"They are going after data that can be used strategically, so it is line with state espionage," said Plan, whose firm has tracked the group since 2013. "A private entity probably wouldn't benefit from the sort of data that is being stolen." The TEMP.Periscope hackers were seeking information in areas like radar range or how precisely a system in development could detect activity at sea, Plan said. The surge in attacks picked up pace last month and was ongoing.
The test -- which coincides with the annual meeting of China's parliament in central Beijing -- underscores a major push by China's leaders to leverage technology to boost security in the country... Wu Fei, chief executive of LLVision, said people should not be worried about privacy concerns because China's authorities were using the equipment for "noble causes", catching suspects and fugitives from the law. "We trust the government," he told Reuters at the company's headquarters in Beijing.
This weekend while China's President Xi Jinping is expected to push through a reform allowing him to stay in power indefinitely, Reuters reports that the Chinese goverment is pushing the use of cutting-edge technology "to track and control behavior that goes against the interests of the ruling Communist Party online and in the wider world... A key concern is that blacklists could include a wide range of people stretching from lawyers and artists to political dissidents, charity workers, journalists and rights activists...
"The new technologies range from police robots for crowd control, to drones to monitor border areas, and artificially intelligent systems to track and censor behavior online," Reuters reports, citing one Hong Kong researcher who argues that China now sees internet and communication technologies "as absolutely indispensable tools of social and political control."
[...] There have been other glimpses of Alibaba's progress in AI lately. Last month a research team at the company released an AI program capable of reading a piece of text, and answering simple questions about that text, more accurately than anything ever built before. The text was in English, not Chinese, because the program was trained on the Stanford Question Answering Dataset (SQuAD), a benchmark used to test computerized question-and-answer systems. [...] One advantage China's tech companies have over their Western counterparts is the government's commitment to AI. Smart cities that use the kind of technology found in Shanghai's metro kiosks are likely to be in the country's future. One of Alibaba's cloud AI tools is a suite called City Brain, designed for tasks like managing traffic data and analyzing footage from city video cameras.
Fu's lab specializes in analyzing the cybersecurity of devices connected to the Internet of Things, such as sensors, pacemakers, RFIDs, and autonomous vehicles. To Fu, the ripples in the spectral readout suggested some kind of interference. He discussed the AP clip with his frequent collaborator, Wenyuan Xu, a professor at Zhejiang University, in Hangzhou, China, and her Ph.D. student Chen Yan. Yan and Xu started with a fast Fourier transform of the AP audio, which revealed the signal's exact frequencies and amplitudes. Then, through a series of simulations, Yan showed that an effect known as intermodulation distortion could have produced the AP sound. Intermodulation distortion occurs when two signals having different frequencies combine to produce synthetic signals at the difference, sum, or multiples of the original frequencies. Having reverse engineered the AP audio, Fu, Xu, and Yan then considered what combination of things might have caused the sound at the U.S. embassy in Cuba. "If ultrasound is to blame, then a likely cause was two ultrasonic signals that accidentally interfered with each other, creating an audible side effect," Fu says. "Maybe there was also an ultrasonic jammer in the room and an ultrasonic transmitter," he suggests. "Each device might have been placed there by a different party, completely unaware of the other."
The scripts and scanning tools dumped by Shadow Brokers and studied by the Hungarians were created by an NSA team known as Territorial Dispute, or TeDi. Intelligence sources told The Intercept the NSA established the team after hackers, believed to be from China, stole designs for the military's Joint Strike Fighter plane, along with other sensitive data, from U.S. defense contractors in 2007; the team was supposed to detect and counter sophisticated nation-state attackers more quickly, when they first began to emerge online. "As opposed to the U.S. only finding out in five years that everything was stolen, their goal was to try to figure out when it was being stolen in real time," one intelligence source told The Intercept. But their mission evolved to also provide situational awareness for NSA hackers to help them know when other nation-state actors are in machines they're trying to hack.
It will soon be obvious that half of our job tasks can be done better at almost no cost by AI and robots. This will be the fastest transition humankind has experienced, and we're not ready for it. Not everyone agrees with my view. Some people argue that it will take longer than we think before jobs disappear, since many jobs will be only partially replaced, and companies will try to redeploy those displaced internally. But even if true, that won't stop the inevitable. Others remind us that every technology revolution has created new jobs as it displaced old ones. But it's dangerous to assume this will be the case again.