In the software market where software is sold at a lower price, fierce competition exists due to numerous competitors. Considering costs, such software generally adopts soft encryption methods. However, due to factors such as computer upgrades or partial hardware upgrades by software users, protection management becomes difficult, leading to a continuous rise in service and management costs. More importantly, due to the large volume of sales for this type of software, counterfeiters are "constantly emerging" driven by profit motives. As a result, software developers face dual pressures from service costs and piracy, significantly affecting their economic interests and even business development.
How can issues of service and piracy be resolved at a low cost? Many software developers have chosen low-cost encryption locks, which has somewhat improved the situation, but it has also brought some new problems:
Ordinary low-end encryption locks have high breakage rates and are relatively difficult to set up for encryption, potentially increasing service and management costs instead, and may negatively impact the brand. Choosing an encryption lock with a very low selling price without receiving satisfactory service support is equivalent to indirectly increasing encryption costs.
How can encryption locks achieve stability?
Product Code: L11920B081103
The stability of encryption locks mainly comes from three aspects: the quality of hardware chips, the integration level of components, and the technical strength of the encryption lock manufacturer. Lingrui I uses mature 8-bit microcontroller chips produced by top international semiconductor manufacturers. The improvement in overall chip integration greatly solves the common problems of high damage rates and "data loss" in ordinary encryption locks. The R&D and technical support team of Chen Si Lock has accumulated technical experience for over a decade, effectively ensuring product quality and services.
Lingrui I's advantages in software protection:
Two prominent features of Lingrui I hardware are the built-in international AES algorithm and the advanced "COB" process. These play significant roles in resisting decryptors' "soft decryption" techniques and physical attacks on chips. Moreover, Lingrui I has the characteristics of large space, fast execution speed, and simple encryption deployment.
Hardware uses COB process. COB refers to the processing and production technology that encapsulates the chip and circuit board together at once, resisting direct physical attacks by crackers.
AES algorithm protection. The 128-bit AES algorithm is currently a universally used encryption algorithm internationally. Using the AES algorithm allows software to be more tightly integrated with Lingrui I devices.
Secure tunnel technology. Using the AES algorithm to establish a secure communication tunnel and random scrambling technology hides all communication data between the device and software, preventing crackers from obtaining effective information through eavesdropping.
Provides 1920 bytes of super-large application space. Users can store more data, design more flexible protection plans, and meet the needs of protecting multiple software products (modules) simultaneously.
Fast execution speed. Due to fast execution speed, users can set more and more complex encryption points, increasing the difficulty for decryptors to crack.
Supports shell encryption. Even without the source code of the software, you can quickly protect the software using Lingrui I's shell encryption function.
No driver installation required. Lingrui I supports HID equipment standards and does not require special driver installation under most operating systems, featuring good compatibility and ease of use.
It is worth noting that the encryption development work of Lingrui I is extremely convenient. In normal circumstances, you can complete the encryption development work in less than 30 minutes.
Lingrui I creates value for you:
In addition to the aforementioned advanced functions, Lingrui I also possesses convenient and easy-to-use identity authentication and remote upgrade functions.
Easy-to-use identity authentication function. Based on the HMAC certification mechanism, you can easily implement client user identity authentication without having to understand and learn complex certification theories.
Convenient remote upgrade function. You can update the data inside the encryption lock without needing to recover the encryption lock. The upgrade process is secure and reliable, greatly improving work efficiency and helping you save on management and logistics costs.
The rich features of Lingrui I will create more value for you, and now you can obtain it for less than 20 yuan.
We specialize primarily in cloning encrypted USB dongles, hard simulation, and hard cloning of encrypted USB dongles, etc., Technical QQ: 1601500861 QQ:1600188506 QQ:2598881561 QQ:2598966556. We handle cloning, simulation, and PJ of various types of encrypted USB dongles like SenseLock encrypted USB dongles, FTSafe encrypted USB dongles, SafeNet encrypted USB dongles, YuTian encrypted USB dongles, NetCom encrypted USB dongles, Longmai encrypted USB dongles, Aladdin, etc.
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