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1. #ANDROID BATTLEFIELD 3 IMAGES SERIAL#
2. #ANDROID BATTLEFIELD 3 IMAGES ANDROID#
3. #ANDROID BATTLEFIELD 3 IMAGES SOFTWARE#

#ANDROID BATTLEFIELD 3 IMAGES SERIAL#

The military is able to benefit from the commercial cell phone’s use of standard interfaces such as the Universal Serial Bus (USB), standard treatment of devices that include battery management, and rapid growth in technology advancements. The off-the-shelf cell phone model has been largely embraced by the U.S.

#ANDROID BATTLEFIELD 3 IMAGES ANDROID#

Additionally, it was determined that the Android OS would be the common operating system of choice for future soldier devices, including rugged, mobile tablets, computers, and cell phones. The study concluded that Android OS provided an open standard with the highest potential for developing mobile computer applications for use by soldiers in theater.

#ANDROID BATTLEFIELD 3 IMAGES SOFTWARE#

The application should also support various communications solutions in order to receive and send friendly force position location and provide communication capability to and from soldiers and marines.Īfter an extensive trade study of several software operating systems by SED, the Android OS was selected over Apple iOS and Microsoft Windows Mobile. This application will be deployed to soldiers in theater and run on a dismounted system that must include an ultra-rugged computing device, software, and in some cases, Suite B security. The Army’s Software Engineering Directorate (SED) authors a common mobile application in support of the Nett Warrior and Joint Battle Command Platform programs. In this volatile environment, using the same handheld computer devices among all players in theater helps ensure continuity and optimization additionally, using a uniform operating system such as the Android OS further allows all users to share a common SA capability within the harsh environment they are called upon to endure. Additionally, fast response times during conflict require quick and accurate communication. Communication between different branches of the military or between a military branch and a government, nonmilitary agency, for instance, might employ the use of text messaging, video, and/or mapping technology, such as Blue Force Tracking technology, to communicate with each other and determine the locations of both friend and foe. In theater, a warfighter might encounter a wide variety of digital data, communications, and tactical radio technology. It has also provided a need for information to be integrated through rugged handheld computing devices in order to accommodate the plethora of situational awareness information provided to troops on the ground. This shift in usage has successfully driven networked capabilities down to the small unit and soldier level. In today’s environment of irregular warfare, more and more situational awareness technology is being used by the individual and smaller groups of soldiers rather than large military units. Using this technology, soldiers can acquire information about what is going on around them and share that information with the rest of their platoon. The technology used for Situational Awareness (SA) creates a digital battlefield to show what is happening around the warfighter. Accordingly, Android has been enlisted as the backbone of ruggedized handheld computers utilized in Army Mobilization Network Integration Evaluation (NIE) activities and utilized in SA testing and evaluation using the Android OS and the Army's Software Engineering Directorate (SED) mobile application. The Android Operating System (OS) has become the preferred OS for the military's dismounted situational awareness needs.