Agora.io is a company founded in 2014, and is essentially a provider that offers real-time mobile communications to developers and companies globally. The Agora API is the most widespread for real-time communications worldwide, installed on over 500 million and rapidly growing devices includes features like voice calls, video calls, group conferences, interactive broadcasts and more. Reliable and accessible, Agora was chosen as a service provider of communication to organizations of different sectors, including telemedicine, education, financial services, customer service, and social media applications mobile games.
And right this last aspect links Agora.io to Xiaomi helping Chinese society to potential the in-game voice chat integrated into Xiaomi Mi Combat, a mobile first person shooter (FPS) available in selected markets on Android and iOS platforms. The game is developed by Xishanju and published by Xiaomi and among the functions the game incorporates the live voice chat to encourage collaborative communication of the game teamor improve the player's experience. The partner between Xishanju and Xiaomi was born in 2014 when Lei Jun's company financed the mobile gaming project for about 20 million dollars.
AGORA AND XIAOMI GET A GREAT SUCCESS WITH THE NEW FPS GAME FOR MOBILE DEVICES
From tactical communications to field controls to friendly beats, players use in-game voice chat to cooperate with each other in real time, creating the kind of immersive experiences they're used to with console and PC games. IS there are over a million active users every dayor benefiting from this experience in which combat in the FPS game becomes realistic thanks to communication and efficient cooperation between teammates. Results difficult to reach with just typing the text, and therefore the Chinese OEM if it is aimed at the vocal services of Agora, as stated by Jiang Changsong, general producer of Xiaomi Mi Combat, as the service company has distinguished itself among others by providing the better sound quality and stability during heavy use even with fluctuating data flows. Interesting isn't it?
