Wi-fi services are relatively easy to steal, because many wi-fi connections are unsecure. Wi-fi connections are relatively easy to hack into, which puts data and personal information at risk. All WiMAX transmissions are automatically encrypted, whereas wi-fi users have to manually choose to have their transmissions encrypted (Barish, 2010). WiMAX services are harder to steal, because each WiMAX user is assigned a unique identity (Barish, 2010). 

Companies can use WiMAX and GPS to make sure that company vehicles are on route, and going the speed limit (Baltzan & Phillips, 2010).  Companies can use WiMAX and GPS to track/protect company property, packages, and employees (Baltzan & Phillips, 2010). Companies can develop and see programs that use WiMAX and GPS to: track people, enhance athletic performance, and determine distances (Baltzan & Phillips, 2010). Cell phones, computers, car navigation systems, etc., can all benefit from the types of business applications WiMAX and GPS provide. Companies can use WiMAX and GIS to accurately pinpoint the location of packages, shipments, and employees (Baltzan & Phillips, 2010). Companies can sell programs that provide driving directions, help consumers locate particular destinations, up-to-date weather and traffic information, etc. Companies can use WiMAX and RFID to automatically and continuously take inventory of physical assets, locate products and equipment, and track theft (Baltzan & Phillips, 2010). Companies can also use WiMAX and RFID to identify customers, prevent fraud, and prevent toilets from overflowing (Baltzan & Phillips, 2010).

WiMAX has the first mover advantage, because it is already in the market (Barish, 2010). While LTE is in its final test stages, major companies are making long-term commitments to WiMAX.  Companies like Intel are already beginning to incorporate WiMAX into their new devices; therefore, WiMAX networks will likely be cheaper to build. 

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