Behind the scenes technology company

Chapter 36 "Core" and Materials
The emergence of cracked systems has brought new problems.

When a new product appears on the market, the countdown will start when it is cracked and conquered. It is almost impossible to eradicate such a thing. The only way to restrict the cracking of one's own products is to make cracking unprofitable, plus relevant laws and regulations.

The constraints of laws and regulations are the constraints of order and morality, and how to make cracking unprofitable is what the company should do.Complexity and secrecy are ways to increase the cost of cracking.

Flies do not bite seamless eggs.

In terms of hardware, Wei Lai needs a more complete production chain to keep the entire production process of the product as confidential as possible.

In terms of software, we need a new general-purpose operating system platform.

Like Apple, the MACOS system is difficult to crack. The cracked system always has problems of one kind or another, and it is extremely unfriendly to users. The combination of hardware identification and adaptation and software systems requires a unified view, which is complicated. Engineering and higher technology come with their own secrecy.

The development of software engineering is based on the hardware architecture. Wei Lai's primary goal is to improve the production chain, and also to get rid of production constraints, except for the manufacture and purchase of basic components. The glorious and arduous task falls on the chip.

A chip generally refers to the carrier of an integrated circuit, and is also the result of the design, manufacture, packaging, and testing of an integrated circuit. It is usually an independent whole that can be used immediately.

In modern society, the use of electronic products permeates every corner of life.Electrically driven devices are called electronic products. Electronic products are composed of different types of electronic components, and the core part is the circuit board.

The circuit board is composed of various chips, and it is also a key component for function realization and performance improvement.

There are also different classifications of chips, the most common ones are precision classification and function classification, but both may refer to the same chip.The precision classification is such as 7nm chips, and the function classification is divided into GPU (graphics processing unit) and CPU (central processing unit) according to different functions.

In short, a chip represents a complete semiconductor industry chain.From design to manufacturing to packaging, each item brings together a large number of advanced technologies.

From chips to operating systems, building an integrated high-tech production chain without any influence and restriction from external factors is also the basic demand to ensure the interests of the company.

Wei Lai's vision for the company cannot be limited to drones, but more for long-term planning.From drones to electrical appliances to robots, the establishment of an intelligent social structure requires the support of a general-purpose operating system platform.

This is a huge challenge for Wei Lai. The black technology he obtained has little correlation with chips and operating systems.

The development of science and technology is also gradual, and it is not something that can be created just by thinking about it.The various robots and drones produced by Wei Lai are also developed and manufactured without high requirements for chips.

The "sensory" system is strictly a mechanical chip, more technological content is in the design, and the requirements for precision are not so high.The function realization of the construction robot is also realized through different types of chips. After in-depth research on multi-functional drone technology, more functions are in terms of power structure and balanced noise reduction.

The preparation of chips cannot be completed in a simple one or two years, and the pits of the general operating platform also need a long time and adjustments according to the production status of the company's products.

The only thing Wei Lai can do now is to continuously make technical reserves, do more research on existing technologies and basic technologies, and make breakthroughs in performance from the most basic materials.

Recently, what Wei Lai pays most attention to is the operation and maintenance personnel of the research center, and they are constantly fighting wits and courage with the crackers. These researchers, or programmers, are more accurate.

While fixing bugs, it is also improving and supplementing the "Suzaku" operating system, and accumulating corresponding technical reserves.

Wei Lai did not forget that the authority of his national database has been increased. In addition to company affairs, the work he handles every day is also in the process of continuous learning and progress.

It's not that Wei Lai has become smarter, but that he understands everything. Science and technology do not exist independently. For Wei Lai, the systematic inheritance of science and technology, and related technology projects can be well understood by Wei Lai. and learning, but when encountering subjects that are not very relevant, Wei Lai has no desire to learn, in short, he just doesn't understand.

Wei Lai was extremely distressed by this, the pain of longing for knowledge but not being able to learn it, dealt a big blow to Wei Lai.

"So if you want to do artificial intelligence, you must do artificial intelligence, simplify the process, and save the learning steps. It is really the best auxiliary tool."

When it comes to the national database, we have to mention the three technologies that are known as the most likely to achieve technological breakthroughs in the 21st century: nanotechnology, artificial intelligence and genetic engineering.In the national database, all kinds of research attempts are clearly recorded. Wei Lai tried to check the information related to artificial intelligence. A large number of professional terms and nouns are like a bible for the future.

"I'm sure, I'm indeed a scumbag."

"However, I have mastered the method of preparing room temperature superconducting materials. Since I can't solve the problems of the semiconductor industry, then I will solve the materials first and build a new generation of supercomputers." Wei Lai thought to himself.

After returning to the research center, Wei Lai convened a team to formally tackle the project of room temperature superconducting materials after verifying and learning the relevant technical information on superconducting materials in the national database and his own technology.

Superconductors have many unique properties. The most prominent feature is that the resistance is zero below the critical temperature. At this time, the current flowing in the superconductor can be large without heating, so there is no energy loss.

The high current-carrying capacity and zero-resistance characteristics of superconductors enable them to store large amounts of electrical energy without loss for a long time.

Due to temperature requirements and limitations, superconducting materials at room temperature do not currently exist, and people are working hard to break through the temperature limitation to make superconducting technology applied to various devices.

The development of room temperature superconducting materials has brought infinite possibilities to Wei Lai.

The diamagnetism of superconductors is a necessary condition for the magnetic levitation technology shown in science fiction movies.

The application of superconductors belongs to the application of material technology. When material technology achieves a breakthrough, the conditions for mass production and preparation are met. After the cost drops, everything around it will change and enter the next era.

If Wei Lai does not obtain this technology, in the next few years, perfecting the system, developing new models, and continuously investing in scientific research and innovation will be the company's only choice.

The transformation of room temperature superconducting technology determines the fate of the company. The perfect synthesis technology of room temperature superconducting materials means that the cost of trial and error is reduced, and a lot of useless work is no longer wasted. To really develop and reduce costs, and put it into commercial use, Wei Lai is needed. A joint effort with researchers.

(End of this chapter)