The seolink is a digital compass that can be attached to a smartphone to measure the curvature of the Earth.
The device has already been used to measure distances and speeds in the United States and Canada, and is also used by the National Oceanic and Atmospheric Administration.
Seolink, designed and made by a company called Kudzu, is available for free download through the Google Play store.
The company has received $10 million in seed funding and is set to start manufacturing the seo tool by the end of the year.
The project has already generated over 2,000 seo measurements, according to the company’s founder, Mike Sacks.
Sacks, an engineer and geographer from North Carolina, said he was inspired to start the project after hearing about the new device in a TED talk by former NASA astronaut Frank Culbertson.
Sacked told The Verge he decided to work on a way to create a seo gauge after reading about the technology on a TED Talk by Culbertons former astronaut, Paul McHugh.
“My idea was, ‘How can I use this technology to do something about the Earth?'” he said.
“I was inspired by the NASA astronauts to start doing this, and they were all really passionate about it.
So I started working on this idea.”
Sacks began researching how seo gauges could be used to track things such as the position of the Moon, but soon realized that the technology could be a great tool for geophysicists and geomorphologists to use.
“It’s a pretty simple concept,” Sacks said.
It’s a fairly simple concept, but you’re trying to track something on a planet, or an asteroid, or something like that.
“There’s a lot of information on a lot more surfaces in the Earth’s atmosphere and oceans than the Earth is.
You have to be very precise to be able to make these measurements.”
The seoanometer is a piece of hardware that connects to your smartphone and can track the Earth curvature.
In a smartphone app, the device can display the current position of a geophysical object in the sky.
It will also track the speed of the object and the direction of the objects movements.
It uses GPS technology, which allows the device to estimate the distance of an object and track it.
“The thing about GPS is it can be a little bit inaccurate,” Sacking said.
GPS has been used for years to track the movements of spacecraft, and Sacks says that he and Culbertons former astronaut used a GPS to track a spacecraft as it made its way back to Earth from the moon.
“They were tracking it like this, like a spacecraft going back to the moon,” Sacked said.
The technology works by measuring the angle at which the object is pointing at the Earth and the speed at which it is traveling.
“If the device is not able to track these three things accurately, the seoaneter won’t track it accurately.
So we can use the GPS to determine the distance, which is the point on the Earth that the spacecraft is pointing.
And then we can then calculate how fast it is going.
And that will give us the speed,” Sacker said.
One of the most important aspects of measuring the curvatures of the planet is that it is so close to the Earth, and the distance is so small that it’s difficult to track down objects that move very fast.
“But if we can make a device that can measure the Earth at a precise location and measure it with accuracy, then we will be able track down some of these asteroids,” Sackers said.
But the technology isn’t just about tracking the Earth; it’s also about finding the fastest asteroids in the Solar System.
“So I started thinking about how you could actually do this with a smartphone, and how you can track things,” Sukes said.
So he created a prototype for the seolinking tool that is similar to what he has used to help track asteroids in space, and has also created a tool that will track the position and speed of asteroids in outer space.
“One of the things that you would be tracking with the device that you could use it to measure is the orbital motion of the asteroid, and it will also be able determine the orbital velocity, which would be the speed and direction of an asteroid in the solar system,” Sikes said.
He said the seoaink can be used as a reference to track an asteroid that is moving from Earth to another planet in the Asteroid Belt, or a planet in a different solar system.
“Or it can also be used for measuring the position, velocity and direction on an asteroid,” Sites said.
To use the device, you would need to be within range of the device and then it will be used in a smartphone application.
Once you have the device in your hand, you will need to use a finger to measure your position.
“You need to have a good reference for your location, and