Updated: 2012-09-03

Such a thing happened, which alarmed the whole country of SAL's Chinese R&D institutions. Duke and the others did not expect that their opponents could use such means to steal intelligence. Although now everyone is not sure whether this is a personal or a national behavior, SAL has long become a thorn in the eyes of many companies. Even though thefts of secrets occur frequently on weekdays, there are never such an outrageous situation as this time.

All key R&D institutions, including precision machine tools under Dushi Heavy Industry, special steel R&D centers, etc., have been replaced with monitors made of new magic mirrors.

Of course, this magic mirror display does not mean that it has no radiation at all, but compared to the original computer display, the radiation level and intensity are much lower. More importantly, its display principle is completely different from the original. Even if you can receive relevant radiation information, you cannot simply parse out the specific content contained in these radiation information.

The keyboards were all replaced with radiation-proof keyboards. Although this has increased the costs of several key R&D centers of the company, at least the safety hazards in this regard have been lifted.

Nowadays, whether it is navigation technology or voice intelligent recognition, most of the technologies used in civilian products, precision machine tools, special materials and other basic technologies for military and civilians, as well as high-sensitive technologies such as lotus piles that have a strategic role in solving energy and power problems, they are all the core things that Duke relies on for development. Any leak is a huge loss.

However, in terms of software, Duke can control the core key algorithm source code not to be opened, so that R&D personnel can work in packaged SDKs and not be easily taken away. However, even if these SDKs are stolen and applied to unknown fields, it is still a loss.

With several trials using cloud development platforms successful, Duke led the company's comprehensive upgrade and transformation plan for the R&D environment, focusing all research on a R&D cluster composed of super small machines, and each R&D worker is working on a remote virtual desktop.

This new R&D method has improved a level of R&D security control. No one can be as perverted as Duke, with the ability to directly access the network and the ability to remember everything from the perspective of the human body. Therefore, under this R&D model, the things that individuals can access and leak are quite limited.

After more than a month of hard work, all major R&D centers of SAL have been completely renewed. For researchers, everyone has changed their working interface. The new remote desktop uses gigabit network support. Behind it is a super small computer cluster that is comparable to the performance of mainframes. Its speed response is far better than that of local desktop-level computers in all aspects.

In particular, improving the virtual testing environment can instantly generate the initial environment in various situations needed by R&D personnel, and the R&D efficiency can be improved much more than the original environment.

It can be said that with such a new environment, SAL's R&D has improved qualitatively in terms of safety and efficiency. It turned out to be in a locally improved R&D environment, and finally entered the cloud development state in one fell swoop. This is also a major gain induced by the Lotus Base's secret theft case.

Another gain is that Paul Chen's set of things was sent to the Duke's Special Mechanical Research Center for dismantling and researching after Duke's strong request. Although this set of things is not the latest technological product at the moment, in Duke's view, this thing is still quite advanced and practical.

People can't make things like tanks and large drones for a while, but if they study this kind of small thing thoroughly, Duke believes that it can create a set of counterfeit products in the short term.

After all, Duke can get involved in several core parts, such as capturing computer screen radiation information for analysis and restoring. With the original application example, Kerry can quickly analyze its core algorithm and re-implement it.

As for the communication implementation part in the middle, there will be no problem. Duke can now achieve better and more efficient implementation than them. After Duke analyzed the main functional characteristics of the drone, combined with the company's intelligent control system from the military, he quickly transformed a more powerful drone control system.

This new system that combines intelligent navigation, intelligent voice and advanced artificial intelligence driving control has already achieved a very high level of intelligence. After re-brushing into a drone, it can intelligently bypass obstacles and fly quietly even in the forest.

In the middle, you only need to set a destination and flight altitude for it.

"Duke, if you continue to do this, you, Brother Qin, will be unemployed sooner or later." Qin Tairan was invited to visit this small drone test and said to Duke half-jokingly, "In terms of intelligent control, I dare say that the system you developed in China and internationally will not be smarter."

"I personally think that for war zone reconnaissance with complex mountain and forest environments, there is nothing more suitable than the drone you have developed," said Qin Tairan. "With this thing, when you arrive at the real frontline battlefield, you will sacrifice fewer reconnaissance personnel. The old man is right. Science and technology are the primary productive forces, and now I think science and technology are also the primary combat force."

"Brother Qin was joking. This thing is not mature yet. There are many problems encountered in terms of power and observation systems. According to the comrades below, this thing is too large and easily discovered. However, if the body size is smaller, the durability of the power and the carrying of the observation system are another problem. There are still many problems to be put into use." Duke said modestly.

Now that he has accepted this thing, he wants to do it more perfectly. This drone, temporarily named "Forward" has its main purpose for research, is to observe the cutting-edge of complex terrain. Now it seems that the intelligent control system has basically passed the test.

However, how to equip the power system that works for a long time and a suitable observation system is a headache for Duke.

In terms of these unique hardware technologies, Duke can solve only limited problems, and Duke's special R&D center has not accumulated much in this regard. It is now relying on the power modules provided by the Arsenal Company of Qin Tairan.

"Your research progress is already amazing. Not to mention you, these things are a big problem even if you do this in China. This time you have gotten a small drone produced by Lockheed Martin. Their power system can support more than two hours. If it can be successfully cracked, it will be a breakthrough for our miniaturized drone." Qin Tairan said with a smile.

"Oh, it would be great if we could get a Predator or Global Hawk, we could have a big drone to play with it." Duke sighed.

"Don't think about it. Even if the military goes through hard work, it only gets some fragments from Pakistan and Afghanistan. All the key things have been blown up. Their self-destruct mechanism is really amazing." Qin Tairan shook his head, disagreed with Duke's insane appearance of swallowing an elephant, and revealed some restricted secrets slightly.

"Our people have the opportunity to get close to these types of drones?" Duke's eyes lit up when he heard this and he couldn't wait to ask.
Chapter completed!