In recent years, there has been a surge in the adoption of serverless computing due to the ease of deployment, attractive pay-per-use pricing, and transparent horizontal auto-scaling. At the same time, infrastructure advancements such as the emergence of 5G networks and the explosion of devices connected to Internet known as Internet of Things (IoT), as well as new application requirements that constrain where computation and data can happen, will expand the reach of Cloud computing beyond traditional data centers into Hybrid Cloud. Digital transformation due to the pandemic, which accelerated changes to the workforce and spurred further adoption of AI, is expected to accelerate and the emergent Hybrid Cloud market could potentially expand to over trillion dollars. In the Hybrid Cloud environment, driven by the serverless tenants there will be an increased need to focus on enabling productive work for application builders that are using a distributed platform including public clouds, private clouds, and edge systems. In this chapter we investigate how far serverless computing can be extended to become Hybrid Serverless Computing.
翻译:近年来,由于部署的方便、有吸引力的每用付费定价和透明的横向自动扩缩,采用无服务器计算的情况急剧增加。与此同时,基础设施的进步,如5G网络的出现和连接互联网的称为“物联网(IoT)”的装置的爆炸,以及限制计算和数据发生的新应用要求,将云计算的范围扩大到传统数据中心以外的混合云体。由于这一大流行病而加速了劳动力变化并刺激了AI的进一步采用,预计这种数字转换将加速,新兴的混合云市场可能扩大到万亿美元以上。在混合云环境,由没有服务器的租户驱动,将更加需要侧重于为正在使用公共云、私人云和边缘系统等分布平台的应用建设者提供生产性工作。在本章中,我们调查无服务器计算能扩展到何种程度才能成为无热电子计算。