GLFx - Nature Based Action vs Kenect - Matching & Networking Usage & Stats

Kenect is the next generation in professional and social networking and was designed to be the first "hands-off" networking app in the world. Just fill out your profile, enter a few sets of #hashtags that represent your interests, skills and things you're looking for - and Kenect does the rest. PATENT-PENDING "KENECT AI" (ARTIFICIAL INTELLIGENCE) The entire App is driven by the powerful, patent-pending "Kenect AI", which is a one-of-a-kind set of algorithms that utilize Artificial Intelligence to tell you when Members you might be interested in are nearby, what things about them might be of interest to you and matches you based on an infinite set of data points. HANDS-OFF MATCHING THAT DOES THE WORK FOR YOU If you have the "Kenect AI" on (ie. the matching algorithm) then no matter where you are on earth, the App will tell you when someone it thinks you might be interested in is nearby. It does this via Push Notification if the App is not open or via scrolling alert if you're already in the app. WITH KENECT, PRIVACY IS #1 And don't worry, Kenect takes privacy very seriously. No User will ever know exactly where you are, just how far you are away. And, Map features never show which User is where, just unclickable Map Markers that represent your various matches. You can also turn GPS and/or Matching on/off easily within the App. KEY KENECT FEATURES - Easy Messaging via Private Inboxes - New Message Push Notifications - Powerful AI-Powered Matching - Infinite Matching Points of Intersection - Advanced Member Search - Hands-Off Matching with Nearby Alerts - Visual GPS-powered Maps with Matches - Pubkasts That Help Network More Directly BACKGROUND LOCATION TRACKING Kenect uses regular location GPS to show you nearby K-Blasts (sort of like Member Networking Requests), Matches/Members and Polls and uses background GPS location tracking to show you nearby K-Blasts in real-time. Note: Background Location tracking may make your battery life drain faster. However, we utilize methods that don't "get" location changes too frequently which minimizes this effect.