![]() One thought I had while trying out the RadBeacons was that I'd love to see Geocaching figure out a way to work these into "the game." In other words, a geocacher could use GPS to get into the vicinity of a cache, then - if they've been unsuccessful finding the cache by traditional means - be able to ask for an iBeacon notification when they're right near the cache. This really speaks to how it will be possible for stores, museums and other venues to notify people within a short distance of a beacon of a product, piece of art, or whatever else you want them to look at in your app. What I was surprised with is just how accurate the proximity readings are on a properly calibrated beacon. The RadBeacon app showed all of the regular info for the tag, adding the battery level as well. It's battery powered, and has a hole in it through which something like a cable tie or wire can be passed to attach the tag to something. so why have two different apps?įor tagging movable items with an iBeacon, the RadBeacon Tag works best. And for some inexplicable reason, the Locate app also includes a way to configure and calibrate the RadBeacons. Once you find a beacon, the distance to it is displayed. One thing I found odd about this app is that although I had set new names for a RadBeacon USB and a RadBeacon Tag, they still showed up in Locate for iBeacon as generic beacons with a name of Radius Networks 2F234454. The Locate for iBeacon app (free, universal, optimized for iPhone 5) is what you can use to locate those pesky RadBeacons (and other iBeacons). When everything is set up the way you want it, it's possible to lock the device so that third parties can't reconfigure it. Once calibrated, you can measure the proximity of the beacon with the app as well. There's also a way to calibrate the measured power of the beacon by holding it at a set distance away, then letting it go through a calibration process. To update any of those settings, you just enter a valid PIN (which you can also apply), then change the settings and hit Apply. Tapping on a discovered beacon shows its name and advertised UUID identifier, major identifier, minor identifier, power value, rate setting, and transmit power setting. You can scan for configurable RadBeacons with a single swipe gesture, and each discovered beacon displays its name, model, and ID. The free RadBeacon app (universal, optimized for iPhone 5) is used to configure RadBeacon proximity beacons. The US$29 RadBeacon USB (left in image at the top of this post) is a tiny USB dongle that can be plugged into any standard USB adapter for power, while the $39 RadBeacon Tag (the white tag in the middle of the top image) is a battery-powered tag that is perfect for those situations where power may be an issue.īoth the devices work with apps from Radius Networks as well as any other apps that are aware of iBeacons. Well, Radius Networks is now rolling out the hardware in the form of what it calls RadBeacons, and I recently had a chance to try out two models and configure them with their own unique names. ![]() The idea of low-power Bluetooth beacons that can coax apps into providing information about something that's near them is very cool, and a while back I wrote about some apps available from Radius Networks that provided a way to start playing with the technology without investing in any physical iBeacons. Attach it to your favorite events platform to automatically check in users.Although I'm not a developer by any stretch of the imagination, I find the concept of iBeacons to be fascinating. hook it to a home automation system to turn on the lights as you enter a room then turn them off as you exit. This opens up the doors to all sorts of automated proximity-based possibilities. As always, as long as the user has not opted-out, we append the mobile device id that uniquely identifies the device to all outbound requests. You can also define whether the url should be triggered only once (on entry and exit but not on re-entry.) or if it should happen every time the user enters and exits. In other words, in the same way that an offer can appear or disappear in the app's inbox can now invisibly trigger external systems of your choosing. Instead, webhooks let you define url's that get called on "entry" and "exit" of an offer. Rather than acting like a traditional offer within Diviner, webhooks do NOT issue a device notification, they do NOT display any alert text, and they do NOT have any creative. ![]() Webhooks are another step in that direction. whatever you want to call it, we've always wanted people to extend what we're doing. The vision of Diviner has always been to foster a rich ecosystem of surrounding extensions. I'm probably most excited about this feature. Lastly, we've introduced the "Webhook" offer (read more about the concept of webhooks here).
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