You probably remember the strategic importance for China to become a leader in standard-setting. Mobile telephony, digital TV, wireless Internet, no technology seems to escape the appetite of Chinese engineers to participate in defining the trajectories of tomorrow’s technologies.
Their focus has now turned to the Internet of Things. Earlier last month, the Ministry of Industry and Information Technology’s (MIIT) National IT Standardization Technical Committee has established a working group of sensor network experts to create a draft national standard for the Internet of Things.
They come in the footsteps of Europe’s Casagras project (including participants from France, the UK, Japan, Korea and…China) which aims at establishing standards for the communications and encoding used for the objects of the Internet of Things.
While China and other countries had little to say in the “standardization of the Internet”, it will be interesting to see whether a different (and functional) governance model emerges from opening participation to other countries.
P.S.: Casagras, which stands for Coordination And Support Action for Global RFID-related Activities and Standardisation, has just issued its final report on RFID and the inclusive model for the Internet of Things
Counterfeit semiconductors are an increasing problem. At least, that’s what the Director of the Semiconductor Industry Association testified in front of the U.S. Trade Policy Staff Committee on China’s compliance with its World Trade Organization (WTO).
They can result in anything from a consumer paying for a fast computer but getting a slow computer, to more serious problems including failures in applications involving health and safety. In fact nowadays semiconductors are found everywhere, including in medical equipment, automotive or aerospace applications, or communications infrastructure for first responders.
Before you skin your computer to check if Intel is really inside, you should know that the most common problem is a remarked product, where the counterfeiter scrapes off the marking on the outside of an integrated circuit and remarks it with a different brand, speed, or part number. So, next time your computer slows down, don’t immediately blame Microsoft or your anti-virus provider…
You have probably been bored numerous time with the four great inventions of ancient China – namely the compass, gunpowder, papermaking and printing – and how close the middle kingdom was of doing its industrial revolution during the Sung dynasty (960 AD-1280 AD).
A millenium later, it is time to look back at the major technological development of the People’s Republic. For its 60th birthday, the official news agency Xinhua has highlighted the following achievements in the field of science and technology:
- Li Siguang’s theory on geomechanics which allowed the discovery of the Daqinq oil field (1959)
- the explosion of China’s first atomic bomb in Xinjiang (1964) which projected the country in the league of nuclear powers
- Yuan Longping’s development of hybrid rice varieties (in the 1970s) which helped China move towards autonomy
- connection to the Internet (May 1994)
- the launch of China’s first lunar exploration satellite (2007) and the coining of a new word for a Chinese traveling in space (taikonaut)
Nowadays, China cooperates with foreign multinationals (when it doesn’t buy them out) to explore oil at home and abroad; it plans to build 50 nuclear reactors over the next 10 years, to plant the Chinese flag on the moon. Finally, it quietly became the country with the largest number of netizens.
Let’s see what the next 60 years bring us!