Google Speeds Up the Internet By Compressing More Efficiently

Benefits
By using this new algorithm, Google can improve the speed of the internet, load pages much faster and make the user experience a lot better for its users.
More specifically, with the Zopfli Compression Algorithm Google can achieve:
- better space utilization
- faster data transmission
- lower web pages load latencies
- lower data transfer fees for mobiles
- reduced battery use
How this works?
According to Lode Vandevenne, Software Engineer of the Compression Team, by using more exhaustive compression techniques they can achieve higher data density but at the cost of slower compression (the decompression speed is unaffected).
Lode Vendevenne also stated that "The exhaustive method is based on iterating entropy modeling and a shortest path search algorithm to find a low bit cost path through the graph of all possible deflate representations."
All things come with a price and so does the Zopfli Compression Algorithm since it requires longer to compress files because of the amount of CPU time required. It requires 2 to 3 orders of magnitude more than what zlib required so Google stated that "Zopfli is best suited for applications where data is compressed once and sent over a network many times, for example, static content for the web".
Charity or Profit?
Anyone excited for the free service that Google will provide us by compressing with Zopfli? I am sure that Google will get something in return for this act, either that means less workload for their servers or gaining users from other search engines like Yahoo and Bing, since the benefits are great. More wireless data plan sounds great to my ears and i'm sure for all of you who tend to browse the internet on the road.
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