VeriSign / Google / Slicehost / OCSP / False Start / Microsoft / /
Country
United States / /
Currency
pence / / /
Event
M&A / /
Facility
For Opera / CA store / /
IndustryTerm
web latency / public key infrastructure / web browser / prevalidate server / web use / alert protocol / request-response protocol / content distribution network / web server / certificate using certificate revocation protocols / online certificate verification / certutil tool / Online Certificate Status Protocol / latter server / source web site / Web browsers / real web clients / web revisitation patterns / web servers / possible solution / certificate chain / web surfing / web security / handshake protocol / Internet Explorer / /
OperatingSystem
Ubuntu / Mac OSX / Microsoft Windows / Mac OS X / Linux / /
Organization
Carnegie Mellon University Stanford University / USENIX Association / Carnegie Mellon University / National Science Foundation / Stanford University / /
Person
Browsing Modes / Collin Jackson Dan Boneh Carnegie / Jim Roskind / Scott Hollenbeck / Adam Langley / Emily Stark Lin-Shung / /
Position
HTTP HEAD / /
Product
URLFetcher interface / Snap Start / Chromium / Perspectives / Windows certutil tool / Google Chrome / URLFetcher / Windows / /
ProvinceOrState
California / /
SportsLeague
Stanford University / /
Technology
RAM / Linux / API / operating system / html / disk cache / HTTP request-response protocol / public key infrastructure / round trip TLS handshake protocol / private key / SSL / operating systems / certificate using certificate revocation protocols / public key / DNS / HTTP / alert protocol / caching / web server / /
The Case for Prefetching and Prevalidating TLS Server Certificates Emily Stark Lin-Shung Huang