K.B, Jivithesh Harshaa R D
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引用次数: 0

摘要

BLYNK RFID 和视网膜门锁系统介绍了一种使用 ESP32-CAM 模块的数字门锁系统,ESP32-CAM 模块是一种经济实惠的开发板,带有一个非常小的摄像头和一个微型 SD 卡插槽。该系统使用视网膜识别技术来检测想要开门的人的视网膜。AI-Thinker ESP32-CAM 模块会拍摄该人的照片,并通过安装在手机上的 BLYNK 应用程序发送给主人。然后,主人就可以根据该人的身份授予开门权限。在部署 BLYNK RFID 和视网膜扫描仪项目时,必须考虑可扩展性和维护问题。随着时间的推移,您的用户群和访问要求可能会发生变化,因此要为未来的扩展和更新做好计划。定期检查和更新系统的固件、库和安全措施,以便及时发现潜在的漏洞和不断发展的门禁控制最佳实践。监控和审计系统的使用情况至关重要。Blynk 平台可帮助您收集有关访问尝试和系统性能的数据,使您能够对数据进行分析,查找任何异常情况和潜在的安全漏洞。这些数据对于合规性、故障排除和性能优化都很有价值。关键词:视网膜和 RFID 扫描,通过 BLYNK 控制的 ESP32-CAM 和 RFID 阅读器锁定真实用户。
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BLYNK RFID and Retinal Lock Access System
The BLYNK RFID AND RETINAL LOCKACCESS SYSTEM describes a digital door lock system that uses an ESP32-CAM module, which is a budget friendly development board with a very small size camera and a micro-SD card slot. The system uses retinal recognition technology to detect the retinal of the person who wants to access the door. The AI-Thinker ESP32-CAM module takes pictures of the person and sends them to the owner via the BLYNK application installed on their mobile phone. The owner can then grant permission to access the door based on the person’s identity. When deploying your BLYNK RFID and retinal scanner project, it's important to consider scalability and maintenance. As your user base and access requirements may change over time, plan for future expansion and updates. Regularly review and update your system's firmware, libraries, and security measures to stay ahead of potential vulnerabilities and evolving best practices in access control. Monitoring and auditing your system's usage is crucial. The Blynk platform can help you gather data on access attempts and system performance, allowing you to analyze the data for any anomalies and potential security breaches. This data can be valuable for compliance, troubleshooting, and performance optimization. Key Word: retinal and RFID scanning for lock to authentic users, using an ESP32-CAM and RFID reader controlling through BLYNK.
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