Jibo Is as Good as Social Robots Get. But Is That Good Enough?

Cynthia Breazeal’s home robot wants to be your family’s new best friend

7 min read
Jibo Is as Good as Social Robots Get. But Is That Good Enough?
Photo: Jibo

photo of Breazeal A Family Addition: Cynthia Breazeal hopes her social robot Jibo will become a companion for people at home. Photo: Jibo

Most of the world’s robots are about as charismatic as a coffeemaker. Not so Cynthia Breazeal’s creations. There’s Huggable, a robot teddy bear, and Kismet, a babbler with big eyes, red lips, and pointy ears. Nexi is baby-faced and blue-eyed, and Leonardo has been described variously as a squirrel, a furry alien, and a giant Furby.

After years of making emotionally engaging machines with her students at the MIT Media Lab’s Personal Robots Group, Breazeal thinks the time has finally come for a personal robot to inhabit our homes and help us live our lives. To pursue that goal, she founded Jibo, a Boston startup that has raised US $38.6 million to produce a friendly robo-assistant to families. Equipped with cameras and microphones, the robot, also called Jibo, is a little taller than a toaster and shaped like a desk fan. It can recognize faces, understand what people say, and respond in an amiable voice. Jibo’s purpose is to help busy family members coordinate with one another and communicate with the outside world. In the morning, for example, the robot can remind parents and kids of important events and tasks for the day. You can tell Jibo what you need to accomplish today, and it will update your schedule or to-do list for you while you’re making breakfast. Jibo will also snap photos at parties, read interactive stories to kids, and help grandparents make video calls. First deliveries are scheduled for March and April, and the latest batch of Jibos offered for sale, at a prerelease price of $750, have been sold out since last August.

Matter of Fact

The global robotics market will more than double in the next 10 years, growing from US $27 billion to $67 billion, says a report from the Boston Consulting Group.

“We live in a time where so much of our technology is about data, data, data,” Breazeal says. “Social robotics is about saying, ‘Yes, we’ve got all that data. Now let’s focus on the experience and the human engagement.’ ” Indeed, although Jibo doesn’t have puppy eyes or soft fur, like some of Breazeal’s previous creations, it does seem to have a personality. It can stare at you with its oddly inquisitive one-eyed face, emit cute robotic giggles, and swivel its body animatedly. “It’s not just what it does, it’s how it does it,” she says.

To be sure, the dream of a truly useful, capable, and endearing personal robot is an old one (and no, Roomba doesn’t count, unless you talk to yours). For roughly 40 years, entrepreneurs have been introducing home robots. Nearly all of them disappeared quickly and without a trace. Even Sony’s iconic robot dog, Aibo, which debuted to much fanfare and attracted an avid following, failed commercially.

Now, though, the necessary technology is better and cheaper than ever before. Huge subindustries that feed the smartphone and video-game makers are also supplying components to a new generation of home robots whose main purpose is to entertain and inform their owners. Besides powerful, low-power microprocessors, the parts in these new bots include 3-D sensors that help them detect people and objects, accelerometers and gyroscopes that let them navigate better, and lightweight lithium batteries that give them more autonomy.

The companies behind this emerging category include both startups and established firms. In 2014, the Japanese telecom giant SoftBank began selling a humanoid called Pepper, which like Jibo is mostly designed to entertain. In July, a French startup called Blue Frog Robotics plans to start shipping its first robot, Buddy, which resembles a Jibo on wheels. And several robot makers in China, including Ainemo, in Beijing, and Ubtech, in Shenzhen, are working on similar products.

img of Jibo in use

img of Jibo in use Coming Alive: Andy Atkins, vice president of engineering at the startup Jibo, debugs one of the first prototypes. Photos: Jibo (2)

Will Breazeal’s robot stand out from the crowd? Frank Tobe, an analyst and publisher of The Robot Report website, thinks it will. He calls Jibo a “game changer in the new social robot marketplace,” noting that the company has assembled a talented team of experts not only in robotics but also in speech recognition, human-machine interaction, gaming, and animation. One other factor that helped sell Tobe on Jibo: He showed a promotional video of the robot to his wife, who afterward declared that “any device that can order Chinese food”—a scene shown in the video—“is a winner.”

Others are less enthusiastic. Media pundits have described Jibo as an “animated lampshade” and “an alarm clock on steroids.” A Time article says “it’s unclear why you’d actually need one,” adding that much of what Jibo promises to do are things your smartphone already does. And responding to another scene in the promotional video, a writer for the tech news site GeekWire said: “No way am I going to leave an Internet-connected, motorized camera next to my daughter’s bed,” citing privacy and safety concerns.

Breazeal takes the criticism in stride. She acknowledges that Jibo will launch with only a small set of apps (she calls them “skills”) but adds that the robot is a platform open to developers to expand its capabilities. New apps will increase Jibo’s usefulness over time, she asserts, and allow it to do things undreamed of now. And her team is taking privacy and safety concerns seriously, she hastens to add.

Consumer-wise, so far, so good. As of December, Jibo had done $3.7 million in preorder business on the fund-raising website Indiegogo. It’s a staggering sum, especially in view of the fact that during the crowdfunding campaign, the robot was still just a crude prototype that couldn’t perform any of the tasks advertised. Having already delayed the original shipping date once, Breazeal knows she and her team need to deliver on their promises. “It’s heads down right now,” she told IEEE Spectrum in an interview in late 2015. “Heads down.”

The first prototypes of Jibo looked like soft-drink cans with smartphones glued on them. Some models had a cartoonish antenna sticking out of the top. Breazeal and her team worked with an industrial design firm in San Francisco to create the current version, which is sleek and minimal. Packed inside is an impressive amount of electronics: high-resolution stereo cameras, six microphones, a pair of speakers, an LCD touch screen, two cooling fans, Wi-Fi and Bluetooth modules, LED lights, touch sensors, and an ARM-based embedded processor running Linux.

But perhaps the most ingenious part of the design is Jibo’s body. It consists of three roughly cylindrical sections, one each for the base, torso, and head, which connect at an angle rather than horizontally. The result is that rotating these sections relative to one another causes the body to appear to bend into a variety of expressive poses. The rotation is accomplished by three DC motors with belt drives, which move smoothly and quietly.

Getting the movements right required substantial engineering. In early prototypes, the sections could turn in either direction by only a limited amount, which restricted the robot’s range of motion and made the movements seem unnatural. To allow each section to rotate continuously, Breazeal’s team rearranged the electrical and mechanical components more tightly. The team also ran all the wires through the center of the robot’s body so that they won’t get twisted when it spins around. According to Matt Berlin, who worked on the motion problem, Jibo now “feels much more fluid and loose, like it can just keep flowing from one pose to another without hitting any stops.”

Matter of Fact

In 2015, robotics startups raised about US $1.2 billion in funding, nearly three times the amount raised the previous year, according to an analysis by The Robot Report.

Ultimately, Jibo will succeed only if it offers a mostly flawless user experience. And this experience will in turn depend greatly on the robot’s speech recognition and synthesis. That’s a big challenge: Give hearing and voice to a robot and people expect it to be intelligent.

“Human conversation isn’t like a Siri or Google Now request, where you form a well-structured phrase,” says Tandy Trower, founder of Hoaloha Robotics, a Seattle startup developing health-care robots that will also rely on voice-based interactions. “When we speak to each other, we use a tremendous amount of context to help us understand what someone is saying.” In other words, a robot like Jibo will have to take contextual details into account to be able to conduct open-ended dialogues.

It won’t be easy. Breazeal has said that the approach used by Siri and Google Now, which transmit speech to powerful cloud-based computers for processing, is poorly suited to a robot. A cloud-based speech engine would introduce delays. Worse, if Jibo loses Wi-Fi connectivity, it would become unresponsive. The alternative is to run voice recognition locally, on the robot. And that’s not such a great choice either, because it would likely overwhelm its CPU. Although Breazeal won’t say how her team is tackling this problem, it’s possible that Jibo will combine a hybrid approach, using local voice processing for some basic functionality—when a user tells the robot to “wake up,” for instance—while relying on a cloud-based engine for more complex speech processing, such as contextual evaluation of statements, for example.

Breazeal did say that her speech engineers are building natural-language models to allow Jibo to respond in an engaging manner. They’ve also given Jibo a unique voice, courtesy of a voice actor who recorded some 14,000 phrases. From those, a text-to-speech engine can generate millions of utterances. But she adds that the actual words the robot will say are only part of its response—it will also use body language as well as alter the tone of its voice to suggest happiness, sadness, and surprise.

Photo: Sam Ogden

1998: Kismet

Over time, Breazeal promises, Jibo will learn details about individual users, offering more personalized responses. And then, she adds, people will treat Jibo not just like another gadget but as “part of the family.” That’s her fondest dream, and it would be a lasting legacy to leave in robotics.

But whether it would be a good or sad legacy depends on whom you ask. “Roboticists will argue that there is no harm in people engaging in conversations with robots; the conversations may be interesting, fun, educational, or comforting. But I find no comfort here,” writes Breazeal’s MIT colleague psychologist Sherry Turkle in her 2011 book Alone Together. “A machine taken as a friend demeans what we mean by friendship. Whom we like, who likes us—these things make us who we are.”

Breazeal responds that social robots are not trying to replace human friendships. They are adding to the gamut of relationships people have—with other people, with pets, and for children, even with toys. “So creating and exploring this very new kind of relationship—that’s not trying to compete with any of the other existing relationships,” she says. “For me, the value proposition of things like social robots is that they are not people—they are different from us. Because of that they can complement us. And that is what is really intriguing and valuable.”

This article originally appeared in print as “The Little Robot That Could…Maybe.”

The Conversation (0)

Video Friday: DARPA Subterranean Challenge Final

1 min read

This week we have a special DARPA SubT edition of Video Friday, both because the SubT Final is happening this week and is amazing, and also because (if I'm being honest) the SubT Final is happening this week and is amazing and I've spent all week covering it mostly in a cave with zero access to Internet. Win-win, right? So today, videos to watch are DARPA's recaps of the preliminary competition days, plus (depending on when you're tuning in) a livestream of the prize round highlights, the awards ceremony, and the SubT Summit with roundtable discussions featuring both the Virtual and Systems track teams.

Keep Reading ↓ Show less

Making 3D-Printed Objects Feel

3D-printing technique lets objects sense forces applied onto them for new interactive applications

2 min read

Researchers from MIT have developed a method to integrate sensing capabilities into 3D printable structures comprised of repetitive cells, which enables designers to rapidly prototype interactive input devices.


Some varieties of 3D-printed objects can now “feel," using a new technique that builds sensors directly into their materials. This research could lead to novel interactive devices such as intelligent furniture, a new study finds.

The new technique 3D-prints objects made from metamaterials—substances made of grids of repeating cells. When force is applied to a flexible metamaterial, some of their cells may stretch or compress. Electrodes incorporated within these structures can detect the magnitude and direction of these changes in shape, as well as rotation and acceleration.

Keep Reading ↓ Show less

Elephant Robotics Expands Lightweight Robot Arm Product Line

The company's myCobot series now features payloads from 250 g to 2 kg

3 min read

Elephant Robotics' myCobot series of lightweight 6-axis robots feature a payload of up to 3 kilograms and an innovative, compact base design that integrates all of the control electronics.

Elephant Robotics

This article is sponsored by Elephant Robotics.

Elephant Robotics is well known for its line of innovative products that help enhance manufacturing, assembly, education, and more. In 2020, Elephant Robotics released the world's smallest 6-axis robot arm: myCobot. Since its release, myCobot has sold over 5,000 units to clients all over the world.

Following the footprint of myCobot and to fulfill the demand from more users, Elephant Robotics is now expanding its Lightweight Robot Arm Product Line.

Keep Reading ↓ Show less

Trending Stories

The most-read stories on IEEE Spectrum right now