Although robots may soon go to space,H-Cup Breasts That My Uncle in law Desires (2025) it's still difficult to build one that people genuinely want around the home and office.

Marita Cheng thinks she's succeeded. Based in Melbourne, her company Aubot has built a telepresence robot that can be controlled by the brain. Although it's particularly useful for people with disabilities who have limited mobility, Cheng thinks it could also be helpful for a range of users.

Basically, she's cancelled your sick day: "Rather than missing out on work when they're sick, they can send the robot to work," she told Mashable. "They can still go to meetings at work by putting on this headset and participating via our telepresence robot."

While telepresence robots are widely available on sites like Amazon, Cheng said her robot, the Teleport, is different thanks to its off-the-shelf brain control interface, the MindWave. In Cheng's words: "all someone has to do is think, and the robot will move."

The MindWave measures electrical activity in the brain, along with a movement sensor that is placed on the forehead. The robot moves if a user concentrates over a certain threshold -- around 70 percent, for example. To toggle between moving forwards, backwards, left or right, they simply blink twice.

The robot itself has sensors to avoid collisions as well as a wide angle lens. Almost two metres tall, it costs A$3,800, while the MindWave can cost around A$200. The robot's battery life is six hours, so it lasts almost the whole day at the office.

Cheng believes robots have immense potential in hospitals, eldercare and in disability care.

"[Aubot has] been building robotic arms for people with disabilities for years now," she explained. "Through talking to various thought leaders and industry leaders who are really excited about brain reading technology for prosthetic limbs and robots ... I thought, let's apply it to something that already exists in the market. Let's apply it to a robot that has real use cases."

While robotics is a fast-developing field, Cheng suggested it's important to create viable, commercially available solutions whenever possible. In the case of the Teleport robot, existing technology meant it was possible to build a new solution quickly.

"I think people are still trying to figure out what we could make for a mass consumer market that's affordable, that really resonates with the end user, but is also useful," Cheng explained.

Of course, it's also vital to build what people want. "You need to know who the end user is and work with them closely, and deliver a solution to them in a way that they want," she said.

For many people with disabilities, it's often irritating (and pricey) when they are forced to use technology specifically designed for them rather than being able to access broad consumer products.

Of course, the Teleport is not affordable at A$3,800, but Cheng argued it's only an extra A$200 or so for people with limited mobility to access the brain-reading functionality. "They're not paying thousands of dollars more to access the same technology," she said.

Pointing to the success of iRobot's Roomba, Cheng added that it's important to "laser focus" on a particular problem and solve it when making robots.

"They've sold millions of vacuum cleaning robots around the world, and they've spawned many copycat companies," she added. "If you think about it, it's got a very niche, well-defined vertical. So I think other robotics companies should do that as well -- solve specific problems and get the cost down so many people can afford it."