Soldier

in a specialized cultivation tank.

A large patch of coral was growing at a speed dozens of times faster than normal coral due to the effects of hormones and nutrient solution.

In reality, these corals could no longer be called coral, but rather a constructed organism.

The parts resembling oyster mushrooms were cut from the photon coral. This was the chip organ of the photon coral, with a skeleton composed of calcium and silicon crystals, interspersed with dense hard proteins and various specialized cells.

Li Qingye placed this under a microscope, carefully examining its surface structure, then used various lasers to stimulate the photosensitive cells on the surface.

Under laser stimulation, the biological chip began to change.

In fact, these lasers were specifically designed by Li Qingye, drawing inspiration from current fiber optic signal transmission methods.

Unlike industrially produced electronic chips, the inside of photon biological chips was not uniform, meaning each biological chip was unique.

Borrowing techniques from fiber optic transmission and encoding, he continuously tested the biological chip's storage capacity, processing core, external interfaces, and so on.

Since each biological chip was different, each one had to be test-run to identify its effective structures.

In fact, current electronic chips had a similar situation: during photolithography, some circuits and structures might be defective, while others could still be used.

To avoid waste, these chips were processed a second time and used as substandard products.

The biological chip before Li Qingye was in a similar situation; the unusable parts had to be identified and shielded.

So far, only 5 biological chips had completed testing.

However, their computing power was quite impressive. The statistics showed that the average operating speed of the 5 biological chips was between 230 to 450 megahertz per second. This was with 60-70% of their structures having grown incorrectly; otherwise, they could have surpassed the gigahertz level.

The energy consumption of the biological chips was very low. Converted to blood glucose, the energy consumed in a day's operation was equivalent to a normal person's daily blood glucose consumption of 4-8%.

This was even with the system running at full power. If it entered low-power mode, the consumption could be halved.

Furthermore, the storage capacity of the biological chips was very high, currently averaging between 150-250 terabytes.

Rubbing his eyes, Li Qingye felt them become dry and sore. This was clearly a side effect of looking through the microscope for extended periods.

I need to find a way to stop testing biological chips manually. A small number is fine, but if the quantity increases, my eyes will be ruined. he thought helplessly.

However, looking at the biological chips sealed in the culture dishes beside him, he felt a sense of relief.

The biological chips, about the size of a one-yuan coin, shimmered with flowing light on their surface. This was not the inherent color of the chips, but the reflection of light from their structures.

Similar to butterflies in nature, butterfly wings themselves do not have rich colors. It is the intricate nanostructures that reflect different light, making them appear colorful.

He then spent several more days to gather 10 biological chips and complete the system and software implantation.

The system within the biological chips was developed by him bit by bit, named the [Fuxi System].

As for the software, there was only [Soldier], [Daily Life], [Martial Arts], [Weapon Mastery], [Expression Management], and [Interpersonal Communication].

Among these, the Soldier software was an artificial intelligence responsible for the management and operation of the entire system.

Of course, these chips also required some special peripherals.

For example, USB interfaces for connecting to other devices and transmitting data, ways to control the body's hormone and pheromone levels, methods for connecting to nerve cells, and so on.

Although these components had been developed, they had only been tested on animals, with only so-so results.

But Li Qingye, in urgent need of manpower, had to make do.

May 19th.

He began the secondary modification of the experimental subjects.

After anesthetizing the subject, the skullcap was removed. He then cut a special shape into the removed skullcap, perfectly fitting the biological chip.

Next, he connected the bio-fiber optics. Various biological peripherals modified from parasites and microorganisms, referred to as bio-functional components, including hormone generators, pheromone generators, blood glucose power supplies, neuron connectors, and external auditory data interfaces, were assembled piece by piece.

Since all were made of biological materials, these biological peripherals were not only very discreet and difficult to detect with ordinary scans, but they could also self-repair, avoiding the need for cranial surgery for replacement in case of malfunction.

After the surgery was completed, to eliminate surgical traces, bone repair fluid was used first. This was an ingredient extracted from genetically modified coral. Combined with bone powder, it could rapidly repair bone, and ordinary medical detection equipment could not detect the surgical incision.

Similarly, the incision on the skin also needed treatment. Although they were hidden in areas covered by hair, this was still not foolproof.

He then took out special hormones extracted from genetically modified sea cucumbers to stimulate accelerated healing of these wounds, along with some other auxiliary drugs.

As long as these were continuously injected into the skin tissue near the incision, scars would basically disappear in about twenty days.

For a continuous week, he performed surgeries, modifying all seven experimental subjects.

Among them, the first experimental subject, Baffart, had almost recovered.

A specially made fiber optic connection line was inserted into Baffart's left ear, and a virtual page popped up on his computer screen.

This was the virtual page of the Fuxi System.

[Initializing Soldier 00001]

[Please set password...]

Li Qingye renamed Soldier 00001 to: Soldier-Baffart, and stored all relevant information about Baffart in this Soldier's historical records.

Compared to general artificial intelligence, Soldiers had one advantage: they possessed a brain that had lost its emotions.

This brain was not unusable, but it had lost its emotions and desires. The role of the Soldier now was to replace natural emotions and desires.

The underlying logic of a Soldier was very simple: absolute loyalty to Li Qingye.

"Baffart."

"Yes, Boss." Baffart gave him a stiff salute.

"Pour me a glass of water."

"As you command."

Soon, Baffart returned with a glass of plain water.

While testing Baffart's adaptability, he adjusted the Soldier's operating model.

At the same time, he was populating its database. This biological chip had a massive storage capacity, around 203 TB, which was more than enough for storing common knowledge and the like.

In reality, the Soldier's most core program was its operating model, also known as simulated thought.

This model preset numerous simulated scenarios. Once a Soldier encountered a relevant scenario, it would react according to the preset simulations.

For example, if Baffart met someone offering him money, he would smile and accept it. If the person asked him to do something, he would say he needed time to consider, but would secretly record the matter and report it to Li Qingye periodically.

Li Qingye had preset thousands of simulated scenarios for the Soldiers. If a situation arose that wasn't covered by the simulations, the Soldier would analyze it and choose one of thirty general templates to muddle through the situation before reporting it to him.

In truth, the scenarios he had preset could handle the vast majority of situations.

Furthermore, Soldiers could update their databases and programs. As they were used over time, they would become increasingly comprehensive.

Besides, Li Qingye didn't need them for business negotiations, scientific research, or anything similar. They only needed to monitor the interior and protect him. The first-generation Soldiers were barely usable.

Thank you all for your support (ω｀). Please collect, vote with monthly tickets, and recommend tickets.