New AI Robot DARWIN Is Basically Immortal: It Powers Itself and Runs Forever!

New AI Robot DARWIN Is Basically Immortal: It Powers Itself and Runs Forever!

Darwin 1: The Agile, Autonomous Factory Humanoid Redefining Industrial Robotics

A new AI humanoid, Darwin 1, appeared in the factory. It has a folding body, 28 motors, a hot-swapable tool, and theoretically, an automatic charging and automatic replacement battery system that can operate infinitely without human intervention. Gmate appeared at the subway station, switched from four-wheel mode to two-wheel mode, climbed the stairs, and answered the passenger’s question.

After that, Pepsi’s new humanoid spokesperson, Sapphire, was fully recognized in the United States, Europe, and Asia, and began to guide customers with real-time audio and gesture. And in the meantime, MagicBot succeeded in live multi-route coordination, kicked the football into the top corner of the goal, and supported the largest humanoid robot tournament ever. This was not a product teaser, but a full-fledged rollout.

So let’s talk about it. First of all, let’s start with Darwin 1, a new standard robot car. The slim body of a robot running on a smart wheel is like a futuristic skateboard.

However, the special feature of this robot is here. These wheels can move at high speed in all directions in all directions. It moves faster than most human workers in a narrow warehouse, at speeds of more than 2 meters per second.

This is the speed of walking fast or light jogging. It looks small, but it has 28 independent motors in the upper body. It can bend arms, rotate, reach narrow places, or fold down when it needs to go under low objects.

In addition, it can lift up to 10 kg when lifting objects, which is enough to lift almost all small parts, tools, and boxes used in factories and production lines. The evolution of this robot is in the flexibility of working. The wrists are designed to be able to quickly exchange various tools.

Therefore, at some point, you can grab a small box with a gripper and lift a light plastic bag with a cube at the next moment. This robot combines various sensors, such as sensors, laser scanners, depth cameras, and radars, to constantly update the way it grasps operations and objects and grasps the surrounding space. This prevents it from colliding with wires and walls, accurately grasps what it is looking at, and grasps how to operate it.

The robot moves independently, but the human operator can remotely operate it using a VR headset and control it in real time through the 5th generation network. The connection is ultra-fast and there is almost no delay. It is important in situations where the robot must operate very accurately, The power supply system has also been upgraded.

Darwin 1’s Real-World Readiness: Full-Shift Performance, Seamless Integration, and Smart Design Backed by DeepAgent AI

When the battery is running low, you can charge it quickly at the docking station, or in a more advanced version, you can use a dedicated draw-out system to automatically replace the battery. It is said to be able to operate for 12 hours, but this is not just a guess. They actually did a full shift test, did an 8-hour work, and then did a 4-hour quality check.

Darwin operated without any problems throughout the entire period, and the test results were also released. However, what makes Darwin better than the conventional wheeled robot is its easy integration with the existing system. It can be connected directly to the same factory software such as manufacturing execution systems and warehouse management platforms.

In other words, it can perform tasks in the same way as other robots on site. In addition, it can also connect to the same network as controlling other mobile robots, so it can work side by side with other robots, hand over items, or ride on an automatic cart when heavy objects arrive. And there are plenty of reasons why Darwin continues to build a folding-type torso.

It’s not just a gimmick. Since the robot’s spine can actually be folded, the head is held in a lower position than the old overhead rails and the height of the beam used in many factories today. Even when folded, the robot maintains stability, adjusts the center of gravity, and continues to move at full speed.

This is one of the smart design decisions that only people who have actually worked in a factory environment can make. Behind every smart robot, smart data is needed. DeepAgent thinks in your stead.

Avacus AI has greatly upgraded DeepAgent. DeepAgent is now one of the most powerful data analysis tools. With just one command, you can interact richly with detailed charts, and this is not just a visual appeal.

DeepAgent and Gmate: From Intelligent Data Dashboards to Adaptive Humanoids in Real-World Transit

These 3D graphs are useful for clarifying patterns and observations that would be overlooked in a normal 2D chart. You can rotate the graph, zoom in, apply filters, and operate data at a completely new level. DeepAgent does real research.

It reads PDFs, spreadsheets, and documents, extracts important information, and converts it into an easy-to-understand dashboard. It can process all kinds of data, including the most important data. You don’t need manual settings.

The dashboard is completely interactive, and you can share it, or deploy it as a standalone app in your own domain. This changes the performance data into something that can actually be used. This is an analysis using AI, and to be honest, I feel that it will greatly change the way data is handled in the future.

Now, let’s go back to China. If you cross the Shukou Delta to the west, you will arrive in Guangzhou. There, a group of students is demonstrating a completely different trick.

You can move like a four-wheeled rover, or when the terrain becomes narrow, you can stand up and walk in the garden. Yes, it’s not feet, it’s a garden. Imagine the balance of your back.

However, it extends to a humanoid silhouette 5 feet 9 inches tall. In four-wheel mode, the height of the machine is 4 feet 7 inches, so it is ideal for people to see from the height of the wall without getting in the way of passengers. The subway staff at Jing’an Station is already using this for security and passenger questions.

Roll up the short stairs, turn into two-speed walking mode, and circulate without interrupting the platform. The operation of this robot is 38 degrees of joint freedom and a hard body shell that holds the entire individual battery pack unique to GAC. It means that the energy density is high, but the real advantage here is safety.

Gmate’s Scalable Impact: From Factory Lines to Hospitals, the Dual-Mode Humanoid Built for Mass Deployment

There is plenty of room to charge for 6 hours According to the company, by moving in dual mode, the total energy consumption is reduced by more than 80%. And if you look at the torque curve, you can see that the calculation is correct. The fact that there are few current spikes means that the life of the cell will be longer.

This is convenient because Goate does not stay in the laboratory. In the X car’s car line, a robot will be put on a test mission this quarter. I think it’s normal for a production robot to crawl under the chassis, scan the welding part, and jump out to read the barcode on the dashboard, but if you do this independently every 90 seconds, it will be a huge throughput.

The roadmap is also active. By the end of 2025, pilot programs will be implemented in multiple industries and a small production will be carried out in 2026, and then complete mass production will begin. What fascinates investors is the change in the world view of Chinese car brands.

Baidu published a new adoption ad for humanoid robots, and the CEO of Reato stated that there is a 100% possibility that they will join. The theory is simple. The car already has a battery, motor, and drive unit.

In other words, the supply chain of humanoid robots is exactly like an assembly line. If Goate can reduce the number of security personnel and prove the ability of one supervisor to remotely manage multiple robots in the test operation at the subway station, local subway operators will definitely order it. In the medical field, the same balance system as Goate can be applied to the corridors of hospitals where spiky poles and carriages collide in a form that cannot be predicted In addition to the fact that the individual battery of Goate can be quickly charged, the nursing staff of the night shift can rely on the delivery man of the robot who docks at 4 a.m. and replenishes for 40 minutes.

PepsiCo’s Sapphire: The Branded Humanoid Merging Retail, AI, and Global Compliance for Mass Market Impact

While Darwin and Goate are pursuing salary in the industry, the Chinese marketing team of PepsiCo decided that the robot could also carry soda. They partnered with G& Robotics and re-badged Agibot A2 as PepsiCo Sapphire. And yes, this robot has a blue and silver body and a logo with a backlight on its chest.

The hardware is 1.7 meters high, weighs 69 kilograms, and employs a multi-modal large model that merges voice and visual gesture input in real time. In fact, if you ask a supermarket kiosk where the can of humanoid sugar zero is, the robot will show you the way and you can skip dad jokes in almost real-time delay. Agibot 82 is the first humanoid to acquire the China CR, European Union CE medical device, European Union CE wireless device, and Cold FCC badge at the same time.

These three regions cover almost all supply chains Therefore, on Monday, you can legally hold a demonstration at the hypermarket in Guangzhou and fly to Barcelona on Wednesday without having to pay taxes. However, does it make sense that if Pepsi makes the robot a brand ambassador, humans will officially become humans? The search sounds boring, but it actually affects the development curve. Analysts predict that humanoid will be mass-produced in 2025.

And the numbers are ridiculous. 40 million to 10 million units will be shipped by 2035. If robots are wireless, medical devices, and have already met the general safety guidelines, salespeople will stop worrying about paperwork and start discussing the number of units for inventory management.

ZW’s engineers have also built a customizable knowledge base. The regional brand manager can incorporate tempo layout, promotional inventory unit, and local slang into the robot overnight. The next morning, Sapphire not only chooses three, but also understands which end cap and which end cap are attached.

MagicBot and the Rise of Collaborative Humanoids: From Factory Precision to Public Performance and Citywide Deployment

PepsiCo’s executive said this robot will be part of the digital social campaign. Honestly, I agree. Why do influencers have to pay taxes to be able to collaborate with their own machines to work on a mini-program on WeChat? The last thing I’m going to show you this week is a magic robot from Magic Lab, which has already been collaborated by a small group of humanoids.

Imagine that three or four of the same body can share sensor data and hand over a box without human timing instructions. At the Gangjan Embodied Intelligence Conference, this crew performed a live broadcast. One robot lifted a bumper-sized part from the pallet and handed it to the second robot on the slope.

However, the third robot inserted it into the demo chassis. Industrial Arms does this every day. However, since the robot choreographed in the real world without using external motion capture, Magic Bot is not limited to factories.

It is also used as a human-sized guide in showrooms, shopping malls, and even sightseeing spots. With the software stack, Magic Bot can point out the number of horsepower at a car dealership and switch to explaining the details of the car at a museum. It only takes about the same time to synchronize a new dialogue pack.

And its applicability is in line with the master plan of the Gangjan Robotics Ballet. By 2027, it will attract 50 main part makers to build an ecosystem from complete parts to the platform, and then activate service development throughout the city. Over 60 teams participated in tasks such as barcode scanning, garbage collection, battery hot swap, etc.

And one of the things that pleased the audience was a demo of Magic Bot’s penalty kick. The way the humanoid tilts the slot in the upper corner of the football is a technical gimmick and a marketing gimmick. The reason why the organizers wanted this atmosphere was because it was necessary for investors who usually provide funds to the app to realize that the hardware was finally delivered and could be returned quickly.

Basically, no one is discussing whether the humanoid can do its job or not, and it is only discussed how quickly it will be replaced by the old machine. In other words, when the robot delivers the luggage, circulates the subway, sells soda, and can play football, when will it marry your sister and be able to pay taxes better than you? Please leave your comments in the comment section. Don’t forget to subscribe to the blog and hit the like button.

Thank you for reading.

• New AI Robot DARWIN Is Basically Immortal: It Powers Itself and Runs Forever!
• New AI Robot DARWIN Is Basically Immortal: It Powers Itself and Runs Forever!
• New AI Robot DARWIN Is Basically Immortal: It Powers Itself and Runs Forever!
• New AI Robot DARWIN Is Basically Immortal: It Powers Itself and Runs Forever!
• New AI Robot DARWIN Is Basically Immortal: It Powers Itself and Runs Forever!
• New AI Robot DARWIN Is Basically Immortal: It Powers Itself and Runs Forever!
• New AI Robot DARWIN Is Basically Immortal: It Powers Itself and Runs Forever!
• New AI Robot DARWIN Is Basically Immortal: It Powers Itself and Runs Forever!

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