速度套件:多语言和gdpr兼容的方法缓存个性化内容

Wolfram Wingerath, Felix Gessert, Erik Witt, Hannes Kuhlmann, Florian Bücklers, Benjamin Wollmer, N. Ritter
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引用次数: 14

摘要

当页面加载时间过长时,用户会离开。这个简单的事实对几乎所有现代企业都有复杂的影响,因为通过缓存加速内容交付不像以前那么简单了。作为一项基本的技术挑战,当今Web中的高度个性化似乎已经超出了传统内容交付网络(cdn)的能力,传统内容交付网络的设计目的是在固定的缓存时间内分发静态资产。作为个性化内容服务面临的额外法律挑战,越来越多的区域数据保护法律首先限制了cdn的使用方式。在本文中,我们将Speed Kit作为一种完全不同的内容分发方法,它结合了(1)用于高效缓存个性化内容的多语言架构和(2)处理用户设备内所有敏感信息的本地gdpr兼容客户端代理。我们描述了系统的设计和实现,解释了自定义缓存一致性协议以避免数据过时并实现Δ-atomicity,并且我们分享了在电子商务行业中一年多的生产性使用的现场经验。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Speed Kit: A Polyglot & GDPR-Compliant Approach For Caching Personalized Content
Users leave when page loads take too long. This simple fact has complex implications for virtually all modern businesses, because accelerating content delivery through caching is not as simple as it used to be. As a fundamental technical challenge, the high degree of personalization in today’s Web has seemingly outgrown the capabilities of traditional content delivery networks (CDNs) which have been designed for distributing static assets under fixed caching times. As an additional legal challenge for services with personalized content, an increasing number of regional data protection laws constrain the ways in which CDNs can be used in the first place. In this paper, we present Speed Kit as a radically different approach for content distribution that combines (1) a polyglot architecture for efficiently caching personalized content with (2) a natively GDPR-compliant client proxy that handles all sensitive information within the user device. We describe the system design and implementation, explain the custom cache coherence protocol to avoid data staleness and achieve Δ-atomicity, and we share field experiences from over a year of productive use in the e-commerce industry.
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