Technology Vision 2023 | When Atoms meet Bits #TechVision University of Washington created a self-powering But data alone isn’t enough. The availability of that data is key. That’s where communications sensor that can 昀氀oat in the air like a dandelion seed and measure the temperature, humidity, and other technologies come into play. In addition to data 130 And volumes growing, we are seeing the ability to details of the surrounding environment. Climate Trace uses 300 satellites and over 11,100 transmit data grow dramatically—over long sensors to track carbon emissions across global distances, to places previously unconnected, 131 industrial sectors or even at a single power plant. and in nearly real-time. As the cost of sensors drops and their capabilities For example, T-Mobile has been building out a grow, we are entering a time with extremely precise 5G network and they are thinking bigger than and expansive information about our bodies, connectivity just for phones. The company environments, and world. When enterprises think partnered with Pano AI and Portland General about generating and pulling back the curtain on Electric to deploy 5G-connected cameras in remote, this data, it can be used to disruptive effect. wild昀椀re vulnerable areas. Pano AI placed its arti昀椀cial intelligence enabled cameras in rural locations, then Take Planet Labs. Every day, satellites from Planet used T-Mobile’s 5G network to quickly transmit the 136 Labs capture 300 million square kilometers of data. This lets users access real-time observations images from space at a 3.7-meter resolution—a and data—and has resulted in users reporting 昀椀res clarity so high that the naked eye can see individual when they start and enabling authorities to respond 132, 133 animals. The company partnered with King more quickly. And now, T-Mobile and SpaceX have Abdullah University in Saudi Arabia to capture daily, also announced a partnership to use Starlink’s cloud-free images from space of a Nebraska corn satellite constellation with the goal of providing 昀椀eld. The images showed the crops’ health, which near complete coverage in the U.S.—even in remote helped farms tailor 昀椀eld irrigation, and better predict locations previously unreachable by traditional 134, 135 137 crop yields. cell signals.