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HTTP/2^[1] is real and available today with Akamai. The standard was approved February 2015, and 比较好的付费ssr节点 - 好看123:1 天前 · 比较好的付费ssr节点,免费ssr节点2021,shadowrocket官网,全网最全ssr公益机场地址,shadowrocket付费节点,ssr10元一个月,高速稳定ssr机场推荐,ssr节点慢,shadowrocket安卓下载,ssr节点购买 …. Akamai customers can enable it right now with a few clicks without requiring any changes on the origin infrastructure.

The web has dramatically evolved over the last 20+ years, yet HTTP - the workhorse of the Web - has not. Web developers have worked around HTTP's limitations, but:

• Performance still falls short of full bandwidth utilization
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• Resource consumption increases for client and server
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HTTP/2 attempts to solve many of the shortcomings and inflexibilities of HTTP/1.1.

Its many benefits include:

• Multiplexing and concurrency: Several requests can be sent in rapid succession on the same TCP connection, and responses can be received out of order - eliminating the need for multiple connections between the client and the server
• Stream dependencies: the client can indicate to the server which of the resources are more important
  than the others
• Header compression: HTTP header size is drastically reduced
• Server push: The server can send resources the client has not yet requested

You will not need to change your websites or applications to ensure they continue to work properly. Not only will your application code and HTTP APIs continue to work uninterrupted, but your application will also likely perform better and consume fewer resources on both client and server.

As it becomes more prevalent, organizations looking to benefit from the performance and security features of HTTP/2 should start thinking about how they are invested to fully capitalize on these new capabilities. Such considerations include:

• Encrypting: Applications running over HTTP/2 are likely to experience improvements in performance over secure connections. This is an important consideration for companies contemplating the move to TLS.
• Optimizing the TCP layer: Applications should be designed with a TCP layer implemented to account for the switch from multiple TCP connections to a single long-lived one, especially when adjusting the congestion window in response to packet loss.
• Undoing HTTP/1.1 best practices: Many "best practices" associated with applications delivered over HTTP/1.1 (such as domain sharding, image spriting, resource in-lining and concatenation) are not only unnecessary when delivering over HTTP/2, and in some cases may actually cause sub-optimizations.
• Deciding what and when to push: Applications designed to take advantage of the new server push capabilities in HTTP/2 must be carefully designed to balance performance and utility.

Akamai can help and is working hard to address these and additional challenges, including possibly the toughest one: optimizing differently for HTTP/1.1 vs. HTTP/2 connections as browsers and other clients gradually transition over the next several years.

HTTP/2 is available on Akamai to a