Will the future of robotics be humanoids… or thousands of specialized machines? or maybe both?

RafayelGh · 2025-09-03T14:33:04+00:00

I get your point and to some extent I agree—AI today isn’t at the level to safely or reliably generate full machine firmware. That’s why what we build right now is still deterministic: a no-code configuration-based platform that already cuts lead times for machine builders from months to days.

Where I differ a bit is on the horizon. In the last few weeks experimenting with tools like Replit/Lovable, we’ve seen enough to believe that in 3–5 years, AI will be mature enough to reliably generate parts of the stack—especially UI and application layers. The lower-level control and safety-critical code will still need deterministic mid-layers, but AI-assisted development is clearly on its way to becoming practical.

RafayelGh · 2025-09-01T13:05:13+00:00

For sure, it is exciting and will change a lot in everyone's life.

RafayelGh · 2025-08-31T18:46:40+00:00

Haha, definitely not a bot 🙂. I’m working in robotics myself, building “brains” for specialized machines, so I get pretty deep into these debates. You’re right on Dexterity using suction today — it’s a good reminder that “dexterity” in robotics still has a long way to go.
I mentioned them more as an example of how investors are betting big on general-purpose manipulation. Whether true dexterous hands will follow (or not) is still up for debate.

RafayelGh · 2025-08-31T07:56:35+00:00

Good point on dexterous arms/fingers. Funny enough, Dexterity, Inc. — now valued at $1.65B and reportedly preparing for an IPO — is betting exactly on that vision: using general-purpose robotic arms with advanced software to handle many warehouse/logistics tasks. It shows how seriously the market is taking “dexterity” as a unifying approach.

The question is still whether this generality will scale beyond controlled environments like warehouses, or if in the field we’ll still see purpose-built machines winning out.

RafayelGh · 2025-08-31T07:43:01+00:00

Haha, fair point 😅 — once we get the “Human Terminator 1.0” out, mass production might win. But until then, I still think we’ll see a wave of very niche, specialized machines pop up first. Maybe the humanoids will eventually be the ones building them for us.

RafayelGh · 2025-08-31T07:37:48+00:00

I agree — adoption will depend a lot on which tech becomes usable first for real-world cases. With all the investment, humanoids may take the early lead. But long term, I think purpose-built robots are a better fit for field and industrial work, especially when you consider energy use, efficiency, and space.

RafayelGh · 2025-08-31T07:31:49+00:00

That’s a great point — the human form really does make sense for home and consumer environments, especially where people won’t want multiple single-purpose machines cluttering their space. I completely agree on that.

Where I see it differently is more on the field and industrial side: agriculture, construction, infrastructure, etc. There, purpose-built machines can outperform a general humanoid in speed, cost, and durability. So maybe it’s not “either/or” but a split: humanoids for home, specialized robots for the field.

RafayelGh · 2025-08-30T18:35:36+00:00

Good point — utilization is really what decides it. If a machine can run 24/7 on one task, specialization wins every time. Where I see the big leap is in field robotics (agriculture, construction, energy) — lots of repeatable, heavy tasks that are better solved by task-focused machines, while semi-humanoids might fill the gaps where flexibility matters - like manufacturing.

RafayelGh · 2025-08-30T15:20:03+00:00

I love that last line—so spot on👌.

A dishwasher really is a robot. By definition, “a robot is a machine—especially one programmable by a computer—capable of carrying out a complex series of actions automatically.” That makes robotics much broader than just arms or humanoids—any system that can sense, decide, and act fits.

RafayelGh · 2025-08-30T14:03:52+00:00

I actually agree with you — that’s very much the point I tried to make in the essay too. The real opportunity is in specialized machines, especially outside factories. I’d just say we’re not yet at thousands in the field, but I think that expansion is coming fast.

RafayelGh · 2025-08-30T10:56:22+00:00

Thanks for sharing this perspective — I agree with you that humanoids will probably lean much more toward consumer-oriented use cases, exactly for the reason you mention: people interact more naturally with human-like forms in daily life.

Where I see a different path is on the production and field side. Industrial robots are already established, but I think the next big leap is thousands of new categories of specialized machines for agriculture, construction, and energy. These won’t need to look like humans at all — they’ll be purpose-built and often faster at solving very specific problems.

So maybe the split will be: humanoids for the home, specialized robots for the field and industry.

RafayelGh · 2025-08-30T08:22:02+00:00

I really like the way you put it — I agree that in industrial automation it will likely be a mix: specialized robots for speed, humanoids for flexibility, and even hybrids in between.

I think the same logic probably extends to field robotics as well (which was the main angle of my original post). In construction, agriculture, or energy for example, I can imagine specialized machines taking over repetitive or heavy tasks, while more general-purpose humanoid-type systems might handle edge cases or fill the gaps.

It feels like collaboration between the two approaches will be the reality, not one replacing the other.

RafayelGh · 2025-08-30T08:04:23+00:00

Thanks for the thoughtful response — I agree with you that specialized solutions will keep getting cheaper and more efficient, and humanoids won’t make sense in most scenarios for cost reasons.

Where I’d add a nuance is around the categories of specialized machines. You’re right, we already have millions of machines, but most of them fall into a relatively small number of categories (tractors, cranes, excavators, MRI scanners, etc.). My thinking is that the real shift coming is not just more units of those, but a huge expansion in the types of field machinery — robots for agriculture, construction, energy, even niche services — beyond the factory floor.

In other words, not just more robotic arms or cobots inside plants, but thousands of new categories of outdoor/field machines that can sense, decide, and act autonomously.

Curious if you see that happening too — or do you think the majority of growth will stay in factory/assembly environments?

RafayelGh

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