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In today's web ecosystem, a website that uses a Content Delivery Network(CDN) shares its Transport Layer Security (TLS) private key or session key withthe CDN. In this paper, we present the design and implementation of InviCloak,a system that protects the confidentiality and integrity of a user and awebsite's private communications without changing TLS or upgrading a CDN.InviCloak builds a lightweight but secure and practical key distributionmechanism using the existing DNS infrastructure to distribute a new public keyassociated with a website's domain name. A web client and a website can use thenew key pair to build an encryption channel inside TLS. InviCloak accommodatesthe current web ecosystem. A website can deploy InviCloak unilaterally withouta client's involvement to prevent a passive attacker inside a CDN fromeavesdropping on their communications. If a client also installs InviCloak'sbrowser extension, the client and the website can achieve end-to-endconfidential and untampered communications in the presence of an activeattacker inside a CDN. Our evaluation shows that InviCloak increases the medianpage load times (PLTs) of realistic web pages from 2.0s to 2.1s, which issmaller than the median PLTs (2.8s) of a state-of-the-art TEE-based solution.

InviCloak: An End-to-End Approach to Privacy and Performance in Web Content Distribution