Seamless Handoff

A comprehensive Mobile Unified Communications (Mobile UC) solution must provide the ability to reach others and be reached by others on a continuous basis.  DiVitas provides a feature we call seamless mobility, which more than satisfies the reach requirement of Mobile UC.  DiVitas utilizes a combination of existing cellular and WiFi networks to provide 100% continuous reach to anyone with a DiVitas Client handset.  But it is not just that we offer continuous reach that is important; it is how our seamless mobility works and the benefits it brings to our customers that are amazing. 

Seamless Continuous Reach

The DiVitas solution is truly seamless in the way it provides critical continuity of communications across any carrier and any WiFi network. Active-call handoff occurs automatically and seamlessly without dropping the call. With DiVitas, a phone call started in a WiFi setting, for example, continues seamlessly and without interruption when a mobile worker changes to a cellular-only location and vice versa.

Seamless Roaming reduces costs

DiVitas Mobile UC ensures the lowest mobile communications operating costs by automatically and seamlessly choosing the most cost-optimized method for connectivity – cellular or WiFi. When utilizing a WiFi network, no cellular costs are incurred.  The ability to offer ubiquitous wireless coverage to a single device eliminates the need for companies to deploy deskphones in addition to cell or smartphones. Now they can deploy a single mobile phone to each employee. The DiVitas solution also has a one-time user license cost, which is about the same as a traditional deskphone.

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"DiVitas handles wireless network hops with aplomb" - InfoWorld

"...Essentially, the DiVitas Clent and Server put their electronic heads together and analyze the voice quality on the existing link, as well as on surrounding links, including compatible cell carrier networks, Wi-Fi networks, and Bluetooth networks — as long as you configure your mobile devices to scan for these. If the call quality is robust enough in both directions, the system will switch the call." Read More