Nidhika’s writings and articles

What do you want? AI, smart IoT, Robots, mix of it, or all or None? Next Generation?

What do you and the next generation want? AI-based smart devices, IoT-based home maintenance, or do they want robots taking away all tasks and doing it on their own, or they want a mix of these, or you or Next Gen wants it all, or they want just humans, means none of the above? Choosing one option does not stop research on it, as these can be used in urgent situations or in space explorations.
My generation and the previous generation were different! To some, extra features on smartphones are a trouble, while to others, the more features a device has, the more it is worth! For me, I want things simple, I like a simple washing machine, a simple AC, and a simple smart TV.
I just want a timer and the type of load in my washing machine, and then a start button. But when I went to Ausi, to meet my relatives, I found a complex washing machine with so many options, I said, “ Wait, why can’t I just tell the washing machine, ‘Start washing, with high load in minimum time”? I want it that simple. The puzzle of options was too much. Call it anything I like simple ease of use.
But sometime back, I wrote about “Smart AC,” which can talk to us and provide simple cooling. Someone said to me, “Keep AI out of our houses.” I was like, the remotes of AC, we keep finding combinations that work for certain options. For example I was setting auto cool in normal mode, normal blow speed. What is the problem with just telling AC to cool to a normal temperature? But I thought I had written so much about AI that he would be annoyed again, so I removed him from my subscription. He would be happy not to get any AI updates from me now. But I want a poll on it, as you are the one who would decide what AI you want- IOT, robotics, Smart AI devices, mix of them, all of them or none of them.
What is IoT that you can have? A fridge that tells you vegetables like capsicum and cucumber are used daily, and there is no stock for tomorrow. It can ask you if it can order them from the grocery store. Or say bread is not there, and it already ordered bread. Here, money computation that is bill payments would be a concern, as we can’t let machines decide what quantity of things we like. But with time the fridge can get smart and know our preferences from bar codes and image recognition. Do you like such a framework? Or you like some parts to be automated that is informing you what is not in stock, what is extra in stock, what is about to get off the shelf?
What is AI that you can have — Smart AC-I gave you an example, an AC that can talk to you. You can say to it, “I am not feeling cool. Can you be a bit cooler?” And the AC does that. When you are in the kitchen, the AC turns to normal mode. When you come from outside and say to the AC, “Hey AC, turn on, I need some cooling to ease my sweat!” And the AC does so. Same with AI in a washing machine, you go to the washing machine and say, “Washing machine, a lot of dirt on my soccer clothes, they are all white, don’t forget to use conditioner in clothes, wash them fast.” These are some examples of AI in smart devices. We are not there yet.
With only the robotics option, you would have a robot that would use locomotive powers to go to the grocery shop itself to buy things, or, on your order, can tell the grocery robot to deliver you things. The robot would be sluggish and slow in the first few years if it were deployed for use over the next 5 years. The robot would operate the washing machine on its own without the washing machine being intelligent.
What is the mix of these technologies? For example, a smart AI washing machine could interact with a grocery store to indicate that the detergent’s washing power has finished and place a request. It instructs the home robot to collect it and fill it into the washing machine slots. This is an example of a mixed approach.
None of these means all work humans would do, but with advances in technology, we don’t want to sit there and watch it all; we have to be part of advancements that are there to complement what humans are worthy of — ease of use, comfort, developments, advanced applications, benefits, time saving, and more properties.
We are nowhere near complete automation of any one of the above options. So, we have humans working on our tasks. Smart AI has reached homes, but it still needs finishing touches and the implementation of intelligence to correct issues. So, it’s the time, tell what you want, then only that would be worked on; there is no point in investing billions in robotics when you want a mix of kinds of intelligence, or if you don’t want robotics. However, these would need to be studied for research purposes, as we want to build autonomous intelligent units in space, on the Moon, on Mars, and on asteroids to spread mankind’s fingerprints, if not footprints, to far-off places.
I hope you understand these things well. I just want things to be simple. If you ask me, I would want smart AI devices to help with complicated new options on washing machines. I just like 3 buttons on a washing machine. Simple TV remote which can talk through and simple AC remote which can switch off when at I am sleeping I can say, “Please switch off”. Robots, I think, would occupy space, but it is good to stand if I am not well, so that someone can bring me hot water boiled with basil leaves. But all this with robotics would take time. Smart AI has already made a niche in your and my lives. IoT would take time; we are not that advanced yet. So think what you and the next generation want, and poll?

At Davos. Elon Musk says robot for all humans on Earth- Feasible? What do you want in the future? Tell?

Smart machines or robots, what would you choose? Or would humans work? What do you want?

Yes, there would be robots in places like Antarctica, the Arctic, and more.

But one robot each for everyone on Earth?

Even the poor will have a robot? How would he maintain the robot? Is the battery charging for free? Would electricity be free as well?

Yes electricity must be free in future, but it would take time.

Billions of robots on Earth: some live on roads due to poverty, others sleep in their cars because they don’t have a house; for some, the day kitchen turns to night bedroom. Where would their robots stay and charge? What are they supposed to do with their robots?

For the middle class, life is about a race, a race to do things and earn a living.

Yes, the upper class can afford a robot, and so can the rich and ultra-rich. But what would they do with their robots? Charge them to wait for a tea made in half an hour. Do some cleaning! This is definitely needed as we head towards equality in the workplace. But robotics is not there yet.

But not a billion robots?

A billion robots means traffic jams in markets, as everyone sends their robots to buy vegetables from a baazar (discount market). Everyone wants cheap vegetables, chicken and cheap eggs.

Do you want to bang on a robot on the road each time you go out for a walk?

In some places, like Chandni Chowk, for example, there are so many people coming to buy clothes that if robots are sent there, people would be hurt, as robots are electro-mechanical objects; one hand here from a robot means you can get injured.

Ok, all this later.

At Davos, the timeline given was 1–2 years for robots to reach yours and my life.

Well, right now, robots are learning to walk, which means they’re at the toddler stage. We consider a child an adult at the age of 18 years after schooling. So, we can say robots would learn all the lessons for adulthood in 18 years. What say?

So 18 years have passed for making robots adults and mature.
During this time, AI-based IoT (AI with the Internet of Things) would come, and our fridge would be smart and could order milk on its own from grocery shops.

After that, drones would be there. There is an issue of flying drones; the traffic rules drones must follow to not hurt anyone.

Even the poor can order their morning tea from smart IOT from their night sleeping cars. We can afford more in the coming years.

So there would be a tussle between IoT and robotics, which would win?
Smart fridges? Or smart robots?

Smart machines in kitchens or humanoid robots?

Smart juicer, smart tea machine, smart kitchenware?

Dishwashers are already on Earth; dishwashers would get smarter!

So why do we need billions of robots? Elon Musk says it’s because of abundance!

Well, I will talk about abundance sooner.

Till then, have a nice day.

Thank you for reading.

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Warm regards,
….

We don’t want a world filled with Robots, but those who exist must be identified as Robots Evolve with Experiences.

We don’t want a world filled with so many robots, especially humanoid robots that look like humans, that it is difficult to identify who is a robot and who is human.
So, then why all these guidelines on robots and in robotics?
Well, if they exist, they must be registered with regulations!
And if they don’t exit, there are a lot of humans! What will humans work on if all work goes to robots?
If they are working in an area, say one hit by a massive climate disaster, where humans can’t work, we need robots there; then the robots must be identifiable to be authorized and called for this work on short notice.
If they are building a picnic spot on the Moon to see Earth from there, then we can’t employ humans there; we can employ robots, so robots need identification for themselves.
Each robot has its own properties, its own learning, and its own experiences.
Each robot has solved a different problem; here, the robot’s experience matters, so the robot’s ID card matters.
The identity of a robot is like its Curriculum Vitae: each robot faces new challenges; erasing those challenges would not be good, as experience matters even in robotics and AI.
Each robot evolves with time, with the tasks it solves.
God forbid that we need urgent robots for landslide issues in a city; we can call in the best robots experienced in this area, and humans can take help from them on short notice.
We must remember robots are there to assist humans in what humans can’t do, or what is not safe for humans, or what is not meant for humans to do, for example, taking up rubble from an earthquake-hit area.
At the same time, experiences of robots or AI must not be deleted, as they add to their specialities, giving a variety of evolving robots that learn from the tasks we humans give them.
Same with my last article of passports and ID for robots, this is the case when a robot has solved many unique problems, it has evolved with time, it has learned working with humans, why erase its experiences?
Why delete a robots or ai experiences?
And why make a world filled with so many robots that humans find it difficult to walk?
Yes, if robots exist, they must be identifiable with a unique name and id. Let’s save the good experiences of robots as credentials that the robot is worthy of solving, whether rubble picking or landslide clearing.
Once again, we don’t and should not aim for a world filled with robots, but robots should complement where we need them most in tough tasks, to non-human-friendly jobs.

Passport and ID Card of Named Robots- The full name and the Surname of Robots and AI models #future #futurist #ai # sci-fi

A robot’s identity card can display its name. This can be used to register the robots as authentic. If a robot from one country is imported into another, it should comply with the new country’s rules and regulations. We must have universal identification for robots in a country. Why do we need identity cards for robots? A robot made in a country is built according to the ethics and regulations of another country. In the second country, how do we ensure the outside robot complies with its regulations? In the future, robots would use AI for a specific make in a country, in accordance with that country’s AI regulations. So even if a company says Meta makes AI robots in another country, ethics differ. The middle name can also include the country name, as per future unilateral standardization. We need to standardize naming to register all robots globally. The import of robots should be subject to immigration rules and regulations once robotics reaches its peak.
In the same way, robots would need soft copies of passports embedded in their LED screens, or, if there is no LED screen, the owner should possess the robot’s passport if the robot plans to visit another country with the owner in an aircraft (if safe), ship, or road. These are far-future processes, but we must think about them now to establish standards beforehand. If a robot travels on an international flight, it should comply with the requirements of the country it is traveling to. It may get a permit to travel, or it may be rejected. The robot’s passport would also contain the AI models it uses, the bugs fixed, and named upgrades; this is where the need for the full names of those models comes in. Hence, this article.
It’s time we started naming robots, say, Robo Bugfixer 2.0, chatKKT, and the like. That is, a robot should have a full name, a name the company wants to give it based on its properties and features, a version number, and a surname, maybe the name of the company manufacturing it.
These names can help us identify the robots if we spot them in the market or along the road. These names can help classify robots by use. This classification can be used in competitions and daily use alike.
People can find out what a robot does just from its name; the more user-friendly the name, the easier it is to understand what a robot is specialised to do. Gone are the days when one robot does all things; why not make specialized robots? Robots specialized in a single area can be useful as human experts in that area.
These names can be used in AI models; for example, we have an AI model that generates Java code for the backend. Its name can be Metu Java 3.0 Backend, or something like that. Java is a name that people around the world, across many generations, understand. Java was the name of the job market just a decade ago; everyone was learning Java, and all job vacancies were filled with the word Java. Now such things are notions of the past. But this is just to illustrate how we can name an AI model with the company name, use, version, and surname, to clarify the model name and its use.
There is no hard-and-fast rule for how a company names its robots or models. But if we all universally agree on some standardization, this can be useful in the future, when there is a bombardment of models for specialized types and specialized robots. Standardization eases the mess of the future.
Age would come when robots bombard the market, not now, though; it will take time, maybe a decade. But we must plan that, when we go to market in the future, we will see a robot and be able to ask its name. By the model name, we know its function. Another example is “ChefKing 3.0 Mety Cook”. Such a definition can help in window shopping, real shopping, or internet shopping for a robot. We need to work out standardized naming conventions of models, upgrades, and robots alike.
Same with AI models: there are so many companies; they can add their names to the surname or middle name and use them as in the models’ names. The first name can be a trendy name, which can be any name that companies decide. Standardization in naming models and robots can help in the mess around the future world of robotics.
Towards a well-organized world, where AI models are recognized by the manufacturing companies, the hosting companies, and the skill sets they possess. The skill sets can be coded as code words too, but the more human-friendly the name, the more it will be remembered.

Minnesota it would be fine. Don’t Angst ICE More. They have it already.

Minnesota, what you faced was not good, but this is not the way to pursue it. Why don’t you maintain peace and see what options peace brings? ICE protests are not calm in any way. Yes, even outsiders can see it. Immigration and Customs Enforcement (ICE) is what Minnesota is against now.
Hate is not a solution. Harm is not a cure. Pain is not a way out.
ICE stands for Immigration and Customs Enforcement. They are there to serve you. Understand the basics. Immigration and Customs Enforcement (ICE) aims to curb wrongful immigration in the USA and to send back peacefully those who are living in the USA without permits, or are engaged in some form of crime.
ICE is working for you, Minnesota-ians. They want your tax to be used on you, not on immigrants. ICE wants you to get what you demand in the USA, and not to share your national rights with migrants who are illegally living in USA.
Understand that ICE is working for you, and you are listening to immigrants who are illegal in Minnesota. These ICE agents are risking their lives day and night, so that the USA is free from illegal immigrants, so that the bread you buy does not cost more. When supply is less than demand, then price increases.
The USA is such a place that everyone on Earth wants to live there, even if it risks their life. But how much can the USA cope with it? There is an increasing demand. The demands are more and supply is less, so the prize rise. People from Somalia, Africa, China, Asia, the Middle East, Taiwan, Thailand, and more want to live in the USA. How much can you allow Minnesota?
You need to think, USA, ICE is working day and night in dangerous conditions. You should support ICE. Yes, what happened was not good, but there are ways to get that thing done. They have noted it well; give them another chance to serve you well. Let ICE serve you well, USA!
Be at peace; you have a nice President who cares about the welfare of the world, not just the USA. Prizes will come down in some time; help ICE serve you better, let them work, and support them. Prizes around the world are related, supply and demand matters. Immigration needs to be dealt with. Manage a solution with peace.

13 hours a day- What would you do in the extra time? Million years is a huge time! Part I.

Yes, you heard it right, in the future there will be 13 hours a day! Would that mean more work, or more leisure?
But it would be a million years away! Human life is now 100 years old, who can imagine a million years away in time? Can you? Would life span on Earth increase? Would we live longer than 110 years? If so, how!
If we can reach sun in our space machines, why cant we increase our life spans?
Lets focus first on 13 hours a day. 
The AI can’t perceive this reality.
It’s trying hard to draw a clock with 13 hours. See the attempts here to draw the 13-hour clock by different AI tools.
This would take millions of years, though.
As per ChatGPT, “Earth’s rotation is slowly slowing down, mainly because of tidal friction caused by the Moon. As a result, the length of a day increases by roughly: ~1.7 milliseconds per century (on average)”
Its 200 million years away, but we can just imagine,
1 hour more a day for swimming?
1 hour more a day for dancing?
1 hour more a day for cooking?
1 hour more a day to check work emails?
Or 1 hour more a day to catch up on sleep?
Or 1 hour more to love ?
So, all this is a million years away.
How many days are we gaining? No, it’s about hours.
More hours, more time on Earth.
What about age? Age depends on hours for many!
So age is a factor to consider! In age, we would add 1 hour each day, which means 24 hours each 24 days. Means 1 day every month in age would be computed.
This means the number of days in the calendar would remain the same, but we would gain 12 or more days.
Here is how the clock would look like, but what in a million years?
How would we look like in a million years?
How would Earth look like in a million years?
Green? Or barren? Parched?
It all depends on us; we can make Earth green if we want.
How would people look in winter clothes or in the shortest summer dresses?
This, too, depends on us.
In one million years, Earth will likely undergo dramatic geological, biological, and climatic changes — though life may still persist, human civilization would be completely different.
New laws of living, new ways we never thought of,
New cultures would evolve, its not a century it 200 million years,
Though all this would be gradual, so we won’t feel it,
Continents may change boundaries, volcanoes may add new landscapes, and climate change may have implications by then.
New species would come, and many would go in extension..
Culture will see change, technology will see a shift, and humans will fight a survival battle,
Asteroids would be known by then, we would get abilities to deflect it,
We would go to Moon for zero gravity fun as a safe trip.
More on it in Part II..
Keep you updated..

Who would clear Space Junk. More Space Satellites, data center in space? Ask them to make Earth’s Orbit Clean First.

So much junk in Earth’s orbit, so much mass lost from Earth is accumulating in Earth’s orbit. Who would clean it? So, who is to blame for the junk from the satellites that wear and tear? No charge, you earned dollars with it? Why not clean the space junk now?

Earth spins, rotates, and revolves, Moon’s friction, Asteroids’ pull, and the Sun’s gravity towards Earth all need to take care of Earth’s mass. More of it, inertia as well, which depends on mass and how mass is distributed in the area. So, things like sending huge masses from Earth to Mars, or like planets, can affect Earth’s processes? They say it’s negligible weight when we compare it to Earth’s mass. Well, Earth has a huge mass, around 5.97 10^24 kg and tonns of mass is lost regularly with loss of gasses through atmosphere. But its all landing up in Earths orbit!

How much weight has been put in Earth’s orbit as satellites and space junk? This can block so much, mess with natural processes!

So, can we keep sending things to space?

Now, data centers are planned in space?

Does anyone care about what Earth’s orbits are like?

It’s good that data centers in space would save a lot of energy by relying directly on the sun as a source, saving huge energy consumption on Earth.

But what would be the size of these orbital data centers?

How much weight would they carry?

What would happen to these data centers in Earth orbits when they are phased out due to wear and tear by asteroids or the sun’s heat? More space junks? In say 5 years time, who would clean the mess in space then?

A Junkyard it would be then?

Anyone to guide on this or regulate it?

Should we not worry about the messy orbits of satellites carrying space junk?

Who would clear space junk from Earth’s orbits?

Or does everyone just want to make a garbage pile in space as it exists and then explode as in the Philippines, as it has in recent days?

Orbital data centers are good? But what cost does it impose on Earth, not just on vendors?

As per internet there are over 9,000 metric tons of human-made debris in orbit.

Time to clean space junk, before we send more things to orbits.

Lets make our orbits healthy again.

Thanks for reading.

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Note: These images are generated by Meta AI. These show junk in space.

We need constraints in Generative AI Models Now

Enough of unconstrained generative AI outputs. It often leads to wrong or harmful outputs. How to make LLM safe?
Time for constraints in models.
How can constraints help?
— — No unintended outputs
— — By controlling models, we control the right outputs
— — The regularization of gen AI can be done by governments by looking over the inbuilt constraints.
— — Constraints are needed to avoid the wrong meaning of the same word.
— — For example, a prompt with Word Knife can trigger a wrong output.
— — A wrong output can trigger some wrong reactions by innocent people reading it.
— — Hence, governments must sanction AI companies to use constraints in their LLM models.
— — We right now aim only at Loss Minimization.
— — The feasible region is the entire internet, now in which gen AI finds solutions.
— The feasible region in an optimization problem is the region that are satisfied by constraints.
— Right now feasible region is the whole internet, including the dark Net.
—As no constraints are set as of now.
— — We need to decrease the feasible region to a limited region from where LLMs can find solutions.
— — In layman’s terms, we need to set boundary points to gen AI feasible search regions.
— — We need it, as all internet data can’t be fed again in LLM, we have moved ahead.
— — So we tell LLM, what is right to search in the form of reducing the feasible region from the whole internet to several cricket grounds.
Thank you for reading.
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References
(PDF) Unconstrained LLMs, How Long? Safe, secure, and trusted constraint-based LLMs

Happy New Year 2026, and a very Happy Orthodox Christmas Day! Hope!

Happy New Year 2026 to everyone. Sorry for being late with the wishes.
It’s Jan 7th, the orthodox Christmas day. I wish followers of orthodox Christianity a very happy day. I wish people were able to follow their faith with hope and joy in heart wherever they are, in Russia, Ukraine, Brazil, or wherever they are. Times are tough, and it’s easy to say, but I really wish for good times ahead for everyone.
If you have some wishes from last year, they will be done in the great year of 2026.
We pledged too high in 2025 but fell behind in the challenge. Let’s complete the pending tasks of 2025 as we start 2026 goals afresh.
Let’s not forget the past; let’s keep the candle lighted with hope for a better tomorrow — a win for the future.
Meaning of hope in good times-is to hope more,
The meaning of hope in bad times is to hope that it will pass, that it will be fine. Loss may be immense, but we must hope that we would be taken care of. Here comes the role of having faith, so I wish you this day, whatever faith you want to follow, have hope.
Meaning of hope in average times is that we must hope more,
We must not lose hope.
We all face good and average times, and let us pray in this great time that bad times don’t come. If bad times do come, so building an understanding of hope is essential.
Let’s hope we will be successful in 2026.
Happy New Year, Everyone! Hope for a better year, hope for a better world, let’s hope it will be fine, let’s hope our aims will be accomplished in 2026!

Robots and Life in the coming times. Robots dancing to numbers in China…Why should we be behind?

Chinese robots have nothing more to do, so they are dancing on dance floors? Or do they have a special dance with the singers they are dancing with? Or do they want to show their coordination and skills? Or it’s just a surprise in monotonous jobs done for years! Yes, Chinese Singers, surprise caught the eyes of onlookers!
Do we really need robots to dance on stage?
Well, if they have something special to show? Such as a complete round in the air? What say?
If not, human dances are good enough! But people need eye-catching things! People may be bored with the same things! That they want robot clicks in between!
The fusion of the dance of robots and humans in China caught the eyes of all! Thankfully, none of the robots were flying! You must see the dance, it does catch the eye!
So, where would all this go?
Well, can all this merge into humanity’s aim to be stronger and braver?
All that is progressing is making humanity stronger and braver, giving them a reason to do more, stand firm, and be motivated at the end of the year…
But why dance?
Why not some other work?
It just shows their takeover of complete robot movements, out-of-the-box thinking, or just an idea for mastery of robotics.
But there can be many other applications of robotics, than dancing, here are some,
Firefighting with robotics is essential in forest fires and other types of fire, as in the Hong Kong fire, where more than 160 people lost their lives. Fireproof robots are needed to handle fires in cities and in forests. These robots must specialize in firefighting in both constructed towns and unconstructed forests. We really need this one before we can go to Mars.
Or dealing with floods and flash flooding, storms, and more. Such robots can auto-drill themselves into land to protect themselves from being washed away by storms and save others’ lives with their locomotive advantages. They could be robots intelligent enough to guide stranded people to a safe place if someone woke up late in a storm or a flood. They can show directions on auto-detecting humans or pets in a region.
After flood rescue missions, the robots can help disaster management teams with rescue and detection, with high AI embedded in them. These robots can detect survivors with help of experts in this area, and help the team reach survivors and to save them, by reaching them in a chopper, boat, or like cars.
Making dry and barren lands green before we can make Mars green. We need food for billions each day. There are a lot of jobs robots can doif they help us make barren lands fertile and green. If we can’t make barren lands on Earth green, how can we make Mars green, as is said by some of the world’s best entrepreneurs? So first make Earth lush green, then only can we believe Mars can be greener than Earth! Earth can be green, we need to work in accordance with some logic! Mars may need to wait as Mars is not Earth!
Helping cattle graze and take cattle back home in the evening.
Keeping flu-free bird zones with the help of tiny robots.
Robotics in war-hit areas. These robots can help distribute food and water in war-affected regions, as they can be non-discriminatory, protect property, and distribute resources evenly.
Robotics can be applied to medicine and help doctors to provide first aid in areas where recognised medical assistance takes time to reach.
Robotics can support aid givers in areas where humanitarian support is needed.
Robotics can help with space missions to Mars, as sending humans to Mars is not recommended, as there is no oxygen in the air on Mars to breathe there as of now.
Robotics can support law and order in a region where humans can’t be deployed. Places where there are war-like events, such as Nigeria and Syria, are examples of maintaining international security from IS-like groups.
Robotics can help maintain peace along international borders by deterring smugglers and terrorists — borders such as the contested border between Thailand and Cambodia, which just signed a peace deal, the Mexico border, the Venezuela oceans, and maritime war security from drug smuggling.
Robots can help migrant boats arrive safely at international borders as they approach France and Europe along the coast. They can save lives and send them back; however, this would not be a single robot; it would be a maritime robotic navigation system with drones and more installed. This really needs innovation.
Robots can help in amusements in circus and entertainment places, as the same things at times become boring, and even a slight deviation can be an eye catcher, just like the news of robots doing dance clips in China.
Maybe after dancing in China, robots can bring surprise to traditional opera with good intentions. There is no comparison to conventional opera, but this is to see whether surprise works its magic. So, even real new magic by humans can bring a new spring of life to traditional things, if not for us, then for the next gen.
Robotic pets are gaining momentum online. Especially in running
There are many more things to write, but we really need help in growing climate-safe food, so we need robotics help for farmers to grow more for humans then for cattle, animals, and pets.
Let’s make valuable robotics, not just dance over it, but let’s make robotics cover up our farms from excessive rain. If not, let’s have AI plan for us how to grow food that is safe from climate calamities, which are here to stay for some time. Can we raise our lands a few feet? Can we collect soil so that crops grow at a height? Can we cover up so that the soil does not sediment with the rain?
We have a lot to do! It’s a new year, so let’s dance off with robots, but let’s join hands to solve the world’s problems now! And apply robotics to the proper use.
Robots may not look human all the time, but they can be intelligent walls that save our resources, such as warehouses, greenhouses, or the like, in times of need.
Thank you for reading.
I wish you all a very happy New Year in advance.