Following Hyundai acquisition, Boston Dynamics’ CEO discusses the robotics pioneer’s future

A lot can change in a year. Especially this year. For Boston Dynamics, the past 12 months have brought a number of radical changes traditionally not seen at 30-year-old businesses of its size. It’s a list that includes the first new CEO in the company’s history, wide availability of its first commercial product and, most recently, being acquired by its third owner in seven years.

Of course, no one has ever accused Boston Dynamics of being traditional.

Last week, the Waltham, Massachusetts-based robotics pioneer confirmed earlier rumors that it was being acquired by Hyundai. The South Korean tech giant will be taking an 80% stake in the company, leaving the other 20% or so to its former owner, Softbank Group. The deal, which values the 300-person company at $1.1 billion, is expected to close next June.

“We grew from 100 people to 300 people under SoftBank,” CEO Rob Playter tells TechCrunch. “That took investment. It took encouragement from them to launch a product, launch the products that we had in mind. It was critical. So our mission, which they started us down the path of, is to launch multiple robot products that include mobility, manipulation and vision. And they really gave us power and afterburners to pursue that mission.”

Playter, a longtime Boston Dynamics employee, waves away unfavorable optics around the company’s quick transitions between owners. Each owner served its function for the company’s bottom line — Google offered resources for exploration, SoftBank compelled it to productize and Hyundai will deliver the sort of engineering and manufacturing know-how required to scale up its products.

Image Credits: Boston Dynamics

“Ultimately [SoftBank is] an investment company, and we always expected there to be some kind of an exit,” says Playter. “The question was always when, and when is the right timing? So this isn’t really a surprise to us. And I think they saw and we saw that the time was right as our product launch grew to get a different kind of partner.”

The executive adds that the nature of the company’s interactions with SoftBank were ultimately limited under regulatory restrictions placed on the acquisition by the Committee on Foreign Investment in the United States (CFIUS). “Getting through CFIUS will be a closing condition on the Hyundai deal,” he explains.

While SoftBank’s ownership of the company was seen as, at very least, aggressively nudging the company in the direction of commercialization after decades of operating as a research firm, the executive tells TechCrunch that Hyundai largely approved of the company’s existing roadmap. The past two years have certainly brought some profound changes for the company, but Boston Dynamics is still a fairly lean organization, and as such is designed to take a measured approach to the market.

Of the 300 or so employees, between 100 to 120 are currently focused on its first commercial product, Spot. Many of the company’s recent hires are focused on areas like sales, customer service and quality control — relatively unfamiliar terrain for an organization that went more than a quarter-century without releasing its first product. The team focused on its logistics robot, Handle, is significantly smaller, but growing, and will “match or exceed Spot over the course of the next year,” he adds. Handle is, after all, Boston Dynamics’ commercial launch. The company is set to unveil the commercialized version of the box-lifting machine in April. Pilot programs similar to those offered for Spot will follow and sales of the product will start at some point the following year.

The company has already begun to test “proof of concept” models with select partners in real-world warehouses. “These are systems for development that we’re taking onto customer sites to do proof of concept tests,” says Playter. “We’re taking learnings from that to improve the design. In parallel work, we’re designing the for-manufacture version of that robot right now. And first versions of that new generation will come online next summer.”

atlas gymnastics boston dynamics

Fulfilment and logistics have already been a hot category for robotics for a number of years, but interest has only grown amid the COVID-19 pandemic. Handle represents a decidedly different to-market approach than Spot, in that respect. A large part of the quadrupedal robot’s pilot program was working with customers and partners to determine which categories had the highest demand for the advanced robotics technology. Demand for Spot hasn’t been huge, but it’s been steady, with the company selling more than 400 million units in the first 15 months.

In-demand applications include deployment in dangerous scenarios like a BP oil rig and a National Grid electric plant. Other more surprising use cases have arisen, as well. Late last year, the ACLU raised concern around video of a Spot robot featured in police training drills, which debuted at our Robotics event back in April. This October, a Spot was seen at a crime scene in Brooklyn. Playter confirmed that the NYPD is one of the company’s customers.

“They have a Spot and were using it, I think, to maintain a safe standoff distance when somebody (a potentially armed suspect) was barricading themselves,” he explains. “So I think getting a camera in and potentially communicating, de-escalating a potentially dangerous situation was the goal there.”

“One of the intended purposes of Spot is to enhance the safety of our customers by removing or providing the opportunity to remove a person from a dangerous environment,” Playter adds. “And that includes public safety officials like the police. And in particular, the Massachusetts State Police have been interested in using Spot in a classic mobile robot application, investigating suspicious packages or potential bombs. So I think these are great applications of robotics and something that we support.”

The next year will also see Boston Dynamics continuing to expand Spot’s available markets. Under the Hyundai banner, the company will likely continue the pace of releases set by Spot and Handle.

“I think something like a robot every couple of years is a pace that we could manage. From clean sheet, we can build a new robot in under a year,” says Playter. “And then you have to go through an iterative process of refining that concept and starting to understand market fit. And so I would look to, I want to stabilize the launch of Spot. There’s already improvements to Spot that we want to be thinking about. So I don’t know if we’re going to go build the next generation of Spot or maybe build the next robot for the next market. And that remains to be seen. We don’t quite have the team that’s big enough to do that just yet.”

The company’s research wing, which focuses on even more bleeding-edge robots like the humanoid Atlas, will also continue under Hyundai’s watch. The company stopped accepting new defense contracts in 2014, shortly after the Google acquisition, but research continues to be a key part of Boston Dynamics’ work.

“[W]e’re developing our own R&D work with Atlas internally,” Playter says. “And so we still use that as a platform to build both advanced hardware and software. We have some exciting things that I think will come out in the near future. We’re going to show you what we’ve been up to, probably in the classic Boston Dynamics home grown video way. I don’t think we have a deadline on when that’s going to come out, but there’s something in the oven.”

Integrating some of Boston Dynamics’ more advanced research into far out Hyundai concepts like the recently announced Ultimate Mobility Vehicle could also be a good fit. “We think the combination of wheels on legs is really interesting. If you recall, we built the first version of Handle with wheels and legs. And so there’s some real synergy there, I think. I think they’re really going to be able to build those vehicles.”

Despite slowdowns, pandemic accelerates shifts in hardware manufacturing

The COVID-19 pandemic didn’t hit every factory in China at once.

The initial impact to China’s electronics industry arrived around the time the nation was celebrating its new year. Two weeks after announcing 59 known cases of a new form of coronavirus, the national government put Wuhan — a city of 11 million — under strict lockdown.

As with most of the rest of the word, the manufacturing sector was caught somewhat flat-footed. according to Anker founder and CEO Steven Yang .

“Nobody had a great reaction,” said Yang, whose electronics company is based in Shenzhen. “I think this all caught us by surprise. In our China office, everybody was prepared to go on vacation for the Chinese New Year. I think the first reaction was that vacation was prolonged the first week and then another several days.

People were just off work. There wasn’t a determined date for when they could come back to work. That period was the most concerning because we didn’t have an outlook. They had to find certainties. People had to work from home and contact supplies and so forth. That first three to four weeks was the most chaotic.”

Numbers from early 2020 certainly reflect the accompanying slowdown in the manufacturing sector. In February, the Purchasing Manager’s Index (PMI) — a metric used to gauge the health of manufacturing and service sectors — hit a record low.

These bottlenecks resulted in product shortages — a fact that was rendered relatively moot in some sectors as demand for nonessentials dropped, many small businesses shuttered and COVID-19-related layoffs began. The U.S. lost 20.5 million jobs in April alone, hitting a record high 14.7% unemployment. (When you suddenly find yourself indefinitely unemployed, a smartphone upgrade seems much less pressing.) Such events only served to compound existing mobile trends and has delayed the adoption of 5G and other technologies.

It seems likely, too, that COVID-19 will accelerate other trends within manufacturing — notably, the shift toward diversifying manufacturing sites. China continues to be the dominant global force in electronics manufacturing, but the price of labor and political uncertainty has led many companies to begin looking beyond the world’s largest workforce.

Boston Dynamics unveils OTTO Motors collaboration to bring our robot overlords to the warehouse

Boston Dynamics, the undisputed heavyweight of technical robotics wizardry, unveiled a new collaboration with the warehouse autonomous material handling and transportation technology developer, OTTO Motors.

Over the past year Boston Dynamics has moved from building the stuff or robotic uprising nightmares to more mundane warehouse automation technologies with its Handle robot and Pick computer vision system.

Today, the company unveiled some footage from its proof of concept trials with OTTO Motors to automate the logistics space.

It’s part of a concerted effort to focus the company on revenue generation alongside revolutionary robotic innovation and follows the appointment of a new chief executive in January.

“I basically hired most of the people in the company and growing us aggressively is a big challenge right now,” Boston Dynamics’ new chief executive Rob Playter told TechCrunch at the time. “Over the past year, bringing on new people into our executive leadership team has been a primary goal, as well as feeding an insatiable appetite for our technical teams to grow in order to meet the goals we’ve set for them. Which includes not only advancing the state of the art of robotics but actually making some of our robots into products and delivering them and supporting them and changing the organization to do so.”

That focus on making the robots into products and delivering them is at the heart of the OTTO partnership, according to VP of Product engineering, Kevin Blankespoor.

“We’ve built a proof of concept demonstration of a heterogeneous fleet of robots building distribution center orders to provide a more flexible warehouse automation solution,” Blankespoor said in a statement. “To meet the rates that our customers expect, we’re continuing to expand Handle’s capabilities and optimizing its interactions with other robots like the OTTO 1500 for warehouse applications.”

For companies like OTTO Motors, which has long worked on developing autonomous warehouse and logistics technologies, the partnership with Boston Dynamics was a no-brainer.

“It’s exciting to engage with other cutting-edge robotics companies like Boston Dynamics,” said Ryan Gariepy, CTO and Co-Founder of OTTO Motors. “As leaders in our respective spaces, we can apply our technologies to field a whole new realm of applications.”

 

Boston Dynamics’ new and former CEOs discuss future of the robotics pioneer

After more than a quarter century, Boston Dynamics has a new CEO. The transition (which quietly occurred late last year), saw founder Marc Raibert step aside to become chairman, as longtime employee Rob Playter took the reins. 

The key personnel change comes at a pivotal time for the company, which recently began the process of commercializing a pair of its extremely advanced robots. Along with the C-level shift, Boston Dynamics also announced that it’s making the SDK for its Spot robot available to all via GitHub. Boston Dynamics has already begun producing commercial versions of its quadrupedal robot. Among its earliest adopters is former Mythbuster Adam Savage, who is set to release a series of videos featuring the machine.

Ahead of making all of these announcements official, Raibert and Playter sat down with TechCrunch to discuss their new roles and what the future may hold for Boston Dynamics.

Boston Dynamics appoints its first-ever new CEO

After more than a quarter-century spent developing some of the industry’s most iconic and advanced machines, Boston Dynamics is a company in the midst of a profound transformation. This week, the Waltham, Mass.-based organization issued a number of key announcements, all focused on the same fundamental shift, as it readies the release of two commercial robots: Spot and Handle.

The top of the company has recently seen its first major shakeup since its founding in the early 1990s. Founder Marc Raibert has stepped aside from his role as CEO, a transition that occurred quietly back in October. Longtime employee Rob Playter will be stepping into the position, having most recently served as Boston Dynamics’ COO.

Playter joined the company early on, after penning a PhD thesis on “Passive Dynamics in the Control of Gymnastic Maneuvers.” A former NCAA gymnast himself, Playter’s work clearly has a bit of a spiritual successor in the complex maneuvers of the bipedal Atlas — arguably the most advanced of Boston Dynamics’ machines.

The move comes during an important crossroads for the company, and Raibert, its longtime leader, public face and chief evangelist. “I just had my 70th birthday,” he tells TechCrunch. “So I’ve been thinking about this for about a year that we needed a succession plan and I had been working on it during that time, talking to SoftBank, making sure they were cool with the idea, and making sure I was cool with the idea.”

Playter has hung with the company through numerous changes, serving as a Robotics Director at Google after the software giant purchased Boston Dynamics back in 2013. When the company switched hands to SoftBank, he took on the COO role.

atlas gymnastics boston dynamics

“I’ve been the organizational guy for a long time,” he says. “I basically hired most of the people in the company and growing us aggressively is a big challenge right now. Over the past year, bringing on new people into our executive leadership team has been a primary goal, as well as feeding an insatiable appetite for our technical teams to grow in order to meet the goals we’ve set for them. Which includes not only advancing the state of the art of robotics but actually making some of our robots into products and delivering them and supporting them and changing the organization to do so.”

Focus for many at Boston Dynamics has shifted in recent years. At our Robotics event a few years back, Raibert announced plans to offer a commercial version of its Spot robot, aimed at performing security, construction site inspections and a variety of different tasks. Spot officially went on sale in September, and the company tells TechCrunch that it’s ramping up production with hopes of hitting 1,000 a year.

Boston Dynamics has long insisted that the production version of Spot will be a platform, allowing end users to tailor it to a variety of different tasks. That dream takes a step closer to reality with the release of the Spot software development kit on GitHub this week.

“The SDK enables a broad range of developers and non-traditional roboticists to communicate with the robot and develop custom applications that enable Spot to do useful tasks across a wide range of industries,” VP Michael Perry said in a statement offered to TechCrunch. “With the SDK, developers in the Early Adopter Program can create custom methods of controlling the robot, integrate sensor information into data analysis tools, and design custom payloads which expand the capabilities of the base robot platform.”

The company has already announced a few early partners. Perry again, “One of our customers, HoloBuilder, is using the SDK to integrate Spot into their existing app. With what they’ve developed, workers can use a phone to teach Spot to document a path around a construction site and then Spot will autonomously navigate that path and take 360 images that go right into their processing software. Other customers are exploring VR control, automated registration of laser-scanning, connecting Spot’s data to cloud work order services, using Edge computing to help Spot semantically understand its environment, and much more.”

In keeping with the company’s longstanding viral approach to marketing, buster of myths Adam Savage is among the early developers. Savage will participate in development with the robot for the next year, a milestone he celebrated with the release of a Tested video that understandably mostly entails him controlling the robot like a kid with a new RC car on Christmas morning.

Ultimately, Boston Dynamics will only have so much input into what happens to these robots once they’re out in the world. There are currently nearly 100 robots out in the world, and production is ramping up to around 83 units a month. A video that debuted onstage at our robotics event last year recently caused a dust up with the ACLU after showcasing state police using Spot in hostage rescue field training.

“There is a part of a humanity that loves to worry about robots taking over or being weaponized or something like that,” says Raibert. “We definitely want to counter that narrative. We’re not interested in weaponized robots. We’ve also gotten positive feedback from the fact that the police were using our robot to look at suspicious packages. There’s a real safety issue there and that it generated some additional interest with us as well. I mean, this isn’t really anything different than any new technology. There’s a wide variety of things it can be used for. We’re working to be responsible and trying find the good things that it could be used for.”

SoftBank’s 2018 acquisition marked a major turning point for the company, of course. Though Boston Dynamics insists that the investor firm has done little in the way of pressing it into commercialization. Those plans, it explains, were already in the works.

“I think the remarkable thing about SoftBank is they’re absolutely interested in the products and the moneymaking potential of what we’re doing while having a very serious interest in support for the longer range stuff we’re doing,” says Raibert, who is staying on at BD/SoftBank in a chairman role. “And over the 18 months that we’ve been part of SoftBank, I’ve repeatedly tested that commitment. Talking to the top leadership at SoftBank and they have repeatedly endorsed that. They’re very enthusiastic also for us to productize and make robots and make robot products.”

The company will maintain its commitment to developing research robots, a role Raibert will continue to help facilitate. That list includes products like Atlas and, no doubt, some still unannounced products. Others, including Handle, will be developed with an eye toward production. In April, the company acquired Bay Area-based 3D vision startup Kinema Systems to bring imaging to the pick-and-place robot.

Boston Dynamics tells TechCrunch that it plans to offer the robot up for commercial use in the next two years.

“We’ve been doing proof of concept tests with Handle and some early customers to validate our expectations on what the useful tasks are in a warehouse for moving boxes around,” says Playter. “We have a small set of those customers and we’re getting feedback from them. So far they’re really excited about this capability. It’s unique. As far as I know, we’re the only case-picking warehouse robot in development right now. And this is just a ubiquitous job, whether you’re unloading trucks or loading trucks or building pallets or de-palletizing. There’s thousands of warehouses just full of boxes.”