With the development of science and technology and the people's pursuit of healthy living, portable medical care equipment has become increasingly popular. Such as electronic blood pressure meter, electronic blood glucose meter, electronic heart monitor, etc. are not uncommon. Nowadays, with the development of intelligence, these portable medical devices have begun to evolve towards wearable styles, aiming to monitor and record our daily physical health data for a long time. The new feature requirements add to the technical difficulty of the electronic chip, but also stimulate the innovation enthusiasm of the IC decryption chip reverse research organization.

Wearable electronics are smaller and lighter

Innovations in electronic technology are driving the development of wearable medical devices that allow patients to wear equipment for long periods of time, thereby improving the quality of life and quality of care. Wearable medical needs to meet the technical requirements of long-term wear without deformation, long-lasting performance, comfort, and long battery life. It will be a big challenge for the design of the chip. The device is smaller and lighter, which requires the chip design to shrink accordingly. The volume is small, but the function can't be changed. It is necessary to set the same function program in a small space, and also to ensure normal operation for a long time. In addition, battery power consumption is not a problem, and its sensor design requires ultra-low power consumption to achieve minimum current consumption.

IC innovation needs to break through the bottleneck

For such high requirements, domestic chips are obviously a little difficult. For a long time, the use of high-end chips in China's electronic equipment has often relied on imports. Not only expensive, but also not conducive to the development of the local chip business. As the country pays attention to the information security industry, it has begun to implement support programs for the chip industry and encourage related industries to develop together. To develop, we must first learn the advantages of others. The IC decryption industry should take this responsibility as a breakthrough, and open the reverse research technology to obtain the intra-chip program. Through the special decryption equipment and means, the core of the chip design technology is absorbed, and the purpose of 100% reduction of the chip can be achieved. For IC decryption, cloning and replicating chips is equivalent to a kind of appendectomy. It is relatively easy and easy, and has a high success rate. It can help enterprises lacking technology to learn from Western microcontroller design principles. However, due to the lack of core technical support, IC decryption is easy to imitate, but independent research and development is not easy.

IC needs to pursue the market for secondary development

Not only medical electronic devices, the degree of intelligent development will make wearable devices penetrate into various fields. A good market prospect will surely attract a large number of merchants to put into production, and the demand for chips will also increase. In order to meet more personalized functions, domestic chips are in urgent need of reform and upgrading. As the right arm of the chip design, IC decryption also needs to carry out reform and innovation, break through the technical bottleneck and upgrade the business model. While relying on chip research and absorbing imitation of advanced technology, we will actively explore, in-depth research and development, and secondary processing to design new products with more times. While the MCU attacker finds a chip design vulnerability, it should also take remedial measures to improve the defects and upgrade the system. At the same time, after the chip information extraction is successful, the information should be re-researched and redeveloped, and new chips should be customized according to market development and objective requirements.