Reborn in 2010, the AI ​​in my mind is too powerful.

September 11, 3 PM, Alliance video conference.

The highest-ranking professional officer in the Polish army, Chief of the General Staff Leszek Sławski, is giving a report.

"We have collected and examined those spherical robots and determined that they are all small signal relay robots."

We are unsure of the total number, but preliminary estimates suggest that at least tens of thousands have infiltrated Polish territory.

They must have pre-set a planned clock, and only when the attack time arrives will they emit various signals to provide guidance and replenish computing power. They do not emit signals at other times, so it is difficult for us to locate them.

Yesterday morning at 8:00 AM, they launched an attack on both banks of the Vistula River. We were a bit careless, and the losses were not small.

Their drones are relatively basic, but there are just too many of them. Preliminary estimates suggest that they launched 100,000 small drones from underwater yesterday alone, some of which are very small and used for jamming or deflecting bullets.

The other part is equipped with armor-piercing rounds, which ordinary Aurora armor cannot effectively defend against.

Their precision is also very high; they don't attack blindly, but rather target the observation port of the driver's position on the vehicle.

We have now made a preliminary resolution to this attack.

However, our casualties were quite high, reaching 2 in a single day.

We need more equipment support, and more robot troops.

Especially the new type with scales, which can withstand armor-piercing rounds; we hope Aurora can provide more of them.

The other allied nations remained silent, all looking at Aurora's representative, Amy.

The other allies are somewhat aware of the major factions within Aurora, and Amy, being the most radical of them, is the one the other allies least want to deal with.

As expected, Amy's reply was full of arrogance and sarcasm: "We said before that we hoped to unify command with Aurora, but you wouldn't listen. You only wanted our intelligence and network support. Otherwise, so many people wouldn't have died."

The Polish soldiers are really bad. I heard many of them ate breakfast right before the battle and were attacked.

The other side's deception tactics are so low-level, how could you fall for them?

As expected of Poland, their stereotypes are completely accurate.

Don't ask us for support. Those scale robots are Aurora's latest electromagnetic armor, and they are extremely expensive to manufacture.

This is a battle for survival of species. Although he launched an attack on Poland, we cannot rule out the possibility that he may launch attacks in other regions!

We can't deploy more electromagnetic mechs in the short term, but we can send some other types of robots to fill in the gaps.

Polish Defense Minister Mariusz Blaszczak was itching to stand up and start a tirade. He had learned through diplomatic channels that several regions in the Middle East and Norway, which have close ties with the aurora borealis, had begun frantically replacing their equipment with electromagnetic mechs yesterday.

Aurora has already developed this technology, but it may have been kept out of service for the time being to lull the enemy into a false sense of security.

Aurora's recent actions have also made it clear that if it joins a unified command structure, it will provide sufficient protection.

Currently, small countries in the Middle East, such as Norway and Singapore, seem to have already given up, handing over their entire armies to Aurora for management, and even relinquishing various customs powers.

The only countries that can obtain advanced weapons without giving up their command are the United States and Tokyo University.

This differential treatment sent chills down the spines of other countries, who were still observing, as they hadn't yet been directly attacked.

But Poland is really struggling to hold on.

With tens of thousands of signal spheres within their territory, they don't know when the second wave of attacks will arrive.

Moreover, Poland, in order to save face, actually concealed the casualty figures, and the actual number of casualties was more than double that.

For the sake of Warsaw's security, Poland has had to move a large number of troops from other parts of the country back to the vicinity of the capital.

The Indian man stepped in to smooth things over and took the opportunity to probe: "We know that Aurora is also under a lot of pressure, as it has to be responsible for the defense of so many countries."

But the Aurora's maneuverability should still be enough to cover Poland, right?

Of course, if all else fails, there are other options. Now is a matter of life and death for the human species. Do you think this electromagnetic armor technology could be transferred to our other allies?

Amy smiled and said, "Sure, the technology of electromagnetic armor is very simple. Let me tell you about it."

It mainly consists of a conductive mesh, an insulating layer, and a conductive plate. Between the two plates, there is a high voltage of kilovolts.

This armor can be said to be specifically designed for armor-piercing projectiles. The metal jet of an armor-piercing projectile is not a solid, but a high-temperature plasma-state metal stream, which is conductive.

When the jet breaks through the outer layer, passes through the air gap, and contacts the inner layer, a short circuit loop is immediately formed, the capacitor discharges instantly, and a huge current passes directly through the jet itself.

Ohmic heating causes the jet to be instantly heated and vaporized, and also creates a magnetic constriction effect. The strong current generates its own magnetic field, which cuts off and twists the plasma jet.

The jet cannot penetrate like a needle; instead, it dissipates into a cloud of hot air.

In a little while, Aurora will send you the relevant technology, and you can do it yourselves.

This sounds like science fiction, but it's actually not that difficult. If you encounter any problems with the basic materials, we can provide technical support to resolve them.

Everyone else at the meeting looked surprised, then they began to applaud, and representatives from various countries began to praise Aurora's spirit of putting the greater good first.

"Aurora, the light of humanity! They voluntarily offered their technology for humanity; this will be recorded in human history."

"Now is the time for war. After peace comes, we will make amends to the aurora."

"We will never forget the contributions of the aurora."

Amy enjoyed the compliments, but said, "I know that even though we have now formed the Holy Alliance of Humanity, the inertia means that we are not closely united."

Many countries still operate according to outdated national ideologies.

However, I believe that Aurora's technology distribution this time can help everyone put aside their differences and work together for the development of the alliance. At the very least, our individual perspectives should not remain limited to national interests, but should be focused on the overall interests of humanity.

Here, I hope that all countries will unify their command systems as soon as possible.

Aurora hopes that the allied forces will have one voice, rather than each region fighting its own battles. We at Aurora don't need complete command; we believe that delegating command to the core decision-making level is sufficient.

The sycophantic voices that had been there before immediately disappeared. The core decision-making bodies of several countries, including Singapore and the United Kingdom, were basically just filling in the numbers by relying on the United States and Aurora Borealis.

The remaining three are truly terrifying. None of the countries want to directly hand over their national sovereignty, but they also don't want to be the first to take the lead.

Seeing the silence of the various countries, Amy did not press further. She smiled and said, "Let's end the meeting here today. Aurora will send some technical data to each country, including detailed manufacturing parameters. We hope that each country will actively carry out military buildup, so that the burden on our core decision-making level can be lightened a bit."

"Okay, okay."

"We, India, will certainly arm ourselves as soon as possible and strive to liberate the whole of Europe as soon as possible."

"We will coordinate production as soon as possible, and we also hope that Aurora can provide some technical support in a timely manner."

The meeting ended in this harmonious atmosphere, but the moment the video conference ended, representatives from various countries immediately began contacting their scientific advisors.

The Indian representative frowned and said, "Have our scientific advisors keep watch. As soon as the technical regulations for the aurora arrive, check them immediately. I don't believe the aurora will just hand over the technology to us like that. Take a close look to see if there are any pitfalls."

Aurora kept its word and transferred a lot of technology through alliance channels just one hour after the meeting ended.

In downtown New Delhi, India, at the presidential palace on Rasina Hill, dozens of experts are looking at various blueprints and technical documents.

India is a magical country. Although the whole country is a mess and the lives of the lower classes are worse than those of cattle and horses, it is able to make a name for itself on the world stage thanks to its large population and other advantages.

It has a unique feeling that is both smelly and fragrant.

Technically, India also maintains this unique blend of pungent and fragrant qualities.

India may be the only country in the world that skipped a level; it never industrialized, but instead jumped directly from an agricultural country to a service and IT powerhouse.

This country doesn't have much industrial technology, but it can keep up with the world in some cutting-edge technologies.

India can't even produce a rifle that doesn't jam, yet it can develop MIRVs (Multiple Independently Targetable Reentry Vehicles). India can't even produce a decent tank engine, yet it can send a probe to Mars, and succeed on its first attempt. India can't even produce a batch of decent armor steel, yet it can manufacture one of the world's best supersonic anti-ship missiles.

Bizarreness is the defining characteristic of India.

They themselves knew this, and they were not confident about the technology for the aurora borealis. They believed that in the end, it was likely that only a portion of it could be made, but most of it would not be.

G. Satish Reddy, Chairman of the Defence Research and Development Organisation (DRDO) and Secretary of the Defence Research and Development Department, is the absolute leader in India’s strategic systems, aviation, drones, and guidance systems. He is regarded as the successor to the lineage of missiles and strategic systems after AP J, the father of India’s missiles.

Holding the report in his hand, he said to the expectant officials beside him, "The technology provided by Aurora is extremely detailed, even the cutting-edge technical details of the materials are very clear."

Even if we lag behind in output or quality due to limitations in our industrial base, we should be able to replicate it if we follow the same methods exactly.

The surrounding officials were very excited and began to applaud. They had never expected that the aurora would actually go to such lengths for the so-called greater good of humanity.

But they soon stopped celebrating because G. Satish Reddy looked clearly unwell.

The Defense Minister asked, "Any other questions?"

G. Satish Reddy said with a bitter face, "That's right, they gave us almost everything technically, without holding back. However, the core of this electromagnetic armor requires extremely high current, which is unacceptable in terms of size if a conventional battery is used."

Aside from Aurora's black velvet, I can't think of any other compatible energy source. In other words, even if we successfully build our own mechs, we'll still have to buy black velvet from Aurora later.

The surrounding officials fell silent. After a while, the Defense Minister angrily shouted, "Damn it, those people in the Middle East are frantically planting black wool, letting those turban-wearing devils profit! We used to have to buy oil from them, and now we have to buy black wool from them!"

The other allied countries also quickly understood the meaning behind Aurora's technology transfer.

The United States and Tokyo University had clearly communicated, and the very next day they announced that they would begin to change the existing urban construction and fully embrace aerial technology.

In several pilot cities, the implementation of graded aerial roads will be promoted, allowing Tesla's flying cars to have their own aerial roads.