In late 2019, we witnessed the apparition of the covid-19 virus. The virus appeared first in Wuhan, and due to people travel was spread worldwide. Exponential spread as well as high mortality rates, the two characteristics of the SARS-CoV-2 virus that pushed the entire world into a global lock-down. Health and economic crisis, along with social distancing have put the globe in a highly challenging situation. Unprecedented pressure on the health care system exposed many loopholes not only in this industry but many other sectors, which resulted in a set of new challenges that researchers and scientists among others must face. In all these circumstances, we could attend, in a surprisingly short amount of time, the creation of multiple vaccine candidates. The vaccines were clinically tested and approved, which brought us to the phase of vaccination. Safety, security, transparency, and traceability are highly required in this context. As a contribution to assure an efficient vaccination campaign, in this paper we suggest a Blockchain-based system to manage the registration, storage, and distribution of the vaccines.
翻译:2019年后期,我们目睹了幽灵19病毒的幽灵。病毒首先出现在武汉,并且由于人们的出行而在全球各地蔓延。 实验传播以及高死亡率是SARS-COV-2病毒的两种特征,将整个世界推向全球封闭状态。 健康和经济危机,加上社会疏离,使全球陷入了极具挑战性的局面。 对保健系统的空前压力暴露了许多漏洞,不仅在这个行业,而且许多其他部门,这导致了研究人员和科学家们必须面对的一系列新的挑战。 在所有这些情况下,我们可以在令人惊讶的短短的时间内参加多疫苗候选者的研制。疫苗经过临床测试和批准,使我们进入疫苗接种阶段。在这方面,安全、安全、透明和追踪是十分必要的。作为保证有效接种疫苗运动的一个贡献,我们在这个文件中建议建立一个基于封锁的系统来管理疫苗的登记、储存和分发。