Worth a read :)
Phew, reading this story was a trip.
TL;DR, this chinese hacker group (successfully) coerced chinese motherboard manufacturing plants into altering the designs for their motherboards to include a tiny chip- no larger than the tip of a pencil- so that they could have control over machines that were later assembled on top of these motherboards further down the supply chain.
Their targets appear to have been large tech corporations (Apple, Amazon were/are affected), as well as positions within the US government/military. Supposedly, no consumer data was stolen or affected.
This thing is so goddamn tiny, and yet it supposedly has the power to alter essentially any instructions that get passed from OS to CPU, as it acts as intermediary in between the RAM and CPU from what I understand. It has network access due to how it’s connected to the baseboard management controller, so it can call home for instructions on what code to run, since… it can do whatever it wants with the cpu, apparently? I’d love to see a more in-depth look into how this technology works, honestly.
Considering this doesn’t seem to affect end users at all, and mostly only has caused harm to large corporations and also the US government/military… my reaction to this is mostly a mixture of “lol” and “holy shit that sounds like something out of a goddamn action movie”.
Introduction to Tensorflow for Java ☞ http://dev.geekwall.in/35e2bb2e8e
#ai #DeepLearning
The First time in 8 years. Incredible!
“The first time in eight years”. Reblog with caption 🙃
With the innovation of technology, both the cellular and Wi-Fi networks are being upgraded. While the technologies will feature their individual improvements, for some environment, they will also work in collaboration to fill the gaps for other technologies.
In the upcoming years, the technologies of 5G and Wi-Fi 6 will play an essential role to transform the companies digitally. In common words, architects will start using Wi-Fi 6 whenever they can and 5G when they must. However, Wi-Fi 6 may be less costly and faster, but it is not available always. So, if the technologies are integrated, it will not only save money but can also achieve the greatest level of performance.
Here are some of the advantages of Wi-Fi 6 and 5G and examples of how the enterprises can use both the technologies to accomplish their goals. Follow the link to know More
The banking industry is booming the implementation of digital technologies, perhaps more than any other sector, to enhance its business processes. And this entanglement of technology and industry continues with the introduction of cognitive technology. Cognitive technology is a new avenue for cost control through cognitive tooling and automation with distinctive optimization possibilities.
Cognitive technology generally relates to systems that use Artificial intelligence and signal processing to imitate logical human potential. These self-learning systems use a range of information, predictive analytics, and natural language processing. Cognitive technology makes banking and financing more productive while also providing an excellent customer experience by assisting in the following ways....Follow above link to know more
Anonymous. Fiske Reading Machine in the hand of its inventor, Rear Admiral Bradley Fiske. 1922
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Smart cities are considered as the future of urban living, using digital technologies, data, and design thinking. As the urban population grows in diverse conditions, many cities turn to technology and smart city solutions to build a more livable environment and thereby improving the delivery of public services.
Smart cities create a new model by improving existing transportation systems, that use the data applications and technology to improve the quality of life for citizens and visitors. Technology serves citizens and can enhance many aspects of public life, including quality of life, mobility, security, education, economy, and the environment. Here are some key points that enable the smart government of smart enterprises movement globally.
In an event at the Brookings Institution on October 23rd, Richard Spencer, Navy Secretary, said that the service is struggling to beat back threats to cybersecurity and the supply chain. He remarked that “We are woefully behind”. He added that the service is planning to improve facing cyber threats. The newly established positions of special assistant/chief information officer filled by Aaron Weis prove this.
This job includes four directorates who are aimed at modernizing the service for a digital age and protecting the Navy by keeping it strictly against cyber threats. It is not the same as once it was years ago as the thinking and level of engagement on cyber have evolved in the last year.
The ever-increasing scope for development in Biotechnology has made it a hot favorite for nations that are striving to build high income-driven economies. According to reports, the Biotechnology market is expanding at +9.9 percent CAGR and is expected to exceed USD 775 billion by 2024.
The Chinese Biotechnology market alone was valued at USD 29.7 billion in 2017. Due to the leap in the number of chronic diseases, innovative technologies in the sector and increasing demand for bio-agriculture products, the Chinese Biotechnology market is expected to achieve a lucrative growth rate of 10.6 percent CAGR by 2024.
Over the last eight years, Malaysia has been actively involved in strengthening its biotechnology ecosystem. By developing their local industries, they have a created a niche for themselves as a reputable Biotechnology hub of Asia. Malaysia’s robust conducive environment combined with high growth potential provides multiple opportunities for the country’s Biotechnology sector to develop to a fully-fledged state.
Strategic Advantages
The country’s rich biodiversity, cost-competitive skilled labor market, excellent transportation networks ICT infrastructure, strong government support, and public-private sector participation are leveraging the growth of Biotechnology sector there. Moreover, the cost-effective nature of the markets makes the country more inviting to do business.
The adoption of Good Clinical and Good Manufacturing Practices ensure that Malaysia remains competitive as a research, development, and manufacturing destination, drawing more investments into the Biotechnology sector.
Exploring new market territories
New Biotechnology and Life Science companies looking to enter the market or companies looking to expand their market presence and sales reach, relish the Malaysian market due to the unique and developed trade linkages it proffers.
As a signatory member of the Asean’s Free Trade Area (FTA) agreement along with Japan, Korea, China, and New Zealand, Malaysia provides access to a regional market of over 500 million people. Also, the Islamic roots of the country Read More
Src: Apac cio outlook
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