Google tests data compression proxy feature to speed up Chrome for Android, like Opera Turbo and Amazon Silk
Google's Chrome for Android team is experimenting with a new data compression proxy feature to speed up browsing similar to the methods used by Opera Turbo and Amazon Silk.
Context & Ripple Effects
Google had just introduced Zopfli, an open-source compression algorithm aimed at faster web-page delivery. The Chrome team’s proxy experiment extends that performance focus into mobile browsing, where Opera Turbo and Amazon Silk already use intermediary infrastructure rather than relying only on the handset.
First-order effects
- Google’s Chrome for Android team gains a test bed for reducing the amount of page data delivered to mobile users through a compression proxy.
- Opera Turbo and Amazon Silk face a major browser rival evaluating a similar speed-and-data-saving approach.
Second-order effects
- Chrome’s mobile performance competition shifts toward the quality of server-side compression and proxy delivery, not only the browser running on the device.
- Publishers and web services whose pages pass through a Chrome proxy would have an additional intermediary between their sites and Android readers if Google moves the test beyond experimentation.
Third-order effects
- If proxy-based delivery becomes a standard browser feature, mobile browser competition will increasingly be shaped by control of network infrastructure as well as rendering software.
- The pattern points toward browsers using cloud-side processing to offset mobile bandwidth and device constraints, with Google, Opera, and Amazon pursuing different versions of that model.
The trend: Mobile browsers are becoming network services, using remote compression and proxy layers to compete on speed and data efficiency.