On Data Processing through the Lenses of S3 Object Lambda

Pablo Gimeno Sarroca, Marc Sánchez Artigas
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Abstract

Despite that Function-as-a-Service (FaaS) has settled down as one of the fundamental cloud programming models, it is still evolving quickly. Recently, Amazon has introduced S3 Object Lambda, which allows a user-defined function to be automatically invoked to process an object as it is being downloaded from S3. As with any new feature, careful study thereof is the key to elucidate if S3 Object Lambda, or more generally, if inline serverless data processing, is a valuable addition to the cloud. For this reason, we conduct an extensive measurement study of this novel service, in order to characterize its architecture and performance (in terms of coldstart latency, TTFB times, and more). We particularly put an eye on the streaming capabilities of this new form of function, as it may open the door to empower existing serverless systems with stream processing capacities. We discuss the pros and cons of this new capability through several workloads, concluding that S3 Object Lambda can go far beyond its original purpose and be leveraged as a building block for more complex abstractions.
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S3对象Lambda透镜下的数据处理
尽管功能即服务(FaaS)已经成为基本的云编程模型之一,但它仍在快速发展。最近,Amazon引入了S3 Object Lambda,它允许在从S3下载对象时自动调用用户定义的函数来处理对象。与任何新特性一样,仔细研究它是阐明S3 Object Lambda(或者更一般地说,内联无服务器数据处理)是否对云有价值的关键。出于这个原因,我们对这种新型服务进行了广泛的测量研究,以表征其架构和性能(在冷启动延迟、TTFB时间等方面)。我们特别关注这种新形式功能的流处理能力,因为它可能为现有的无服务器系统提供流处理能力。我们通过几个工作负载讨论了这个新功能的优缺点,得出的结论是S3 Object Lambda可以远远超出其最初的用途,可以用作更复杂抽象的构建块。
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