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An anonymous reader quotes a report from The Verge: Google has "suspended" work on Project Ara, the initiative to build a phone with interchangeable modules for various components like cameras and batteries, according to Reuters and Recode. The company reportedly may license the technology to other partners, but will not release a phone itself. The decision is said to be part of an effort to unify Google's hardware development under former Motorola president Rick Osterloh. Although Project Ara has always seemed a dubious commercial prospect, the news is surprising if only because Google made a renewed effort to push the modular concept at its I/O conference earlier this year, promising a developer version for fall and a consumer release for 2017. Google's Project Ara was originally spearheaded by Motorola to reinvent the smartphone in a form made up of hot-swappable modules that consumers can configure as they choose, then upgrade later as new technologies emerge. RIP Project Ara.

An anonymous reader writes: Out before the much anticipated Google Modular Phone Project ARA, is a new phone from Fairphone: The Fairphone 2. This phone is claimed to be the the worlds first real modular phone. Fairphone is more than just a phone manufaturer but a social justice movement . Fairphone is a project of Waag Society, Action Aid and Schrijf-Schrijf to raise awareness about conflict minerals in consumer electronics and the wars that the mining of these minerals is fueling in the DR Congo. The Fairphone 2 build consists of 5-inch Full HD LCD screen, Android 5.1 Lollipop,Dual SIM, 4G LTE, Wi-Fi and Bluetooth, Qualcomm quad core processor.

According to Wikipedia, 'Project Ara is the codename for an initiative that aims to develop an open hardware platform for creating highly modular smartphones.' Google is the sponsor, and the project seems to be moving faster than some people expect it to. There's a Project Ara website, of course, a GitHub repository, a Facebook page, even an Ara subreddit. During his conversation with Timothy Lord, Ara firmware project lead (and spokesman) Marti Bolivar said it won't be long before prototype Ara modular phones start user testing. Meanwhile, if you want to see what Marti and his coworkers have been up to lately, besides this interview, you can read a transcription of his talk (including slides) from the January Project Ara Developers Conference in Singapore.

An anonymous reader writes Google's Advanced Technology and Projects (ATAP) group demonstrated Tango, a tablet with 3D cameras similar to Microsoft's Kinect and a version of the Ara phone that could almost boot to the Android home screen (it froze during the demo) at Google I/O today. Project Ara will give $100,000 to anyone who can create an Ara module that does something current smartphones can't. From the article: "Ara moved from concept render to physical mockup in about six months, and onstage today Google demonstrated a version of the phone that could just about boot to the Android home screen. In the demo above, the phone displayed a partial boot screen before freezing. The full boot time (had the demo worked as intended) would be about a minute, which would be a long time for a shipping phone but is reasonably impressive for such an early prototype. Software is the other thing that Ara's developers need to figure out. Current Android builds ship with support for the hardware the phone runs, but they don't include a whole bunch of extraneous drivers for other modems or Wi-Fi modules or cameras or SoCs. Current phone hardware doesn't change, so Android doesn't typically need to worry about this kind of thing."

MojoKid writes: "Google's Project Ara, an effort to develop a modular smartphone platform, sounded at first as much like vaporware, but Google is actually making it happen. In an upbeat video, Dave Hakkens (the guy who created the Phonebloks design that appears to be the conceptual basis for Project Ara) visited the Google campus to see what progress is being made on the project. The teams working on Project Ara have figured out a key solution to one of the first problems they encountered, which was how to keep all the modules stuck together. They decided to use electro-permanent magnets. In terms of design, they've decided not to cover up the modules, instead making their very modularity part of the aesthetic appeal. 3D Systems is involved on campus, as they're delivering the 3D printing technology to make covers for the modules."