E-commerce platform Amazon is preparing to launch its new D2D service soon. This satellite-based service of Amazon will be similar to Starlink’s direct-to-device service. In this service, internet service can be accessed directly on the phone. Starlink had earlier tested the direct-to-device (D2D) service in collaboration with American telecom service provider T-Mobile. After that, Amazon is also testing this service.
Some reports have suggested that Amazon had hinted at launching its satellite-based direct-to-device service in April this year. The company is set to acquire major satellite operator Globalstar for this purpose. But let’s take a closer look at what exactly this service is and how it can be used.
What is D2D technology?
As the name suggests, D2D stands for Direct-to-Device technology. It does not use any mobile tower. This technology provides connectivity to a mobile phone or device with another device through direct satellite. In this service, the mobile phone receives a signal directly from LEO (Low Earth Orbit) satellites orbiting in space.
The advantage of this technology is that you will get connectivity everywhere. Whether you are in the forest or on the beach or in the desert, your mobile will have a signal everywhere. You can contact anyone with your phone. Starlink has partnered with American mobile operators T-Mobile and Verizon for D2D service.
This is how Amazon D2D technology will benefit
Amazon will connect its LEO satellites to Globalstar’s infrastructure, through which users will receive signals directly from the satellite. This service will benefit people living in mountainous areas and villages. Especially in places where the network is very weak or not available, citizens living in such places will be able to take advantage of this service.
The biggest benefit of satellite-based connectivity will be in emergency situations. When people need to be contacted to be rescued. D2D service is completely different from satellite internet. There will be no need for a router or dish to receive the signal from the satellite; instead, the mobile device will receive the satellite signal directly.