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139 Facts about Instagram One Should Be Aware of in 2017

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This is 139 facts and stats about the app that shook the mobile photography world. time to start planning your  instagram marketing strategy,
credits: https://websitebuilder.org/resources/139-facts-about-instagram-one-should-be-aware-of-in-2017/

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Twitter finally allows several locked users regain control

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After a year of locking out some accounts, Twitter is finally allowing several of the users regain control of their accounts once again.

Accounts created by those under 13, were frozen owing to the General Data Protection Regulation (GDPR) that came into force on May 25 last year.

The GDPR stipulates that the age of consent for using online services should not be lower than 13.

Twitter had locked down several accounts owing to the age restriction; also locked out users who said they were now old enough to use Twitter’s service legally.

“Starting today, we’ll email those eligible with details on how to unlock your account. Emails will be sent in waves, so don’t worry if you don’t hear from us right away.

“No email? Log in to your account and look for a Get Started button. You’ll have 30 days to finish the process.

“If you don’t have an email tied to your Twitter account and you’re eligible, you can log in to your account and you’ll see instructions on screen when it’s your turn,” said Twitter.

Twitter said users of affected accounts would be notified in phases, and that it may take a few weeks for every affected user to get notified.

“Typically, being eligible means you must meet our minimum age requirement and your account must not be locked for other reasons, such as for violating Twitter Rules,” Twitter said.

Source: https://www.thenewsguru.com/technology/internet/article/twitter-finally-allows-several-locked-users-regain-control/

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Google’s latest app, Rivet, uses speech processing to help kids learn to read

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Rivet, a new app from Google’s in-house incubator, wants to help children struggling to read. The app hails from Area 120 — Google’s workshop for experimental projects — and includes more than 2,000 free books for kids, as well as an in-app assistant that can help kids when they get stuck on a word by way of advanced speech technology.

For example, if the child is having difficulties with a word, they can tap it to hear it pronounced or they can say it themselves out loud to be shown in the app which parts were said correctly and which need work.

There are also definitions and translations for more than 25 languages included in the app, in order to help kids — and especially non-native speakers — to better learn reading.

For younger readers, there’s a follow-along mode where the app will read the stories aloud with the words highlighted so the child can match up the words and sounds. When kids grow beyond needing this feature, parents can opt to disable follow-along mode so the kids have to read for themselves.

While there are a number of e-book reading apps aimed at kids on the market today, Rivet is interesting for its ability to leverage advances in voice technology and speech processing.

Starting today on Android and (soon) iOS, Rivet will be able to offer real-time help to kids when they tap the microphone button and read the page aloud. If the child hits a word and starts to struggle, the assistant will proactively jump in and offer support. This is similar to how parents help children to read — as the child reaches a word they don’t know or can’t say, the parent typically corrects them.

Rivet says all the speech processing takes place on the device to protect children’s privacy and its app is COPPA-compliant.

When the child completes a page, they can see which words they read correctly, and which they still need to work on. The app also doles out awards by way of points and badges, and personalizes the experience using avatars, themes and books customized to the child’s interests and reading level.

Other surprises and games keep kids engaged with the app and continuing to read.

According to Rivet’s head of Tech and Product, Ben Turtel, the team wanted to work on reading because it’s a fundamental skill — and one that needs to be mastered to learn just about everything else.

“Struggling readers,” he says, “are unlikely to catch up and four times less likely to graduate from high school. Unfortunately, 64% of fourth-grade students in the United States perform below the proficient level in reading,” Turtel explains.

Rivet is not the first app from Google aimed at tackling reading. An app called Bolooffers a similar feature set, but is aimed at kids in India.

While Bolo was not an Area 120 project, others from the incubator have focused on education, like learn-to-code app Grasshopper, or used speech processing technology, like customer service phone system CallJoy.

Rivet was previously spotted in the wild during beta trials this year, but is now publicly available and a free download on both Google Play and the Apple App Store across 11 countries, including the U.S.

Source: https://techcrunch.com/2019/05/14/googles-latest-app-rivet-uses-speech-processing-to-help-kids-learn-to-read/

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Google Chrome Update — ‘A Threat To Children, Cybersecurity And Government Snooping’

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The way we access websites is about to change. As a result, crisis talks have now been scheduled between the U.K. government and the internet industry to discuss the risks. The primary concern is a proposed but as yet unconfirmed update to Google’s popular Chrome web browser, one that would hit many of the techniques used to monitor internet content for both safety and snooping. It isn’t just Google that will change. But the market-leading position of its Chrome browser has focused governmental minds.

These days, almost everyone is familiar with the concept of internet domain names and the fact that memorable, human-readable addresses are translated into machine-readable IP addresses. But most people have likely never heard of DNS over HTTPS or DOH, and so will be unaware of a planned change to how all this works.

However, DOH is now being fast-tracked, and it has agitated U.K. child safety and intelligence agencies enough to convene a crisis meeting on 8 May, citing child safety, cybersecurity and even terrorism as concerns.

DOH will encrypt the addresses of the websites we visit, potentially bypassing local Internet Service Providers (ISPs), and connecting directly to central nameservers that could well be managed by the companies behind the browsers themselves. This means that many of the filtering and protection tools in place today, usually administered by ISPs, would no longer work.

The new approach brings definite security advantages, notwithstanding that we’ll be entrusting Google and its peers with even more data on us. If the addresses of the websites you want to visit can’t be seen, they can’t be filtered or policed. And campaigners claim that this has implications for the fights against terrorism and extremism, as well as for child safety.

Coming at a time when the monitoring of online content has never been more in the news, and when cybersecurity breaches are reported weekly, the clear need to improve online security is driving welcome change. But the unintended consequences of those changes are apparently now a major concern.

All change

The Internet’s Domain Name System (DNS) is one of its greatest strengths and also one of its greatest weaknesses. The internet is easy to use, but that comes with the risk of the manipulation of DNS names, with snooping on open traffic, and, in many parts of the world, with local monitoring and filtering. So it’s little surprise that the Internet Engineering Task Force (IETF) has been working on a revised approach.

As open traffic, your IP address and browsing activities can be profiled and your requests can potentially be intercepted and manipulated. Who you are and what you’re looking at can be monitored. But with more and more of what is done online being encrypted, the very act of accessing specific websites can be encrypted as well. This is what DNS over HTTPS is all about, bypassing locally held DNS nameservers, sending encrypted traffic to a central server instead.

The change would see web browsers (or other central services) handling domain queries, transparently to users, rather than fielding these as open internet traffic through the ISP. More secure and less open to interception, yes, because all of this would be encrypted HTTPS traffic, but it means that you would be serviced from a central location and not by an operator under your country’s legislative control. Think of it as a built-in, always-on VPN.

presentation from BT on the ‘Potential ISP Challenges with DNS over HTTPS’ earlier this month, acknowledged that “DOH could be a game changer in operator/application dynamics” with fast-tracked standards bringing potentially adverse implications on cybersecurity and on safety from online harms. BT cited a reduced ability to derive cybersecurity intelligence from malware activity and DNS insight, significant new attack opportunities for hackers, and the inability to fulfill government mandated regulation or court orders as potential concerns.

Online responses to the ‘crisis’ suggested that this latter point, the impact on government snooping, was much more of a concern for the authorities than any impact on online safety filters.

Crisis meeting scheduled

According to the Sunday Times, a crisis meeting has now been convened for 8 May to bring together the country’s major ISPs, including BT, Virgin, Sky and TalkTalk, with the country’s National Cyber Security Centre (NCSC) to discuss the implications. The primary concern is that it will be impossible for the country’s ISPs to filter out illegal or inappropriate material. This could have implications for terrorism, extremism, child safety and, of course, password-protecting the U.K.’s countrywide porn habits from July 15, as announced last week.

Because DOH is expected to be largely centralized, and (at least initially) managed by the major browsers, this is where Google comes in. Chrome is the U.K.’s most popular browsing application. With DNS queries not being serviced by an ISP’s nameservers, the ISPs would have no way of tracking, filtering or policing browsing. It would invalidate child safety locks and render useless the planned porn filter. For the ISPs, it could also mandate a rethink in the ways content is cached through efficient and cost-effective content delivery networks.

The well-populated databases of dangerous sites held by ISPs would be bypassed. But, it would also make government online snooping much more difficult. According to the Sunday Times, “BT, which has 9m broadband customers, said in a statement that parental controls, the first line of defense for millions of households, could be rendered ‘ineffective’ by the new system. It added that it could ‘hamper our ability to protect customers from online harms’.”

A spokesperson for the U.K.’s Internet Services Providers’ Association, the trade association representing more than 200 ISPs, including BT, Sky and Virgin, told me that “U.K. broadband providers are actively involved at a national and international level in ensuring that encrypted DNS is implemented in a way that does not break existing protections provided to U.K. internet users. If internet browser manufacturers switch on DNS encryption by default, they will put users at serious risk by allowing harmful online content to go unchecked. Internet browser companies must ensure that parental controls and cybersecurity protections offered by broadband companies continue to work and protect users. We would expect internet browsers to provide the same protections, uphold the same standards and follow the same laws as U.K. ISPs currently do.”

No need to panic?

The encryption of DNS name traffic is not the issue. The central management of the system, bypassing local controls, is the issue. There’s no reason that the new ecosystem cannot work in the existing framework. But it won’t start out that way, and it puts significant control in the hands of the device browsers. Theoretically, there could be device- or even application-specific DOH datasets accessed. And any user filtering would need to be at a device level instead of relying on the ISP. These changes need to be fully communicated and documented in how-to guides before being made.

For their part, Google has confirmed that an encrypted version of Chrome is already available but is not yet included as standard. In a statement, the company said that “Google has not made any changes to the default behavior of Chrome.”

Source: https://www.forbes.com/sites/zakdoffman/2019/04/22/crisis-as-changes-to-google-chrome-threaten-child-safety-and-cybersecurity/#7d0977f05704

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