Leveraging the Power of Artificial Intelligence and Blockchain in Recruitment using Beetle Platform

Kolawole Lamikanra, Tayo Obafemi-Ajayi
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Abstract

The recruitment process can be arduous and time-consuming for both recruiters and job seekers. To address this issue, we propose the Beetle platform that leverages artificial intelligence (AI) and Blockchain technology to provide seamless and efficient solutions for the recruitment journey. Beetle platform includes a ChatGPT styled prompt interface, a Tinder-styled matching interface, an AI-powered video based digital twin bot for interview preparation, as well as a Blockchain-driven vetting system. The searching/shortlisting phase utilizes continuous machine learning algorithms to enhance the matching of job seekers with relevant recruiters and/or positions. The digital twin bot integrates Natural Language Processing to prepare candidates for interviews and provide feedback. The vetting phase uses Blockchain technology to store information to improve Beetle’s reliability and security. Information stored on it is immutable, transparent, and easily verifiable, thus making the vetting process faster and more reliable.
利用甲虫平台在招聘中发挥人工智能和区块链的力量
招聘过程对招聘人员和求职者来说都是艰巨而耗时的。为了解决这个问题,我们提出了甲虫平台,利用人工智能(AI)和区块链技术,为招聘过程提供无缝和高效的解决方案。甲壳虫平台包括一个ChatGPT风格的提示界面,一个tinder风格的匹配界面,一个基于人工智能视频的数字孪生机器人,用于面试准备,以及一个区块链驱动的审查系统。搜索/候选名单阶段利用持续的机器学习算法来增强求职者与相关招聘人员和/或职位的匹配。这款数字孪生机器人集成了自然语言处理技术,可以帮助应聘者准备面试并提供反馈。审查阶段使用区块链技术存储信息,以提高甲壳虫的可靠性和安全性。存储在其上的信息是不可变的、透明的、易于验证的,从而使审查过程更快、更可靠。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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