Samsung robotics division starts a bigger humanoid push

Key takeaways

• Samsung set up a new Samsung robotics division inside its electronics business.
• The move signals a stronger push into humanoid robots, which are robots shaped more like people.
• Samsung already has robot projects, but this creates a clearer team to build products faster.
• The bigger race matters because tech giants want robots for homes, factories, and care work.

Samsung robotics division is Samsung’s new team for building robots. That means Samsung is giving robot work its own home inside the company. The step points to a bigger plan for humanoid machines. Those are robots that can move and work in ways closer to people.

Samsung Electronics announced the new unit as it tries to move faster in a crowded robot race. Big tech firms now see robots as the next major hardware bet, because chips and AI have made machines more capable. Samsung did not just rename an old project. It created a more formal structure, so robot work can be managed, funded, and shipped with more focus.

Why did Samsung create a Samsung robotics division?

The short answer is speed. Large companies often build new divisions when they want one area to grow faster than the rest. A division is a major business unit with its own leaders and goals. That matters because robotics needs hardware, software, sensors, batteries, and AI to work together.

Samsung has touched robotics before. It showed off bot concepts at trade events and explored home assistant machines. But concept robots are not the same as real products. A dedicated team can turn demos into devices, while also fixing hard problems like balance, grip strength, battery life, and safety.

The timing also makes sense. Humanoid robots have become a hotter topic in the past two years. Companies such as Tesla, Figure, Apptronik, and several Chinese firms want robots that can do simple human tasks. These include lifting boxes, sorting parts, opening doors, and carrying things across a room.

What are humanoid robots, and why do companies want them?

Humanoid robots are machines built with a body shape that copies people, at least in part. They often have two arms, two legs, hands, cameras, and sensors. Sensors are tools that help a machine detect light, touch, distance, or movement. Firms like this shape because our homes and workplaces were built for humans already.

Think about a normal kitchen or factory aisle. The shelves, handles, stairs, and switches were not made for wheels or claws. They were made for people. So a robot with arms and legs may fit better into those spaces, though it is still very hard to build one well.

That is why this market draws so much money. Some robot startups have raised hundreds of millions of dollars. Samsung, meanwhile, has giant strengths in chips, displays, batteries, cameras, and consumer devices. Those pieces can help in robotics, because a robot is like a phone, a car, and an AI computer all packed into one moving body.

How big is the robot market Samsung is chasing?

No one knows the exact winner yet, but the money on the table is huge. Goldman Sachs said the humanoid robot market could reach $38 billion by 2035. That is about ₹3.2 lakh crore at roughly ₹84 per US dollar. Forecasts can be wrong, but even smaller numbers would still mean a very large new industry.

Samsung is not entering a tiny side business. Global industrial robot installations already run into the hundreds of thousands each year, according to the International Federation of Robotics. Industrial robots are factory machines that repeat set tasks. Humanoid robots are newer, but many investors think they could spread much wider if costs fall.

Here is a simple look at the numbers shaping the story.

Robotics numbers in focus2035 market$38BFX rate₹84/$Rupee value₹3.2L cr

Item	Figure	Why it matters
Humanoid market forecast	$38 billion by 2035	Shows why big firms are investing now
Approximate rupee value	₹3.2 lakh crore	Helps Indian readers picture the scale
Time horizon	10 years	Robot profits may take time to arrive

What could Samsung robotics division actually build?

Samsung has several paths. It could target home robots first, because Samsung already sells TVs, fridges, air conditioners, and smart devices. A household robot could patrol a room, help older people, carry small items, or work as a smart screen on wheels. That sounds simple, but safe movement inside homes is one of robotics’ hardest tasks.

It could also aim at factories and warehouses. Those places are more controlled, so robots can learn jobs faster. For example, a robot might move trays, fetch tools, or inspect products on a line. Inspection means checking for mistakes. Samsung has its own factories, so it can test machines inside its own operations before selling them.

The company may combine robots with AI as well. AI helps a robot understand voice commands, plan actions, and react to what it sees. If that works well, Samsung could connect robots to its wider device world. That would fit its long-running smart home plan.

How does this fit the wider tech race?

Samsung is not moving alone. Nvidia, Tesla, Xiaomi, and many startups are all talking more about robots. That is happening while AI models get better at vision and language. Vision means reading images and video. Language means understanding spoken or typed words.

Lapaas Voice has already looked at how humanoid robots in factories may roll out more slowly than the hype suggests. That is still true here. Building a robot that can walk across a room is impressive. Building one that works eight hours a day, safely, and at a price buyers accept is much harder.

Samsung’s chip and device background may help. The company already works on edge computing, memory, cameras, and displays. Edge computing means doing data work on the device itself, not far away in a cloud server. That can reduce delay, which matters when a robot must react in real time.

Samsung’s move also sits inside a bigger AI hardware race. You can see that pressure in areas like servers and chips too, for example in AMD Helios takes on Nvidia with Microsoft as buyer. Robots need that same computing power, just inside moving machines instead of data centers.

What should readers watch next?

The key question is whether the Samsung robotics division leads to products, partnerships, or both. Watch for hiring, pilot programs, and supply deals. A pilot program is a small early test before a full launch. Those signs tell you whether Samsung is serious about shipping machines, not just showing them.

Also watch for software news. Great robot hardware is not enough by itself. The winning robot will need strong AI, low power use, and safe behavior around people. For official company updates, readers can check Samsung Electronics on Samsung Global Newsroom. Broader robot market data can be found at the International Federation of Robotics.

Here is the clearest way to say it:

Samsung created a dedicated robotics unit because humanoid robots may become a major new device category, but only companies that move from demos to real products will matter.

That’s why the Samsung robotics division matters now. It does not prove Samsung has won anything. But it shows the company thinks robots are important enough to deserve their own lane, their own budget, and their own shot at becoming the next big thing.

FAQs

What is Samsung robotics division?

Samsung robotics division is a new business unit inside Samsung Electronics focused on robot development. It gives robotics a clearer structure and likely more resources.

Why is Samsung interested in humanoid robots?

Humanoid robots can use spaces built for people. So they may work in homes, warehouses, and factories without huge building changes.

When could Samsung launch real robot products?

Samsung has not given a full timeline yet. The best clues will be test projects, partnerships, and product demos that move beyond concept stages.