Geodnet (GEOD) News

The results are in 🏆🎃 Congrats to Michael, winner of the GEODNET costume contest! That victory pose says it all. Thanks to everyone who followed along. #Halloween https://t.co/tOzYrFeSfw

Electric autonomous utility trucks for farms, vineyards and job sites. 🚜⚡ @BosonMotors trucks connect to the world's largest RTK network with GEODNET for centimeter-level positioning. Watch the full video in the first comment! https://t.co/nkbBzq3jma

4 things that help RTK deliver centimeter-level accuracy: 1. A nearby base station. The closer it is, the more closely its corrections match what your receiver sees. That's the idea behind GEODNET: 22K+ stations across 176 countries, so more people are working close to one. 2.

Halloween recap: the GEODNET team showed up! 🎃 A Black Angel, a Stingray and a few more surprises from our costume contest and team lunch. Which costume gets your vote? 👇 https://t.co/PHfcBmdQUp

"We are the Costco." 🛒 Mike Horton on making precision farm automation accessible to everyone. Full interview with @DePINConnection in the comments 👇

We love cooking. Cleanup? Not so much. 🍳 Would you hand the dishes to a robot and keep the cooking for yourself? Part 2 of ROBOSTRATEGY x GEODNET is live. Link in first comment. https://t.co/6B6OaebLm0

Spooky season at the office. 🎃👻 Halloween costumes, a team lunch and a very serious costume contest. We can place things to the centimeter, but picking a winner? Impossible. Which costume gets your vote? 👇 https://t.co/SGWd8sCl6k

One global network. 176 countries. 22,000+ stations. 🌎 This week's spotlight: nine more US towns on the map. Whitman, Arbovale and Lillydale, WV South Deerfield, MA Harrison, AR Roan Mountain, TN Wrightsville and Vidalia, GA Bishop, TX Where are you in the world? Drop your https://t.co/W15ESHPBxP

RTK has a rule: the closer the base station, the better the correction. The signal errors a base station measures are nearly the same for a receiver nearby. Move farther away and they drift apart, so accuracy drops. That's why coverage isn't just about reach. It's about

"There's one thing in my kitchen that can do all of those things. You know what it's called? A skillet." 🍳 Is the future of robots a kitchen full of specialized gadgets, or one tool that does it all? Part 2 of ROBOSTRATEGY x GEODNET is live. Link in first comment! https://t.co/X8EUFq7vr0

Great to show centimeter-level RTK at Commercial UAV Expo alongside @HyfixAI. Watch the full recap 👇

Cameras and lidar see what's around a machine. RTK tells it where it is on Earth. A robot can spot a fence, a row or a curb with its sensors. But it can't know which field it's in, where the boundary runs or where it was yesterday without absolute positioning. Sensors see. RTK

Vidalia, Georgia: home of the sweet onion! 🧅 Vidalia sits in farm country, where planting, spraying, mapping and autonomous equipment all depend on knowing exactly where a machine is. GPS alone can be off by meters. RTK brings it down to centimeters. Vidalia, GA is now on the https://t.co/klzLI4vSJM

How RTK works, simply put: Satellite signals travel about 20,000 km to reach a receiver. On the way, the atmosphere bends and delays them. A standalone receiver can end up meters off. RTK fixes that: 1. A base station sits at a known, fixed location. It knows exactly where it

"The autonomous lawnmower is the same price as the standard one." 🌿 Remove the handlebars and the controls, and the machine still has to know exactly where it is. Would you pick the robot if it cost the same? 👇💭 Check out Part 2 of ROBOSTRATEGY x GEODNET. Link in first https://t.co/8u7QVAOl7D

The next AI revolution is not just happening on screens. It is happening in the physical world. Robots, drones, autonomous vehicles, and smart machines all need one thing before they can operate safely: Precise location. Traditional GPS can be off by several meters. For humans, https://t.co/RIFBZSkxWv