Businesses need to be proactive, especially with the EU‘s General Data Protection Regulations (GDPRs), which take effect five months later. To ensure that retailers, government agencies, emergency services, and other organizations do not violate regulatory standards, one needs to consider whether facial recognition, license plate recognition, vehicle sensors and other technologies can meet the requirements and requirements of the GDPR.

Recently, QbeamLab, the first-generation open source electron beam metal 3D printer in China, was officially released at Tianjin High-end Equipment Research Institute of Tsinghua University. Lin Feng, Chief Scientist of Tsinghua University, He Yongyong, Executive Vice President of Tianjin High-end Equipment Research Institute of Tsinghua University, Science and Technology Commission of Toray District, Director of Management Committee of Huaming High-tech Zone, Fu Sheng, Ministry of Industry and Information Technology of the PRC for Additive Manufacturing Industry Union executive secretary Li Fangzheng attended the conference.

E-waste should not be unfamiliar to the residents living in cities. Outdated old phones, obsolete computers, worn out old-fashioned TVs or fans, cell phone chargers, radios, MP3s, etc. ... When these things are used or used bad, how to deal with both convenient and environmentally friendly, it also Has become a problem that plagued many citizens.

Automotive industry analysts believe that the development of China‘s electric car market, mainly for two reasons. One is the expansion of the surplus population in the Chinese population who want to drive luxury electric vehicles such as Tesla because they are more durable, powerful and good-looking.

Driverless vehicle technology is now more and more mature, the future of driverless cars will gradually into people‘s lives, in order to make people better use of driverless cars, the United States plans to build smart cars and smart cars to match Save energy and reduce traffic accidents.

Recently, researchers at the University of Glasgow in the United Kingdom used graphene to develop an electronic robot skin that is more tactile than human hands. It is reported that the newly developed skin of the robot is essentially a tactile sensor, scientists will use it to create more lightweight prostheses, and the surface of the skin feels softer, more natural robot.