AI News, Elsa B. Kania
Osmosis (TV series)
Set in near-future Paris, the science-fiction drama sees a new dating app called “Osmosis” developed that can decode true love, digging deep into its users’ brain data to find a perfect match with 100% accuracy.
But is there a price to pay when letting an algorithm decide whom you will love, using technology that can access the innermost recesses of your mind and your best-kept secrets?
Greg Wheeler from The Review Geek recommended the first season in their review of the series by stating that 'Osmosis is a really thrilling sci-fi trip, one asking some big questions around love and relationships while delivering a well written story full of twists and turns along the way.'
Emma Stefansky from Thrillist praised the series, stating that 'Osmosis joins the ranks of shows like the German time-travel thriller Dark, the Danish zombie eco-pocalypse The Rain, and the South Korean medieval drama Kingdom, creating a subgenre within Netflix of remarkably good foreign-language genre television' and further adding that it 'is the kind of show you can just sit and absorb.'
Laurie Clarke of Techworld gave the series a positive recommendation saying that its 'handling of a technologically entwined future is much more subtle than the at-times hamfisted approach of Black Mirror and it breathes some much-needed humanity back into tech-centric fictions.'
Why Huawei Isn’t So Scary
5G may have become a buzzword, but the notion that countries must rush to be first to deploy it is mistaken and reckless—and increases the odds of security breaches.
There’s no doubt that 5G is important, promising the high speeds and unparalleled connectivity that are required to unleash the full potential of the “internet of things”—the ever-growing network of web-connected devices—and artificial intelligence.
5G could prove critical to economic competitiveness, but not only will a race to install the system end up backfiring, there is also reason to think twice about the claims of China’s Huawei that it alone can shape our technological future.
The telecommunications firm declares itself the unparalleled leader in 5G as it attempts to secure commercial partnerships around the world, now boasting more than 50 contracts across some 30 countries.
That Huawei has amassed a market share estimated at nearly 30 percent of the global telecom equipment industry reflects its capacity to underbid and undercut competitors, not to mention multiple alleged incidents of bribery and corruption.
There have been numerous accusations of intellectual property theft, as well as ongoing reports of attempts to expropriate sensitive technologies, from the early copying of Cisco source code to military technology.
Although Huawei may assert that it has already taken an unbeatable lead in 5G infrastructure, judging who’s truly ahead in the field means looking at multiple criteria.
Huawei CEO Ren Zhengfei has declared that his company’s dream is to “stand on top of the world.” But the global supply chain remains highly interdependent—a point of leverage that Washington is seeking to exploit by potentially limiting Huawei’s access to U.S. technologies.
A healthy ecosystem for telecommunications would be based on market diversity and fair competition and would emphasize the importance of regulatory bodies, standards, and industry alliances to ensure security and interoperability.
The U.S. government, in coordination with a range of allies and partners, can step into the fray by bolstering support for R&D, including expanding funding for academic research on next-generation technologies, and by providing tax credits to incentivize investment in the technology while actively supporting initiatives that aim to foster a more inclusive and competitive ecosystem.
Elsa B. Kania
Her research focuses on Chinese military innovation in emerging technologies in support of the Artificial Intelligence and Global Security Initiative at CNAS, where she also acts as a member of the research team for the new Task Force on Artificial Intelligence and National Security.
Her analytic interests include Chinese military modernization, information warfare, and defense science and technology.
Elsa works in support of the China Aerospace Studies Institute through its Associates Program, and she is a policy advisor for the non-profit Technology for Global Security.
Her thesis on the evolution of the PLA’s strategic thinking on information warfare was awarded the James Gordon Bennett Prize.