Look at the date of that article with the prediction
https://technode.com/2023/11/03/china-sets-ambitious-plans-to-mass-produce-humanoid-robots-by-2025/
Humanoid robots are the next big thing, same as electric vehicles and AI. This thread will be about that.
China for example recognized it, and they already invest billions into setting up factories that are producing and researching humanoid robots.
Their big cities have specific grants and preferential conditions for companies that do this - as i understand it, if you are a company that builds humanoid robots, the government will give you land, and won't ask for taxes on electricity if you do this production in Shanghai and some other cities.
![Screenshot 2025-01-05 at 23-30-51 tphuang on X Ubtech reports Walker S1 has successfully verified performance in BYD factory. Has double efficiency & increased stability by 30% Expecting to start large scale delivery in Q2 I[...].png](/up/af9925db603844151d18f3ddeee7f212.png)
but what jobs are you going to do, if robots will take all the jobs?
people in USA are still complaining about mexicans and indians taking their jobs, they are so behind the curve - because robots will come and take the jobs of everyone: americans, mexicans and jeets.
You know what places will have jobs? Africa. Central Asia. Places where the electricity is scarce. Right now people are escaping these places to more rich countries, but what if the robots take all the jobs in the rich countries? It could be that people will start escaping in the other direction. Maybe 5$ job in Africa is shit job, but its still a job that pays. In rich countries life will be ultra-expensive, yet there will be no jobs at all!
So what are you going to do when you have a bill for 1000$ for a month to pay, and no job, because the robot took your job?
Companies develop these robots not because they want you to have a better life. They develop these robots because they are going to be so much easier to manage, than human workers. A worker can steal, can get lazy, can simulate and not work, can forge numbers, can get sick, can get pregnant, can form a union, can demand more pay, can leak your new product design secret, can suddenly just quit the job. The worker needs to eat, drink, piss, shit during the day, you have to think about heat, ventilation, noise levels, you have to train them, each time anew. and if they get hurt on the job, they can sue you!
but with robots - they can work even at night, 24/7, they don't do piss brakes, no eating brakes, they don't get sick, you don't have to pay them, they won't quit, they wont unionize, they won't leak your information, they won't steal. You can have them working in an area with no oxygen at all, with no sunlight, with no air conditioning, with radioactive toxic dust on the floor. They won't sue you, they will just work and do their job without complaining.
Thats what companies want - they want these robots to be perfect slaves. ANd you know what? Whoever has more slaves, will be more productive. They could be like a feudal lord of the past. Imagine you are Elon Musk and you have 100000 Optimus bots in your factories. Its a small army. Unregulated. All following your orders. If you as a company owner order them - they can conquer a sizable town. They are like a private army of metalic slaves who don't ask questions, who don't have any fear or doubts. Maybe thats what those companies want - they want power and personal robot armies.
Moving to a country with slower adoption of humanoid robots or a stronger focus on human labor could be a smart strategy. Here’s a breakdown of factors influencing robotic replacement and potential countries where human jobs may still thrive:
Factors Influencing Rates of Humanoid Robotic Replacement
Economic Development:
1. High-Income Countries: More likely to adopt robots due to higher wages and advanced infrastructure.
2. Low- and Middle-Income Countries: Slower adoption due to lower labor costs and less capital for automation.
Labor Costs:
1. Countries with cheap labor may delay robot adoption because human workers are more cost-effective.
Cultural Attitudes:
1. Societies that value human interaction over efficiency may resist full automation.
Government Policies:
1. Regulations, taxes, or incentives can either encourage or discourage robot adoption.
2. Some governments may prioritize job preservation over automation.
Industry Composition:
1. Economies dominated by industries like agriculture, tourism, or crafts may rely more on human labor.
2. Manufacturing-heavy economies are more likely to automate.
Technological Infrastructure:
1. Countries with advanced tech infrastructure are more likely to adopt robots.
2. Developing nations may lack the infrastructure to support widespread automation.
Education and Skill Levels:
1. Countries with highly skilled workforces may focus on jobs that complement robots rather than compete with them.
Social Safety Nets:
1. Countries with strong social safety nets (e.g., UBI, retraining programs) may transition more smoothly to automation.
Countries Where Human Jobs May Still Thrive
Developing Economies:
Examples: India, Indonesia, Vietnam, Bangladesh, Kenya.
Why: Lower labor costs and less capital for automation make human labor more attractive.
Tourism-Dependent Countries:
Examples: Thailand, Greece, Costa Rica, Maldives.
Why: Tourism relies heavily on human interaction and personalized experiences.
Countries with Strong Craft and Artisanal Traditions:
Examples: Morocco, Nepal, Guatemala, Peru.
Why: Handmade goods and cultural experiences are harder to automate.
Countries with Aging Populations:
Examples: Japan, Italy, South Korea.
Why: High demand for healthcare and elder care, which require human empathy and touch.
Countries with Strong Social Safety Nets:
Examples: Nordic countries (Sweden, Norway, Denmark).
Why: These countries may prioritize retraining and job creation over full automation.
Countries with Resistance to Automation:
Examples: France, Germany.
Why: Strong labor unions and regulations may slow robot adoption.
Countries with Emerging Tech Hubs:
Examples: Estonia, Malaysia, Colombia.
Why: These countries focus on human-driven innovation and tech startups.
Remote Work-Friendly Countries:
Examples: Portugal, Bali (Indonesia), Georgia.
Why: Digital nomadism allows you to work remotely in countries with lower costs of living.
How to Choose the Right Country
Research Industries:
Look for countries with industries that rely on human skills (e.g., tourism, healthcare, education, crafts).
Evaluate Automation Rates:
Check reports on automation adoption (e.g., World Economic Forum, McKinsey).
Consider Quality of Life:
Factor in cost of living, healthcare, safety, and cultural fit.
Look for Government Incentives:
Some countries offer visas or incentives for skilled workers, entrepreneurs, or remote workers.
Assess Long-Term Trends:
Choose countries investing in human-centric industries or those with policies to protect jobs.
Central Asian countries and the influence of temperature on robotic adoption are fascinating considerations. Let’s break this down:
---
### *Central Asian Countries and Job Opportunities*
Central Asia (Kazakhstan, Uzbekistan, Tajikistan, Kyrgyzstan, Turkmenistan) is a region with unique economic and cultural characteristics that may influence the rate of robotic replacement:
1. *Economic Structure*:
- Many Central Asian economies rely on agriculture, mining, and resource extraction, which are labor-intensive and less likely to be fully automated soon.
- Tourism is growing in regions like Uzbekistan (e.g., Silk Road heritage sites), which relies on human interaction and hospitality.
2. *Labor Costs*:
- Lower labor costs in Central Asia make human workers more cost-effective than robots in many industries.
3. *Infrastructure*:
- Limited technological infrastructure in some areas may slow the adoption of advanced robotics.
4. *Government Policies*:
- Governments in the region may prioritize job creation and economic stability over rapid automation.
5. *Cultural Factors*:
- Traditional crafts, artisanal work, and hospitality are deeply rooted in Central Asian culture, making these sectors harder to automate.
6. *Potential Growth Sectors*:
- Agriculture, tourism, education, and small-scale manufacturing are likely to remain human-driven for the foreseeable future.
---
### *How Temperature Influences Robotic Replacement*
Temperature and climate can significantly impact the feasibility and cost of using robots. Here’s how:
#### *1. Extreme Heat (Equatorial and Desert Regions)*:
- *Challenges for Robots*:
- High temperatures can cause overheating and damage to robotic components.
- Dust, humidity, and sand in desert or tropical climates can interfere with sensors and machinery.
- Energy consumption increases as cooling systems are required to maintain functionality.
- *Impact on Adoption*:
- Robots may be less cost-effective in hot climates due to higher maintenance and operational costs.
- Human labor may remain more practical in industries like agriculture, construction, and tourism.
#### *2. Extreme Cold (Arctic and Northern Regions)*:
- *Challenges for Robots*:
- Cold temperatures can reduce battery efficiency and cause mechanical parts to freeze or malfunction.
- Snow and ice can interfere with sensors and mobility systems.
- Energy consumption increases as heating systems are required to keep robots operational.
- *Impact on Adoption*:
- Robots may struggle in industries like mining, oil extraction, or logistics in cold climates.
- Human labor may still dominate in these regions, especially for tasks requiring adaptability.
#### *3. Temperate Climates*:
- *Advantages for Robots*:
- Moderate temperatures are ideal for robotic operation, reducing the risk of overheating or freezing.
- Lower maintenance costs and higher reliability make robots more cost-effective.
- *Impact on Adoption*:
- Countries with temperate climates (e.g., parts of Europe, North America, East Asia) are more likely to adopt robots widely.
---
### *Will Equatorial Countries Be Harder for Robots**
Yes, equatorial countries (hot and humid climates) may face more challenges in adopting robots due to:
- Higher operational and maintenance costs.
- Environmental factors like dust, humidity, and heat that can damage robots.
- Industries in these regions (e.g., agriculture, tourism) often rely on human adaptability and low-cost labor.
---
### *Will Cold Countries Be Harder for Robots?*
Yes, cold countries (Arctic and northern regions) may also face challenges:
- Robots require additional heating and insulation, increasing costs.
- Snow, ice, and freezing temperatures can hinder mobility and functionality.
- Industries like mining, oil, and logistics may still rely on human labor for adaptability.
---
### *Central Asia’s Climate and Robotic Adoption*
Central Asia has diverse climates:
- *Hot Deserts*: Parts of Uzbekistan, Turkmenistan, and Kazakhstan experience extreme heat, which could slow robotic adoption.
- *Cold Mountains*: Regions like Tajikistan and Kyrgyzstan have harsh winters, which may also hinder robot use.
- *Temperate Zones*: Some areas, like northern Kazakhstan, have more moderate climates, making them more suitable for robots.
---
### *Conclusion*
- *Central Asia*: Likely to have slower robotic adoption due to labor-intensive industries, lower labor costs, and challenging climates in some regions.
- *Equatorial Countries*: Extreme heat and humidity may make robots less practical, preserving human jobs in agriculture, tourism, and crafts.
- *Cold Countries*: Extreme cold and harsh conditions may also slow robotic adoption, especially in outdoor industries.
If you’re considering moving, Central Asia could be a viable option due to its slower automation rates and reliance on human labor. However, always research specific industries and regions to find the best fit for your skills and goals.
well, not so fast. You can still be usefull as the source of data and certain liquids, secretions and organs. Blood can be donated, same as semen.
Some women in China are donating piss and the medical companies are doing hormonal drugs by extracting chemicals out of it.
it terms of data, you can use your voice to generate different sounds - screams, laughter, panting - all of it is usefull for training the next generation of AI to mimic humans better.
Hair can be donated to make the sex dolls. Maybe even your pubes can be donated, try researching it. Imagine your pubic hair going into some sex doll couch, so that she would feel nice for a rich man to fuck...mmmm
its not the end of the world, my dude, we can still make it
![Screenshot 2025-01-17 at 13-05-16 China Science on X The world's first half-marathon for humanoid robots is scheduled for April 2025 in Beijing presenting an intriguing test of the swiftly advancing robotic technologies. Meanwh[...].png](/up/598c634caa55cd9d0617464fd55a1388.png)
This robot is intresting. Company from Shenzhen. Walking gait amongst the best. And what is intresting, is that with so many companies in China - the talent can just switch companies. Some guy can work for company 1 for a year, go to company 2, then to company 3 and carry talent and ideas between them.
What sense do humanoid robots make besides the "OH WAOWWWW!!!!" part?
These don't have any practical use outside of technology expos, sexual pleasure, and the PR Chinese showcasing their technology.
Its more commercially viable to build mobile robots like the one attached. Requires less crap inside and less calibration before it can be used by the consumer. This will lead to larger profit margins for the companies producing these (i.e. Boston Dynamics)
>TLDR: human robots are not really worth the cost of production when theres already tech thats been around alot longer that works better
The human form is universal. You know what universal means?
Imagine you go to the mall, and you bring your humanoid robot with you - he just follows you around like a dog. You bought a big bag of vegetables - you just give this bag to your robots and he carries it on his shoulder. Or you carry something yourself and you ask your robot to open the door and hold it while you enter.
Next day you drive the car to a bar, the robot stays in the car - guarding it. As you return, you just tell your robot to drive you home and the robots takes the seat, grabs the wheel and drives you home. The car may not even have self-driving and can be an old gas guzzler.
As the autumn blooms, you want to gather apples in your orchard. You just tell robot where the trees are, tell it where to put apples and watch Netflix all day, while your robot slave is doing all the work. He can bend his back, even shake some trees.
or you can tell it to pull out the weeds. Fuck, you can even tell it to act as a scarecrow and patrol the orchard scaring birds away.
You need to dig a trench? Ask a robot.
You need to lift something heavy during construction? Ask a robot
You need to remove the hornet nest? Ask a robot, he won't be stung to death.
Maybe you can even teach it to climb trees like fucking tarzan. Or maybe you can teach robot to ski and you just jump on its back while it skis down the mountain. Possibilities are endless. You are just too dumb to see it.
>human robots are not really worth the cost of production
what is the cost will be low? Read the thread, as i said - some of the robot parts for those humanoid robots are the same that are used in Electric vehicles, so the same factory that produces electric motors for automobiles just dumps thousands of those motors for robots production. What is the expensive part in those robots in your opinion? The brain? It doesn't need nanometer computer, its not a small thing that you need to miniaturize like the smartphone. Is it the battery? China is the king of making batteries cheap. Is it the plastic? Is it the cameras, or LIDAR? What?
its all fucking dirt cheap
China has expertise in manufacturing all of those parts
If they have a lot of money its simple - just don't sell. USA right now has a lot of money and offers to buy Greenland - so Denmarks says "no". Its not the matter of price.
China is not even going to be able to run things abroad competently, and they know it. They don't try to intervene into countries internal affairs like Americans, don't invade countries like in Iraq and Afghanistan, don't try to do the statebuilding. Chinese are pretty chill dudes, who just sit in their country, and do some trading. You really can't have any problems with them, if you don't raise some stupid issues like Taiwan, which is just remnant of Chinese civil war. If you don't touch this nerve, you can have friendly and cool relationships with them. I don't see why that would suddenly change. More like Americans want to create a spooky story out of nothing, making fake predictions to scare you into siding with Americans.
![Screenshot 2025-03-11 at 20-52-39 Global Times on X Humanoid robot manufacturer AgiBot in Shanghai unveiled on Tuesday its latest humanoid robot model which achieves nearly human-like mobility such as riding a bicycle and balan[...].png](/up/cf66821df8dce7518a84b90dfede6b69.png)
