How our team sees the future of robotics - part 1

At Osedea, our robotics team is exploring how technology is transforming the way we work and live. From humanoid robots to service companions and robotic arms, these machines are becoming more capable and versatile every day. We asked Robin and Hugo to share their thoughts on the current landscape and what excites them about the future of robotics.

Humanoids (e.g., Atlas, Figure 01, Carbon)

Q: Humanoid robots are gaining traction—what excites you most about their future potential?

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Robin: “I think it’s fascinating to see some of the more affordable options emerging. While there are pros and cons to less expensive robots, I hope this trend lowers the barrier to entry. Companies like Figure are showcasing their F.02 using Helix, which can even do laundry. The big question is whether it will be accessible to most households.”

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Hugo: “Humanoids are impressive because of their science-fiction appeal, but it’s still hard to predict their exact use cases. Beyond research and development, their main goal will be the same as other robots: to improve human life. The advantage of humanoids is that they resemble us, so they can adapt to a world built for humans.”

Q: Which humanoid projects are setting new standards in robotics?

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Robin: “Boston Dynamics and Atlas are impressive for industrial applications. They don’t release many videos, but when they do, it’s remarkable. I also have faith in Figure’s F.02 for household applications, though I’m still unsure about having a robot walking around my home.”

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Hugo: “I also have a soft spot for Boston Dynamics! Spot’s fluidity and robustness are incredible, so I expect Atlas to match that quality.”

Q: What environments will general-purpose humanoids impact most?

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Robin: “Industrial use cases are where we’ll see the biggest impact. Boston Dynamics paved the way with Spot for dull, dirty, and dangerous jobs; Atlas is right behind.”

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Hugo: “Exactly. Tasks that are physically demanding or too complex for fixed robotic arms will be handled by humanoids, easing daily human workloads.”

Service & Companion Robots (e.g., Temi, Pepper, Moxie)

Q: Service robots are becoming more capable—what use cases are most compelling?

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Robin / Hugo: “The ones we haven’t thought of yet! Many off-the-shelf robots handle specific tasks, but what drives our work at Osedea is creating custom applications that solve problems in new ways.”

Q: How do you imagine these robots evolving in healthcare, hospitality, or education?

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Robin: “As they become more versatile, adoption will grow. In healthcare, robots can take over dull, dirty, dangerous, or expensive tasks, allowing humans to focus on creative, meaningful work. Balancing automation with the human aspect will remain key.”

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Hugo: “These robots aren’t widely used for emotional support yet, but there’s potential. People in hospitals or care homes could benefit from robotic companions. If AI like ChatGPT can provide support virtually, why not in physical form?”

Q: Are there any service robots you find particularly inspiring?

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Hugo: “Not yet in daily life. This niche hasn’t exploded because people still prefer human interaction for support. We’ll need time for mindsets and lifestyles to adapt.”

Arms & Manipulators (e.g., Kinova Gen3, UR5e, Franka Panda)

Q: What breakthroughs in robotic arms excite you most?

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Robin: “Manual guidance is becoming standard for cobots: an operator guides the arm through a movement, which it then repeats autonomously. Coupled with vision systems, robotic arms are more versatile, especially on mobile platforms.”

Hugo: “Robotic arms are among the most known and longstanding types of robots. Their precision, reliability, and robustness are remarkable. Some surgeons in New York can now operate on patients in Europe remotely—tasks once impossible without these tools.”

Q: What makes a robotic manipulator collaborative and user-friendly?

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Robin: “Vision-based manipulation takes arms from effective to truly impactful for automation.”
Hugo: “Years of trial and error, along with human acceptance, have made them popular.”

Q: How can lightweight or assistive robotic arms contribute to accessibility and care?

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Robin: “Companies like Kinova pioneered light, precise movements for medical and assistive applications. Safety and a gentle touch are critical in non-industrial settings.”

Hugo: “They enhance independence for people with reduced mobility—helping with eating, dressing, or grabbing objects. Collaboration with human assistants allows for more personalized and dignified care.”

Takeaways

Humanoid, service, and assistive robots are already transforming industries and daily life. At Osedea, Robin and Hugo see a future where robots:

• Handle repetitive, dangerous, or precise tasks
  
• Complement human work rather than replace it
  
• Open new possibilities for care, efficiency, and daily convenience
  

If you’re exploring the possibility of integrating robotics into your operations, or have questions about a project, contact us—our team is ready to help you bring innovative robotic solutions to life.

These insights set the stage for part 2, where we’ll explore mobile robots, educational platforms, and robotics in extreme environments, along with emerging trends like AI and reinforcement learning.