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Network middle-boxes often classify the traffic flows on the Internet toperform traffic management or discriminate one traffic against the other. Asthe widespread adoption of HTTPS protocol has made it difficult to classify thetraffic looking into the content field, one of the fields the middle-boxes lookfor is Server Name Indicator (SNI), which goes in plain text. SNI fieldcontains information about the host and can, in turn, reveal the type oftraffic. This paper presents a method to mask the server host identity byencrypting the SNI. We develop a simple method that completes the SSL/TLSconnection establishment over two handshakes - the first handshake establishesa secure channel without sharing SNI information, and the second handshakeshares the encrypted SNI. Our method makes it mandatory for fronting servers toalways accept the handshake request without the SNI and respond with a validSSL certificate.  As there is no modification in already proven SSL/TLS encryption mechanismand processing of handshake messages, the new method enjoys all securitybenefits of existing secure channel establishment and needs no modification inexisting routers/middle-boxes. Using customized client-server over the liveInternet, we demonstrate the feasibility of our method. Moreover, the impactanalysis shows that the method adheres to almost all SSL/TLS related Internetstandards requirements.

Masking Host Identity on Internet: Encrypted TLS/SSL Handshake