The entire Deep Thought III series can be hardware cloned: Standard type, Elite type, Enhanced type, Super Enhanced type; both standalone and network versions can be perfectly hardware cloned! Practical software: This product is low-cost and capable of achieving a high level of encryption, suitable for trade software that isn't too expensive. Since the Deep Thought III encryption lock has been on the market for many years and production and sales have exceeded 1.5 million units, the stability and compatibility of its hardware are sufficiently guaranteed. We mainly specialize in the cloning of encrypted USB dongle software, simulation of encrypted USB dongles, and hardware cloning of encrypted USB dongles. Technical QQ: 1601500861 QQ:1600188506 QQ:2598881561 QQ:2598966556 Cloning, simulation, and PJ of types such as Deep Thought Lock (SenseLock) encrypted USB dongles, Feitian Chengxin (FTSafe) encrypted USB dongles, Sentrifugo (SafeNet) encrypted USB dongles, Jianshi Chengxin encrypted USB dongles, Yu's Sky (YuTian) encrypted USB dongles, Jiangbolong (NetCom) encrypted USB dongles, Century Longmai encrypted USB dongles, Aladdin (Aladdin), etc. Latest information in 2012: Deep Thought 4 perfect clone, Feitian R6 perfect clone, Sharp e R2 R4 R4ND micro dog software dog S3 domain sky dragon vein perfect hard clone! Note: We only undertake the cloning business of encrypted USB dongles, first-hand source without selling software! If you think we are dog dealers or similar, please do not contact us, thank you for your cooperation! Feature characteristics: The Deep Thought III model is a product officially launched by our company in March 1999. This product was the first encryption lock in the industry at the time to support user programmability (custom algorithm prototype), bringing a leapfrog technological advancement to the software protection industry. The Deep Thought III provides an assembly instruction set with 28 instructions. Using these special assembly instructions and the integrated development system we provide, software developers can define one or more algorithms in the hardware of the encryption lock through programming. Since the algorithm prototype in the encryption lock is defined by the user, software developers can insert arbitrary calls to these algorithms in the application software, determining the legitimacy and effectiveness of the encryption device by detecting whether the hardware returns correct computation results. It should be specially noted that due to hardware performance limitations, this product cannot truly achieve the design goal of "transferring" key computations from the application software to be executed in hardware. It can only support users writing some transformation algorithms into the encryption lock hardware via hardware programming, which involve little computation and are not directly related to the computations of the application software itself. This is also the biggest difference between Deep Thought III and our high-end product, Sharp IV. Additionally, to facilitate software developers, the Deep Thought III integrated development system provides a set of foolproof solutions - automatically generating random algorithms for users to call in their software. However, since the automatic algorithm generator we provide is semi-public technical material, although the generated algorithms may not be identical, they inevitably share fixed structures and design ideas. Decryptors often use this approach, tracking and analyzing to deduce the algorithms stored in Deep Thought III that were generated by the automatic generator, thereby achieving decryption. Currently, the widely circulated Deep Thought III cracking methods on major decryption websites are entirely designed targeting this vulnerability. To achieve higher encryption strength using Deep Thought III, the currently effective solution is for users to write their own style of algorithms. However, since the algorithms that Deep Thought III hardware can support are not indispensable complex mathematical computations in the software, it is quite challenging for many software developers who are not adept at cryptographic algorithms to independently write these purely encryption-related algorithms using limited hardware resources; even if written, it is difficult to ensure the security of the algorithms, making them prone to vulnerabilities. From the above analysis, using Deep Thought III well poses high technical requirements for software developers. This is why most users consider Deep Thought III to have poor usability; it is indeed the problem of fish and bear paws being difficult to obtain simultaneously. The Deep Thought III model provides two connection methods: parallel port and USB port, and the locks of these two connection methods are fully compatible. Deep Thought III Network Version: The Deep Thought III network lock provides 12 functions, which are relatively easy for users to understand. Also, due to being on the market for many years, related auxiliary development tools and technical documentation are relatively complete, highlighting ease of use. However, since the Deep Thought III network version belongs to traditional network locks, it is difficult to provide high-strength encryption support for network-version software. It mainly offers convenience for network-version software that requires lower security but has a large number of network terminal nodes. Related theme articles: Deep Thought Lock, Sharp IV, Spirit Lock, Encryption USB Dongle Replication, Deep Thought Lock Sharp IV Deep Sense4 Encryption USB Dongle Replication, Deep Thought Lock, Sharp IV, Spirit Lock, Encryption USB Dongle Replication.