You are separated from your family, with no means of getting to them physically. You miss a call from them in the dead of the night. When you try to reach them again, nobody picks up. Panic ensues.

Vancouver-based Tan Tingxi never has that problem. He simply logs on to the remote-control robot docked in his parent’s Singapore home. It is his eyes and ears as he directs its movements between rooms. When he finally locates his folks, he communicates with them through the robot, too.

“You can think of telepresence as video calls on wheels, but it is more than that. The human-height of the unit, the tilting neck that allows the user to change his perspective… it all makes the experience more emotive and natural,” says the Singaporean chief product officer and co-founder of OhmniLabs, a Silicon Valley-based telepresence robotics company.


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Opening up new markets

Holding a Master’s in Computer Science, the robotics enthusiast co-founded OhmniLabs with two other partners in 2015. They were all based in North America while their parents resided in Asia, and they wanted a better solution to communicate with their families.

“The telepresence robotics industry was not entirely new then, but the options on the market – largely targeted at business users – were not accessible to the domestic consumer. You had to fork out US$100k for top-of-the-line models and US$50k for mid-tier options. The most ‘affordable’ option was US$5,000. But few individuals and even homes for seniors would spend that kind of money,” says Tan.

“Being techies, we decided to build one ourselves, and made a low-cost telepresence robot that retains, or even surpasses, the functionalities of the expensive robots.”

Ohmnilabs’ telepresence robots features a digital screen and camera.

Launched in 2017, some 2,000 units of OhmniLabs’ telepresence robots have been deployed all around the world and the current global situation has resulted in surging interest in them.

“Before, robotic telepresence was more of a novelty than a need. Now, more people are seeing it as an alternative way of interacting with the world while not being able to travel,” says Tan.

“Since the start of the pandemic, we have deployed more units for telemedicine purposes that allow doctors and caregivers to provide consultations and diagnostics when they cannot be in the same room as patients. Some hospitals are also using them to improve the quality of care for patients in isolation wards by providing them with a means to interact with friends and family.”

Not limited to medical and domestic uses, Business Breakthrough University in Tokyo, Japan, recently held a virtual convocation ceremony in March via telepresence robots using OhmniLabs technology. Museums – closed during lockdowns – have also contacted OhmniLabs with an interest to create virtual guided tours.

“With the pandemic, telepresence is getting a lot of traction. People now have a better understanding of the technology and will be more interested in contactless solutions that bridge virtual and physical worlds,” observes Tan.

And, while the world is now plagued with news of pay cuts and lay-offs, the five-year-old company is going through the opposite. “Other companies are firing, but we are ramping up hiring,” shares Tan. “Our production has definitely been affected by global supply chains afflicted by social distancing practices enforced in workplaces, but we are diverting all our resources to fulfilling orders for hospitals and clinics using Ohmni to provide urgent care.” The company, which employs 3D-printing technology to produce their telepresence robots, is also using spare production cycles to produce face shields that it donates to medical facilities.


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The new normal

The technology’s application goes well beyond pandemic times. In Australia, OhmniLabs works with an organisation called Missing School to deploy robots to schools so bedridden children can join classes and connect with friends.

It also works with children’s hospitals in the US that use the robots to allow young patients in isolation to take part in activities conducted within the hospitals. Such interaction has proven to be critical in keeping them motivated during their recovery.

OhmniLabs also builds custom units for clients, including ANA (All Nippon Airways) Holdings. Dubbed “Newme” robots, the remote- controlled units are designed with virtual tourism in mind.

“As people live longer in isolated conditions, they will realise that there are a lot of things they can still do without physically being present. Concerts are streamed online. Museums are offering virtual tours. When airlines are grounded, virtual tourism takes off.”

Tan also foresees that more will be receptive to robotics after the pandemic. “They will see the good side of using robots that don’t spread viruses or break quarantine rules. The proliferation of robots in our daily life will accelerate and new robotics-enabled markets will be made,” predicts Tan.


The robot moves around on wheels and can be remotely controlled.


Apart from building telepresence robots, the company is also working on ”a better robotic stack with autonomy, AI and telepresence programmatic interfaces that allows a business to implement and test its ideas in record time,” according to Tan.

In non-tech speak: starter kits that allow businesses to customise robots to perform specific functions.

Does this mean we will soon see a telepresence robot in every home and institution? Ironically, Tan thinks otherwise. “While the market has expanded because of the situation right now but, in my view, robots with purely telepresence capabilities will always be niche. People will start considering telepresence but they will want more from them. Any company that is currently doing telepresence will be looking at ways to have new iterations of its product. I predict that in the future, telepresence will become a common feature in other devices.”

So, yes, one day – perhaps not too far along – you will be looking for things under your bed through the telepresence function on your vacuum robot.

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