Kao - Face Recognition Access Control System | 人臉辨識門禁系統

At the end of 2018, while I was preparing for a baby monitor project, I spent nearly four months leading a two-person team to develop a facial recognition access control system. This process started from the initial conceptual design, went through the analysis of existing products, and delved into the technical decomposition of software and hardware, finally culminating in the development using Android, microservices, and integrated system design. Faced with limited resources, I took on most of the technical development and system planning work.

在2018年底，當我正在準備寶寶監視室項目的同時，我花了將近四個月的時間帶領一個由兩人組成的團隊，開發了一套人臉識別門禁系統。這個過程從初步的概念設計開始，經過對現有產品的分析，到對軟硬體技術的深入研究，最終利用Android平台、微服務技術和綜合系統設計完成了這個項目。面對資源有限的挑戰，我承擔了絕大部分的技術開發和系統規劃工作。

Our system has been successfully deployed in our Taipei office, achieving seamless integration of access control and employee management systems. Additionally, I designed an IoT device to control the electronic access relay and 3D printed a custom enclosure for it. This innovative system, designed for a dual-level office environment, includes two sets of relays and four tablet computers, with all microservices running in containers on an OpenStack private cloud. This design not only simplifies the cross-floor operation process but also ensures that each component works efficiently together, providing a unified and reliable access management solution. By utilizing OpenStack, we can customize the system settings according to specific security and operational needs, ensuring the stable operation of the facial recognition access control system and its scalability as the company grows.

我們的系統已經在台北的辦公室成功部署，實現了將門禁控制與員工管理系統無縫整合。此外，我還設計了一款物聯網裝置來控制電子門禁的繼電器，並為之3D列印了專屬外殼。這套創新的系統專為雙層辦公環境設計，擁有兩套繼電器和四台平板電腦，所有的微服務都在OpenStack私有雲上以容器化的方式運行。這樣的設計不僅簡化了跨樓層操作的流程，也確保了各個組件能夠高效協同工作，提供統一而可靠的門禁管理解決方案。通過使用OpenStack，我們能夠根據安全性和運營的具體需求來客製化系統設定，確保人臉識別門禁系統的穩定運行，並具備隨著企業需求增長的擴展能力。