How MassRobotics Is Turning Robotics Innovation into Industrial Reality

Robotics has long captured the imagination of engineers and futurists—but today, it is finally crossing the threshold from experimentation to real-world, large-scale deployment. At the center of this transformation is MassRobotics, one of the world’s most influential nonprofit hubs supporting robotics startups.

In this exclusive interview, Tom Ryden, Executive Director of MassRobotics, shares his journey through the robotics industry, the challenges facing adoption, the rise of Robots-as-a-Service, and why AI-driven physical intelligence will define the next decade of automation.

Q1. Mr. Ryden, for readers meeting you for the first time, could you briefly introduce yourself and your journey in robotics?

Ans. Thank you for having me. I’m the Executive Director of MassRobotics, and I’ve been involved in the robotics industry for many years. I began my career as an engineer working on automated sampling systems, then joined a small company called iRobot, where I worked on several projects.

Later, I co-founded a robotics startup focused on telepresence robots. That company was eventually acquired, and about ten years ago, I joined MassRobotics. Today, we operate as an independent nonprofit that supports the global robotics ecosystem. We also run a shared robotics workspace—often described as a WeWork for robotics—in Boston, where more than 90 robotics startups are building and scaling their technologies.

Q2. MassRobotics has become a global hub for innovation. How do you see the ecosystem evolving as robotics shifts from experimentation to industrial deployment?

Ans. We’re clearly seeing a transition from experimentation to deployment. Earlier, many robotics companies focused on building impressive demonstrations or “cool robots.” Today, the emphasis is very different.

Startups must now ask: Does this robot work reliably in a warehouse, hospital, or factory? Does it deliver a clear return on investment? That shift forces companies to deeply understand their end users and real-world environments. The startups that succeed are the ones solving concrete customer problems—not just technical ones.

Q3. Any advice for people hesitant to enter robotics?

Get exposed. Attend industry events like CES or Automate. See what robots are actually doing in the real world.Then, identify a real problem—and solve it. Robotics is no longer just futuristic; it’s practical, scalable, and full of opportunity. If you’re curious, now is the time to jump in.

Q4. What are the top challenges the robotics market is facing right now?

Ans. Adoption: Robotics is still new for many industries. Customers often hesitate because they’re unsure of the value or the operational impact. Reducing friction and simplifying adoption is critical.

Talent: Finding skilled people—especially those who understand physical AI, reinforcement learning, and real-world systems—is increasingly difficult. As companies scale, the need for technicians who can install, service, and support robots also grows rapidly.

Funding: Many robotics startups depend on venture capital. Helping early-stage companies secure funding remains a constant challenge, especially in capital-intensive hardware businesses.

Q5. How do you help customers and workers become comfortable with robots?

Ans. One of the most effective approaches is involving the workforce early. For example, in warehouse automation projects, we encourage companies to design robots that mirror how workers already operate - right down to tools like barcode scanners or tape dispensers.

Education is critical. When workers understand that robots are there to assist - not replace - them, adoption improves dramatically. Even small things help, like letting employees name the robots. It sounds simple, but it humanizes the technology and increases buy-in.

Q6. Senior decision-makers can be hesitant about new technology. How do you address that?

Ans. Two things resonate strongly with senior leadership: ROI and risk reduction. That’s where Robots-as-a-Service (RaaS) comes in.

Q7. How is MassRobotics addressing the talent shortage?

Ans. We work closely with universities such as MIT, Boston University, Northeastern,

We work closely with universities such as MIT, Boston University, Northeastern,

and Harvard to connect startups with emerging talent.

At the same time, we’re encouraging community colleges to launch technician-focused programs -one-or two-year tracks that train people to service and maintain robots. These roles are becoming just as important as advanced engineering positions.

Q8.Is your focus primarily the U.S., or global?

Ans. Robotics innovation is global. We see outstanding advancements in China, Japan, South Korea, Singapore, and Europe. Different regions excel in different areas-collaborative robots in Denmark, factory automation in Australia, Germany, and Japan, and AI-driven systems worldwide.

We actively work with startups from around the globe because exposure to diverse approaches accelerates innovation.

Q9. How large is Dusty Robotics today?

Ans. We’re about 70 people right now. One thing I’m really proud of is that we have more women than men on our leadership team. Women are helping run this company.

Q10. Robotics remains male-dominated. How are you addressing diversity?

Ans.Women currently represent only about 18% of the robotics workforce. To address this, we run a Women in Robotics initiative, including quarterly meetups hosted at leading robotics companies such as Boston Dynamics and Locus Robotics.

Visibility matters. When women see peers leading successful robotics companies, it becomes easier to imagine themselves in those roles-whether as engineers, founders, or executives.

Q11.What are your top priorities for 2026?

Ans. AI-specifically physical AI -is our biggest focus. Advances from companies like AWS and NVIDIA are enabling robots to learn tasks far more quickly.

We’re moving toward a future where robots don’t need to be reprogrammed for every task. Instead, you can describe a task, and the robot understands how to execute it based on its physical capabilities. This will dramatically accelerate real-world deployments.

Q12. How do startups compete with established players like ABB or Rockwell Automation?

Ans.Startups are nimble. Large companies such as KUKA or FANUC have massive installed bases, which makes rapid transitions difficult.

Startups can adopt new AI models faster and focus on niche problems that larger players often overlook. That speed and focus give them a real competitive edge.

Q13.Can you share a standout success story?

Ans. One great example is a startup called Luminous. They developed autonomous robots that install large solar panels for utility-scale solar farms.

They started at MassRobotics with just two employees and one prototype. Today, they operate fleets of robots in the U.S. and Australia and have grown to nearly 30 employees. It’s a perfect example of how targeted innovation and the right ecosystem support can accelerate growth.