Open sourcing our NGINX HTTP/2 + SPDY code
In December, we released HTTP/2 support for all customers and on April 28 we released HTTP/2 Server Push support as well. The release of HTTP/2 by CloudFlare had a huge impact on the number of sites supporting and using the protocol. Today, 50% of sites that use HTTP/2 are served via CloudFlare. CC BY 2.0 image by JD Hancock When we released HTTP/2 support we decided not to deprecate SPDY immediat
Kazuho's Weblog: HTTP/2 is much faster than SPDY thanks to dependency-based prioritization
HTTP/2 is much faster than SPDY thanks to dependency-based prioritization Background HTTP/2 provides two methods to prioritize streams (e.g. files being served). One method is called weight-based prioritization. In weight-based prioritization, every stream is given a weight, and the value is used by the server to proportionally distribute the bandwidth between the streams. The other method is depe
SPDY: An experimental protocol for a faster web
Executive summary As part of the "Let's make the web faster" initiative, we are experimenting with alternative protocols to help reduce the latency of web pages. One of these experiments is SPDY (pronounced "SPeeDY"), an application-layer protocol for transporting content over the web, designed specifically for minimal latency. In addition to a specification of the protocol, we have developed a SP
Chromium Blog: Hello HTTP/2, Goodbye SPDY
HTTP is the fundamental networking protocol that powers the web. The majority of sites use version 1.1 of HTTP, which was defined in 1999 with RFC2616. A lot has changed on the web since then, and a new version of the protocol named HTTP/2 is well on the road to standardization. We plan to gradually roll out support for HTTP/2 in Chrome 40 in the upcoming weeks. HTTP/2’s primary changes from HTTP/
SPDY Protocol
Draft 4 This is a placeholder. Not spec'd or implemented yet. Expected changes: Server push of DNS records & certificates for better connection sharing Better compression Better prioritization Better flow control mechanisms Draft 3.1 Adds session-layer flow control. Draft 3 Adds flow control. Draft 2 Clarifies Server Push & improves stream cancellation semantics. Draft 1 Originally published Nov 1
SPDY Protocol - Draft 3.1
1. Overview One of the bottlenecks of HTTP implementations is that HTTP relies on multiple connections for concurrency. This causes several problems, including additional round trips for connection setup, slow-start delays, and connection rationing by the client, where it tries to avoid opening too many connections to any single server. HTTP pipelining helps some, but only achieves partial multipl
Overview - OkHttp
Overview Features Recipes Security Works with OkHttp API Change Logs Contributing OkHttp¶ HTTP is the way modern applications network. It’s how we exchange data & media. Doing HTTP efficiently makes your stuff load faster and saves bandwidth. OkHttp is an HTTP client that’s efficient by default: HTTP/2 support allows all requests to the same host to share a socket. Connection pooling reduces reque
Nginx Inc. Launches NGINX Plus - nginx.com
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Adopting SPDY in Line – Part 1: An Overview « NAVER Engineers' Blog
We are constantly striving to improve the user experience of Line. Given the nature of Line as a communication tool, one way to do this is to reduce the time it takes to send and receive messages. Making the connection to our servers more efficient is one way to accomplish this. Until recently, Line had been using HTTP to transmit messages. HTTP, well known for its use in web browsers, has its str
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Why I don't like SPDY
Joseph Scott
KORE.io - a fast webserver