Google announced Thursday that it had disabled 210 YouTube channels that were uploading videos “in a coordinated manner” about the ongoing protests in Hong Kong.The announcement came three days after Twitter and Facebook announced they had shut down a network of hundreds of accounts that were posting content aimed at undermining pro-democracy protesters in Hong Kong. Some of the accounts posed as news organizations and independent entities but in fact had links to the Chinese government, both companies said.
Twitter, Facebook and YouTube (Google) shut down accounts “aimed at undermining pro-democracy protesters…” Should companies be allowed to make decisions about the content that is shared across their platforms?
How might Twitter, Facebook and YouTube (Google) have determined, in a reliable, repeatable process, that an account is “undermining pro-democracy”?
Four billion people lack internet access. Satellite internet could change that. But will the jobs created be good ones?
More than half the world is still unconnected to the internet. While coverage is rising in the regions mentioned above, installing cables and mobile phone masts to hook up the remaining 4 billion people would be a very slow process. The distances involved are huge. But now a handful of companies are planning something different – the internet, from space.
Big Four auditing firm KPMG has identified the top four skills needed for a blockchain-related career, in a press release shared with Cointelegraph on May 16.
KPMG suggests that an increasing number of companies will investigate blockchain technology this year. “Blockchain projects will not succeed or scale without a multifaceted team that goes beyond technologists,” the firm states, thus identifying the four major skills needed for a career in the industry.
KPMG argues that the successful deployment of blockchain tech depends on professionals with both technology literacy and business acumen.
Google’s announcement that it was no longer able to work with Huawei is just one repercussion of the US decision to add the Chinese tech giant to its “entity list” of companies American firms cannot work with.
The true impact to Huawei may be enormous. While we often refer to the firm’s devices as simply “Chinese”, the reality is much more complicated – it sources parts and expertise from all over the world. The same can be said for the likes of Apple, of course, which relies at least in part on chips created by its rival, Samsung.
To get an idea of how disruptive the US move is, let’s take a look at just one component of one device: the motherboard in Huawei’s flagship smartphone, the P30 Pro.
This is an incredibly useful article in that it lays out all the components of a smartphone, with photos, and explains in simple terms what they do and where they come from. Why is so important that a good deal of the components for a Chinese smartphone come from the U.S?
” Analysts predict the decision [by the U.S. to ban U.S. components in Chinese Huawei products] could encourage China’s desire to build more technology within its own borders. That would be a difficult, costly, and in some areas sub-par, move to take. But long-term it would give China a chance to set its own standards on future technologies.” What issues arise when countries have different technology standards?
It was on the motorway near Phoenix, Arizona, that I realised fully driverless cars might be quite a distant dream. And that was because our Google Waymo robo-taxi seemed incapable of leaving that motorway.
Google leads this race at the moment and for the past six months has been offering a robo-taxi service, Waymo One, to a select few early adopters in and around the Phoenix suburb of Chandler.
Our first ride with Waymo took us through the quiet suburban streets, where traffic is sparse and drivers well mannered.
Here, the minivan, fitted out with a battery of sensors and high-definition cameras, performed very impressively, handling slightly tricky left turns, spotting other road users and slowing down as it passed a school.
While a Google engineer sat behind the wheel, she never intervened and soon we relaxed and forgot that we were effectively being driven by a robot.
SpaceX wants to beam cheap broadband internet all over the planet. It’s gearing up for the first crucial step toward making that a reality.Elon Musk’s rocket company will try to deliver a batch of 60 satellites into low-Earth orbit, the first for a megaconstellation of satellites that SpaceX is calling Starlink. The launch could happen sometime next week.It was scheduled to take off Wednesday night, but rough winds in the upper atmosphere caused a one-day delay. And SpaceX said in a Thursday tweet that it would wait another week so the company can “update satellite software and triple-check everything again.”The upcoming mission is a small part of what SpaceX ultimately wants to be a much grander project: a group of potentially thousands of satellites swirling over Earth that the company says could eventually make available low-cost internet for a significant portion of the world’s population that isn’t yet online.
When space-based internet is discussed, the discussion usually focuses on ” a significant portion of the world’s population that isn’t yet online “. However, space-based internet could fundamentally change how countries like China and Iran are online. In what ways?
What sort of companies could you build if internet were available everywhere?
Why are walls always straight? Why does it cost so much to build them? And why do big construction projects so often run late? Construction has always been a conservative industry, used to doing things how they have always been done.
But a new wave of innovation is coming, which will change what buildings look like, how they are made, and who wins in the new era of the construction industry.
Architects have always been limited by what their builders can actually make. But if robots were doing the building, all sorts of new possibilities open up.
Real life is rarely as exciting or fraught with complications as the movies, except when it comes to businesses under attack. Cybercriminals around the world take hacking to the next level — stealing passwords, scraping credit card numbers and attacking the Internet of Things. That’s where “ethical hackers” like Sherri Davidoff come in, finding weaknesses and helping businesses protect themselves and their communities.
Davidoff is a cybersecurity and digital forensics expert and CEO of LMG Security and BrightWise Inc. She has worked with businesses and organizations for several years, evaluating security systems and data breach responses. A