Intelligent upgrade is a change in sight!

Among them, Zhang Bing introduced: the core link of identification of data security governance is mainly to identify sensitive data, analyze security risks, and establish a management system, to this end, Zhang Bing proposed to carry out data security governance from the following ten aspects: 1. Under the direct direction of the supervisor or the Data Security Management Committee (or Data Management Committee); 2. Clarify the organizational structure and responsibilities of data security governance, assign special departments and personnel to be responsible for data security governance, and grant corresponding authority; 3. Provide adequate professional training for data security management personnel to master the necessary knowledge and skills; 4. In the case of insufficient internal personnel and experience, help external professional resources to carry out data security governance; 5. Combine data security governance best practices and industry regulatory guidelines, adopt scientific methodology, and gradually carry out governance work; 6. Establish a sound data security governance system with key data as a breakthrough; 7. Comprehensively identify data security risks to prevent the wooden barrel effect; 8. Overall assessment of the needs of data security protection technologies and tools, and gradually improve according to priority; 9. Develop data security management operation and maintenance system, and optimize cycle; 10. Strengthen data security awareness education to form a corporate data security protection culture.

From "smart fiber" to "smart wear", it seems that the frontier is actually in front of us

There is also an intelligent topic in the chemical fiber industry around the product dimension of intelligent research, that is, smart fibers and smart wear that are more concerned about downstream clothing, home textiles, industrial use and other fields.

Fu Shaohai, a professor from the School of Textile Science and Engineering of Jiangnan University, introduced smart color-changing fibers and their textiles. Fu Shaohai said: "Intelligent color-changing fiber is a kind of fiber that can change color under external stimulation, which can be used to indicate and monitor signals such as temperature and voltage, and can be used in fashion, curtains, medical treatment and other fields." At present, materials that can be used in the research of smart color-changing textiles include metal complexes and organic color-changing pigments."

It is reported that the team led by Fu Shaohai is studying the application of liquid crystal materials in smart color-changing fibers and textiles. Fu Shaohai said: "The liquid crystal material is sensitive, the color change sensitivity can be accurate to 0.1 degrees, continuous color change, color change stability is good, but there are also problems such as flow is not easy to set, environmental sensitivity and pollution, and there is no binding force with the fiber." To this end, Fu Shaohai led the team to put forward relevant design ideas, and is studying to improve the related properties of liquid crystal materials through liquid crystal packaging technology, fabric coating modification, flexible fiber wirelessly connected devices, and brightness improvement.

Fu Shaohai's research uses fiber as the carrier for intelligent design, and Zhang Hongyan, a professor from the Beijing Institute of Fashion Technology, studies smart wearables, introducing the application of flexible devices in smart wearables.

Zhang Hongyan said: With the aging trend of China's population and the impact of the epidemic on people, smart wear has attracted more and more attention. However, the current smart wearables on the market are generally faced with problems such as fighting for themselves, lack of integration, high repetition, and low recognition. Zhang Hongyan introduced that the first-and-second-generation wearable smart textiles have poor performance in terms of comfort and washable, and the third-generation wearable textiles are flexible smart devices embedded in clothing, or smart fibers used to achieve the functions of smart devices. "The future of smart wearables will be clothing as the carrier, to achieve a high degree of integration of smart textiles and wearable devices." Zhang Hongyan said.