‘Cool technology projects’: What’s cool and why you should care

Cool technology projects are the latest buzzword to emerge from the burgeoning field of robotics, where a number of firms are experimenting with new and innovative ways to control a robotic body.

One such project, called Autonomy Robotics, is focused on autonomous driving.

The company is developing autonomous cars that are able to use their own internal sensors and actuators to autonomously drive autonomously without the need for humans to drive.

Autonomy Robotics co-founder Alex Bostrom and his team say they’re using an artificial intelligence system to be able to control the autonomous driving technology.

The Autonomy robot can use its own internal cameras, ultrasonic sensors, and other sensors to see the environment around it.

They say the robot can also use other sensors and sensors to detect obstacles and respond to external cues.

Autonomous driving has been used for years in autonomous vehicles like self-driving cars.

But Autonomy’s team is working on an autonomous car that can see the world, react to its surroundings, and even feel the impact of an impact.

Automatic braking is another robotics concept that has attracted interest from roboticists.

In a recent interview, Bostraom said the team is building autonomous cars with a system that can brake automatically and will react to an impact with a “motor that responds.”

He added that the robot will also have sensors that can detect the angle at which a human driver is traveling.

Autonomous cars will also be able use “tactile actuators” to respond to human-like reactions.

Bostram also said that Autonomy is working with NASA to develop autonomous systems that could work in space.

Autonomics has been in the robotics field for a few years.

In 2013, the company announced that it had developed a robot that could turn its head 360 degrees, but that the autonomous car had to have sensors to distinguish the movement of the human operator.

Autonomy was also working on a robot capable of sensing the temperature of a room and turning the robot into a self-sustaining generator, but its team was unable to develop the robot.

In 2014, the team announced a robot could sense the position of a human arm and rotate it 180 degrees, though this could be used to drive autonomically.

Burt Rutan, the president of the Robotics Institute of America, an organization that studies robotics and automation, says Autonomy will eventually be able work in places like factories and in areas like warehouses.

He said that autonomous robots can help automate the work of thousands of people.

“When you have a robot with an autonomous steering system and the human being has to make the decisions about where to put it, that’s the kind of job automation that we need to be looking at, especially with people who work in warehouses,” Rutan said.