Don't panic, America; this is just civilian technology.

Looking at the 2162 million defense penetration points displayed on the system panel, Zhang Chi felt both happy and helpless.

The good news is that the number of points breached reached a staggering 2162 million.

The frustrating part is that the upgrade conditions for the Infinite Enhancement System are increased by a factor of 100.

The first upgrade requires 1000 defense penetration points, the second requires 10 million defense penetration points, the third requires 10 billion defense penetration points, the fourth requires 1000 billion defense penetration points, and so on.

Although Zhang Chi could upgrade the original version of the remote-controlled toy car.

Then they could create a completely new series of remote-controlled toy cars, and from then on, they would only need a mere 10 defense points to start.

However, this shortcut is actually not feasible, because the reinforcement of 10 points of defense penetration is actually comparable to the situation in the smartphone industry.

In the smartphone industry, many mobile phone manufacturers do not actually have the ability to develop mobile phone components.

Their operating systems, lenses, chips, batteries, etc., are all purchased from other companies and then outsourced to other manufacturers.

Because there are different spare parts on the market, there are naturally countless ways to combine them, plus the ability to deeply customize your own Android system.

Therefore, even if they use the same components, smartphones developed by different manufacturers will have different user experiences, quality, and stability.

Therefore, the main reason for the 10+ penetration points is the use of third-party components for structural optimization design.

Only after reaching the second upgrade, achieving an infinite enhancement level of 1000 million defense penetration points, can one enter the realm of self-developed spare parts.

For example, Zhang Chi could allocate 1000 million points to specifically enhance the speed of the Wildcat remote-controlled toy car.

That means the motor in the Wildcat remote-controlled toy car will be replaced with a self-developed motor.

The performance of this self-developed motor will definitely be stronger than the motor used in the second infinite reinforcement. The specific strength will vary depending on how many defense penetration points are invested.

For example, a motor developed with an investment of 9000 million in breaching defenses will definitely be stronger than one developed with an investment of 1000 million in breaching defenses.

Although they are all motors, different designs and materials can indeed produce different effects.

As for what the third infinite enhancement with 10 billion defense points will enhance.

According to the explanation of the Infinite Enhancement System, the motor of the Wildcat remote control toy car will use new materials.

Motors developed and designed using new materials will definitely be stronger than traditional motors.

As for what the fourth infinite enhancement with 1000 billion defense points will become.

According to the explanation of the Infinite Enhancement System, the fourth Infinite Enhancement is a revolutionary enhancement.

It will no longer use the traditional electric motor and tire propulsion system, but will adopt a completely new propulsion system.

For example, it might use magnetic levitation propulsion, or it might use ion propulsion or sonic propulsion...

Zhang Chi had no idea what type of advance it would take, only that the more points of attack he made, the stronger the effect.

As for the question of how much it will cost to manufacture after it becomes so powerful, and whether consumers can afford it.

That's not a problem for an infinite enhancement system to consider.

It only cares about enhancement, but doesn't care about the price of what you produce or whether consumers can afford it.

Thinking of this, Zhang Chi picked up a wildcat remote-controlled toy car.

"I need to reinforce its rationality."

As soon as Zhang Chi spoke, the Infinite Enhancement System responded immediately.

[Ding, please select the direction of infinite enhancement.]

1. Image stability.

2. Signal interference resistance.

3. Ease of operation.

4. Load-bearing capacity.

5. Jumping ability.

6. All-terrain off-road capability...

Looking at the sorting list and the newly added enhancement directions in the Infinite Enhancement System, Zhang Chi suddenly realized something.

The enhancement direction of this infinite enhancement system should prioritize showcasing the biggest shortcomings of the Wildcat remote control toy car.

For example, image stability, which is the most important aspect, is actually the biggest shortcoming of Wildcat remote control toy cars.

Although the camera module of the Wildcat remote control toy car uses DJI's OcuSync digital image transmission system.

However, the camera module of this OcuSync digital image transmission system does not support optical image stabilization.

After all, DJI developed the OcuSync digital image transmission system for the purpose of applying it to the drone industry.

The drone doesn't shake as much as a remote-controlled toy car moving on the ground.

Therefore, the electronic image stabilization technology built into the OcuSync digital image transmission system is sufficient to solve the problem.

Therefore, the camera module of the OcuSync digital image transmission system does not support optical image stabilization, which results in very serious shaking of the Wildcat remote control toy car.

Although this does not actually hinder use in normal situations, at least the impact is not significant in second gear, it only causes slight dizziness.

But third gear is different; the speed in third gear can reach 41 to 120 kilometers per hour.

The faster the wildcat remote-controlled toy car travels and the worse the road surface, the more severe the screen shake will be, and the less acceptable it will be.

It's no wonder that the Infinite Enhancement System listed image stability as the first area to be prioritized for enhancement.

Without strengthening image stability, it really won't work.

Consumers use Wildcat remote-controlled toy cars to enjoy themselves, not to suffer.

They certainly don't want to play with a wildcat remote-controlled toy car only to end up feeling dizzy and nauseous instead of enjoying it.

Thinking of this, Zhang Chi immediately spoke to the Infinite Enhancement System:

"Help me increase the defense points by 2000 million, in a reasonable manner."

They respectively enhance image stability and signal anti-interference capabilities.

Image stability and signal anti-interference capability each account for 50% of the vulnerabilities.

[Ding, your command has been received.]

As the Infinite Enhancement System's notification sound rang, Zhang Chi saw that the Infinite Enhancement System only had a mere 162 million defense penetration points left.

Less than half a day later, Zhang Guan, the head of the technology research and development department, rushed to find Zhang Chi.

"Boss, our R&D department had a meeting and we think we should improve the image stability and signal anti-interference capability of the Wildcat remote control toy car."

After all, such shaky visuals and easily interfered signals are not user-friendly and will affect the sales of our Wildcat remote control toy cars.

"Look, this is the research and development plan formulated by our technology research and development department."

As he spoke, Zhang Guan carefully handed the research and development plan to Zhang Chi, already prepared to be spit in Zhang Chi's face.

This is because the R&D plan formulated by the technology R&D department this time is really too ambitious, like a snake trying to swallow an elephant.

Given their current financial situation, Anle Toys Company absolutely cannot afford that much money for research and development.

Knowing the company's current financial situation, Zhang Guan was certainly prepared to be spitting in Zhang Chi's face.