Amazon finally gins up dedicated push messaging system for Kindle Fire apps, now in beta
Amazon has announced its new Device Messaging Beta today, bringing a full push notification system to Kindle Fire devices using Amazon's cloud. The messaging system is necessary as Amazon's forked Android version …
Context & Ripple Effects
The Device Messaging Beta is the latest plank in an infrastructure build-out that began when Amazon decided to take over Android app distribution in November 2011: running its own appstore on a forked version of Android means Amazon cannot rely on Google's notification plumbing, so it has had to stand up equivalents itself. The beta routes push messages through Amazon's own cloud rather than any Google service — the same cloud-first architecture that drew privacy alarm bells over the Silk browser back in September 2011.
The timing matters because Amazon is pushing the Fire line as a content consumption device — it added the kid-focused FreeTime feature to the Fire HD in October 2012 while claiming the HD was its site's top seller, yet it declines to disclose actual unit sales. A notification system is table stakes for keeping Newsstand-style subscriptions and third-party apps sticky on hardware whose sales figures remain opaque.
First-order effects
- Kindle Fire developers finally get a supported way to re-engage users with alerts, closing one of the most visible functional gaps between Amazon's Appstore and Google Play for anyone shipping apps on the forked OS.
- Amazon now operates another first-party service layer on its own devices, deepening its control of the Fire stack at exactly the point where Google's services are absent.
Second-order effects
- Every core Android service Amazon replicates makes its Appstore a more credible standalone distribution channel, raising the cost for Google of treating forks as harmless derivatives rather than competing platforms.
- Content partners on the Fire — magazine and news publishers among them — gain a re-engagement lever that subscription products on the platform previously lacked, which could shift where publishers prioritize their tablet editions.
Third-order effects
- If the pattern holds, Android fragments not just into skins but into parallel service stacks — notification, appstore, browser, content storefronts — each owned by the hardware partner, forcing developers to integrate per-ecosystem SDKs to reach each audience.
- That structure pushes platform competition toward whoever can fund complete cloud backends, favoring companies with Amazon-scale infrastructure and squeezing smaller Android licensees who cannot rebuild the service layer themselves.
The trend: Android is splitting into vertically integrated forks in which each platform owner must rebuild Google's service layer on its own cloud, turning ecosystem completeness into the new competitive moat.