Amazon is testing a new device that will extend the network for up to 5 miles or more, and this is all part of the Sidewalk Bridge testing that will allow the communities to have Amazon services available in different areas. 

It is still a pilot program that is part of this testing activity, but we can see that Amazon wants to spread the influence to local residential neighborhoods, college campuses, and remote locations. 

What is a tricky thing about the project is that Amazon Sidewalk Bridges need to overcome the obstacles in the form of many buildings and trees that are in the local areas. 

Sidewalk Bridge devices would be connected to other IoT device connections, and this would bring many possibilities to the users. One of the good options that the technology will bring is that it can be installed in woods, which can prevent the risk of wildfires. 

The developers were in constant communication with Arizona State University, and they can use the bridge to connect the devices on the Tempe, Arizona campus. At the same time, the Thingy company will also provide connectivity that will allow the monitoring of air and temperature in the surrounding areas. 

sidewalk bridge devices

Sidewalk Bridge devices will be paired with Arizona State University devices that offer great connectivity and detection.

Sidewalk uses Amazon’s Echo devices to connect to each other, and this means that you can track your pets or control the outdoor lights. It is a shared and secure neighborhood network and Echo and Ring are part of the network by default. 

When it comes to Sidewalk Bridge Pro, the technology is combined with Thingy and its AQ systems that measure air temperature, air pollutants, humidity, and geo-location data. All of these functions will be relevant for creating the bigger picture about the nature and weather conditions in the selected areas. 

The CEO of Thingy, Scott Waller, said that Thingy AQ was designed for remote locations, and this technology is critical for ground operations where range and power efficiency are the most important aspects. They have been using LoRa (long range) connectivity since day one, and this is the type of connectivity that Sidewalk Bridge Pro uses in its communication. 

Scott Waller also mentioned that Thingy will cooperate with Amazon Sidewalk to control the air quality and temperature change in the surrounding areas. This technology will also have sensors for detecting wildfires, and this is the crucial point when it comes to nature protection. 

Sidewalk Bridge devices will be paired with Arizona State University devices that offer great connectivity and detection. In this manner, the devices will have temperature sensors, sunlight sensors, particle counters, and CO2 detectors. All of these possibilities are part of the solutions that Arizona State University wants to bring to light as part of its research programs. 

On the other side, we have pilot programs from Amazon and Thingy that can bring a revolutionary approach to IoT connectivity and device usage. 

The data that can be collected with these devices will be very helpful in the development of smart university campuses and smart cities. We will have the opportunity to track all the relevant information about the weather and conditions outside. 

At the same time, we will connect the devices in a more effective way thanks to the Sidewalk Bridge Pro solutions and other Amazon devices’ options. If we continue to develop this kind of connectivity, we will be on a path to developing smart options in our communities. 

This will create more possibilities to have more control over the weather conditions and possible risks. Sidewalk Bridge Pro will be a new device that changes the way we use smart devices. It offers unique solutions that help us see the potential of smart technologies.