Sunday, April 12, 2020

Here’s what it will take to live in a world with covid-19

At some point covid-19 will be vanquished. By early April some 50 potential vaccines and nearly 100 potential treatment drugs were in development, according to the Milken Institute, and hundreds of clinical trials were already registered with the World Health Organization.

Even with all these efforts, a vaccine is expected to take at least 12 to 18 months to bring to market. A treatment may arrive sooner—one company, Regeneron, says it hopes to have an antibody drug in production by August—but making enough of it to help millions of people could take months more.

It could all be over more quickly if certain existing drugs, already known to be safe for other uses, prove effective in treating covid-19. Trials are now under way; we should know by the summer. On the flip side, it may be that only a vaccine delivers the knockout blow, and even then, we still don’t know how long one will stay effective as the virus mutates.

This is why everything feels unmoored and why everybody is stressed: because we can no longer predict what will be allowed and what will not a week, a month, or 12 months hence.

That means we have to prepare for a world in which there is no cure and no vaccine for a long time. There is a way to live in this world without staying permanently shut indoors. But it won’t be a return to normal; this will be, for Westerners at any rate, a new normal, with new rules of behavior and social organization, some of which will probably persist long after the crisis has ended.

In recent weeks a consensus has started to build among various groups of experts on what this new normal might look like. Some parts of the strategy will reflect the practices of contact tracing and disease monitoring adopted in the countries that have dealt best with the virus so far, such as South Korea and Singapore. Other parts are starting to emerge, such as regularly testing massive numbers of people and relaxing movement restrictions only on those who have recently tested negative or have already recovered from the virus— if indeed those people are immune, which is assumed but still not certain.

This will entail a considerable degree of surveillance and social control, though there are ways to make it less intrusive than it has been in some countries. It will also create or exacerbate divisions between haves and have-nots: those who have work that can be done from home and those who don’t; those who are allowed to move about freely and those who aren’t; and, especially in the US and other countries without universal health coverage, those who have medical care and those who lack it. (Though Americans can now get coronavirus tests for free by law, they may still wind up with hefty bills for related tests and treatment.)

This new social order will seem unthinkable to most people in so-called free countries. But any change can quickly become normal if people accept it. The real abnormality is how uncertain things are. The pandemic has undercut the predictability of normal life, the sheer number of things we always assume we will still be able to do tomorrow. That is why everything feels unmoored, why the economy is collapsing, why everybody is stressed: because we can no longer predict what will be allowed and what will not a week, a month, or three or six or 12 months hence.

Getting to normal, therefore, is not so much about getting back the old normality as it is about getting back the ability to know what is going to happen tomorrow. And it’s becoming increasingly clear what’s needed to achieve that kind of predictability. What we can’t predict, yet, is how long it will take political leaders to do what it takes to get there.

The background

First, let’s look at why simply waiting for a drug or vaccine isn’t a practical option.

One feature of the covid-19 pandemic is the speed with which the unthinkable has become the obvious. In mid-March, the British government was still advocating for letting most people go about more or less their normal daily business, while only the sick and the especially vulnerable isolated themselves. It changed tack rapidly after researchers at Imperial College London published a study showing the policy would lead to as many as 250,000 deaths in the UK.

That study made the case for what almost everyone now agrees is essential: imposing social distancing on as much of the population as possible. This is the only way to “flatten the curve,” or slow the spread of the virus enough to prevent hospitals from being overwhelmed, as they have been in Italy, Spain, and New York City. The goal is to keep the pandemic ticking along at a manageable level until either enough people have had covid-19 to create “herd immunity”—the point at which the virus is starting to run out of new people to infect—or there’s a vaccine or cure.

Waiting for herd immunity is not an idea most experts take seriously. But no matter what the final outcome, some degree of social distancing has to remain in place until we get there. A strict lockdown can slow new infections to a trickle, as it did in China’s Hubei province, but as soon as measures are relaxed, the infection rate starts to rise again.

In their report on March 16, the researchers at Imperial College proposed a way of alternating between stricter and looser regimes: impose widespread social distancing measures every time admissions to intensive care units (ICUs) start to spike, and relax them each time admissions fall. Here’s how that looks in a graph.

The orange line is ICU admissions. Each time they rise above a threshold—say, 100 per week—the country would close all schools and most universities and adopt social distancing. When they drop below 50, those measures would be lifted, but people with symptoms or whose family members have symptoms would still be confined at home.

What counts as “social distancing”? The researchers define it as “All households reduce contact outside household, school, or workplace by 75%.” That doesn’t mean you should feel free to go out with your friends once a week instead of four times. It means if everyone does everything they can to minimize social contact, then on average, the number of contacts is expected to fall by 75%.

Under this model, the researchers concluded, both social distancing and school closures need to be in force some two-thirds of the time— roughly two months on and one month off—until a vaccine or cure is available. They noted that the results are “qualitatively similar for the US.”

The researchers also modeled various less stringent policies, but all of them came up short. What if you only isolate the sick and the elderly, and let other people move around freely? You’d still get a surge of critically ill people at least eight times bigger than the US or UK healthcare system can handle. What if you lock everybody down for just one extended period of five months or so? No good—as long as a single person is infected, the pandemic will ultimately break out all over again. Or what if you set a higher threshold for the number of ICU admissions that triggers tighter social distancing? It would first mean accepting that many more patients would die, but it also turns out that it makes little difference: even in the least restrictive of the Imperial College scenarios, we’re shut in more than half the time. That means the economic paralysis lasts until there’s a vaccine or cure.

The tools

Those scenarios, however, assumed that being shut in applies equally to everyone. But not everyone is equally at risk, or risky. The key to getting to normal will be to establish systems for discriminating—legally and fairly—between those who can be allowed to move around freely and those who must stay at home.

Assorted proposals now coming out of bodies such as the American Enterprise Institute, the Center for American Progress, and Harvard University’s Edmond J. Safra Center for Ethics, describe how this might be done. The basic outlines are all similar.

First, keep as many people as possible at home until the rate of infections is well under control. Meanwhile, massively ramp up testing capacity, so that once the country is ready to relax social distancing rules, anybody who asks for a test—and some who don’t—can take one and get the result within hours or, ideally, minutes. This has to include testing both for the virus, in order to detect people who are currently sick even if they don’t have symptoms, and for antibodies, in order to find people who have had the disease and are now immune.

People who test positive for antibodies might be granted “immunity passports,” or certificates to let them move freely; Germany and the UK have already said they plan to issue such documents. People who test negative for the virus would be allowed to move around too, but they would have to get retested regularly and agree to have their cell phone’s location tracked. This way they could be alerted if they come into contact with anyone who has been infected.

This new social order will seem unthinkable to most people in so-called free countries

This sounds Big Brotherish, and it can be: in Israel, such automated monitoring and contact tracing is being done by the domestic intelligence agency, using surveillance tools created for tracking terrorists. But there are less intrusive ways of doing it.

The Safra Center, for example, outlines various schemes for “peer-to-peer tracking,” in which an app on your phone swaps encrypted tokens via Bluetooth with any other phones that spend some minimum period of time nearby. If you test positive for the virus, you put that information into the app. Using the tokens your phone has collected in the past few days, it sends alerts to those people to self-isolate or go get tested. Your actual location doesn’t have to be tracked, only the anonymized identities of the people you’ve been near. Singapore uses a peer-to-peer tracking app called TraceTogether, which sends the infection alerts to the health ministry, but—in principle at least— such a system can be set up with no centralized record-keeping at all.

There also needs to be nationwide data-gathering and analysis to better understand how the virus is spreading and spot high-risk areas that might need more testing or medical resources, or another quarantine. This strategy has to include serological surveys—random testing for antibodies to find out how widely the virus has already spread. Some other ways to gauge its prevalence without spying on people directly might be to crowdsource the information using sites like covidnearyou.org, infer it from the volume of Google searches for covid-19 symptoms in different places, or even look for the virus in samples of sewage.

It’s also important to make sure people who have tested positive or been exposed are staying in quarantine. This, however, seems hard to do without more direct surveillance. Countries like Singapore and South Korea use various means, such as making people share their location via WhatsApp or download a specialized tracking app. Whether the US or European countries could impose (let alone enforce) that kind of control isn’t clear. Without it, we have to rely on people to be responsible citizens and self-isolate when necessary.

The point is, there are more and less creepy ways of doing all this, and the crisis could catalyze a broader conversation about how to use people’s data for the collective good while protecting the individual.

The hurdles

Regardless of the methods chosen, the goal is the same: after a couple of months of shutdown, to begin selectively easing restrictions on movement for people who can show they’re not a disease risk. With good enough testing capacity, data collection, contact tracing, enforcement of or adherence to quarantines, and coordination between the federal, state, and local governments, local outbreaks might be contained before they spread and force another national shutdown.

Gradually, more and more people would be able to return to some semblance of normality. It would still be a far cry from the packed bars and sports arenas of the past, but it would be a less unbearable way to wait for the discovery of a vaccine or cure. More important, the economy could start ticking back to life.

This depends on a lot of things going right, though. First, the initial shutdown probably needs to be harsher than it currently is in the US. At the time of writing some US states still had no stay-at-home orders, few cities were enforcing those orders, and there were no restrictions on travel between cities or states. In China, by contrast, cities in Hubei province spent some two months in strictly enforced lockdown, with public transport cut off and inter-city movement restricted.

Second, by some estimates, millions of virus tests a day, promptly performed, may be required to properly keep tabs on the pandemic in the US. By April 8 the country was testing around 150,000 people a day, and many results were taking more than a week to come back.

Third, testing for antibodies is still in its infancy, and most of the tests currently in development still return fairly high rates of both false positives and false negatives, according to the Johns Hopkins Center for Health Security. A plan to order millions of home test kits for the UK ran into trouble after experts found they might work as little as half the time.

Fourth, the US in particular has precious little coordinated national strategy. The chaotic management of the crisis by the Trump administration, the separation of powers between the federal government and the states, and the fragmented nature of privatized health care make it unclear how systems for automated contact tracing, quarantine enforcement, or immune certification will emerge.

That means a reopening of the US in June is optimistic, to say the least, and a reopening by April 30, as President Donald Trump was still hoping for in early April, is a fantasy. But Trump, along with his alter ego, Fox News, has gradually and reluctantly been moving toward a more realistic stance about the pandemic. By the end of March the White House had adopted projections of the death toll in line with those of many experts, even if those projections still assumed stricter social distancing measures than the federal government is currently calling for. As the pandemic spreads further into the country and starts to pummel the more Republican-leaning states, the president’s interests may start to align more closely with those of the country as a whole.

The outcome

This, then, is what passes for optimism in these grim times: the hope that while the days are still warm, and after tens if not hundreds of thousands of lives have been lost that could have been saved with quicker action, some of us will be able to start crawling out into the sunlight. We’ll emerge into a world in which people give each other wide berths and suspicious looks, where those public venues still in business allow only the thinnest crowds to congregate, and where a system of legal segregation determines who can enter them. Millions will still be out of work and struggling to get by, and people will watch nervously for signs of a new flare-up near them.

But as you contemplate that future, spare a thought for the billions of people in the world for whom even social distancing and basic hygiene are unaffordable luxuries, let alone testing, treatment, and technologically advanced governments. The pandemic will roar through the slums of the world’s poorest countries like fire through sawdust. In their considerably younger populations, it will probably be less deadly than in the rich world. But an unchecked pandemic there may also oblige other countries to keep their borders closed for longer to protect their own populations.

A miracle may still happen. Perhaps a readily available drug will work. Perhaps testing will show that the virus is far more widespread and less deadly than we thought. It’s worth hoping for these things, but we can’t bank on them. What we can expect is to have an increasingly clear picture, as the days go by, of how this will play out if we take the right steps.

That’s as normal as things are going to get for a while.

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We need mass surveillance to fight covid-19—but it doesn’t have to be creepy

I stop the car when I see him walking slowly down the empty footpath outside our now shuttered building—I know he lives on campus and is far from home. I sent my students away more than a week ago; I think of them as diasporic now, not necessarily remote, but it is still a shock to see him. We talk about his studies, and his fiancĂ©e in San Francisco, and how strange this moment in which we find ourselves is—we are at the edges of what language can describe. After one last check-in and the promise to call me if I can help, he says in an awkward voice, “You know I will have to report this.”

The Australian National University (ANU), at which I work, is moving quickly in response to covid-19. Our classes have gone online, and we have sent our staff home; we are all navigating a new world of digital intermediation and distance. For the students who remain in the residence halls, locked in a country that has closed its borders and to which airlines no longer fly, it is an ever-changing situation. Keeping them safe is a big priority; there is social distancing, and increased cleaning and temporal staggering of access to services. There are rules and prescriptions and the looming reality of daily temperature checks. And apparently there is a contact log in which I will now feature, and which could be turned over to the local health services at a later point.

The rigorous use of contact tracing, across digital and physical realms, has been credited with helping limit the spread of covid-19 in a number of places, notably Singapore, Taiwan, and South Korea, as well as Kerala, India. As a methodology, it has a long history of use against diseases from SARS and AIDS to typhoid and the 1918-19 influenza pandemic. In its current instantiations—such as the mobile-phone app that South Koreans exposed to the virus must download so they can be monitored during self-quarantine—it has raised new concerns about surveillance and privacy, and about the trade-offs between health, community well-being, and individual rights. Even here at the ANU, we are trying to find a way to balance it all.

Perhaps we are negotiating new social contracts, with our neighbors, our communities, and our governments, that extend to the role technology plays in responding to a health crisis. And as we negotiate these new contracts, questions inevitably arise about our relationships to the data that exists about us, the sheer abundance of information that we generate, and how it could be used to help us or hurt us. 

Imagine doing contact tracing on yourself. Do you know where you were yesterday, and with whom?

It is a lot to contemplate. Imagine doing contact tracing on yourself. Do you know where you were yesterday, and with whom? What you were doing? How about a week ago? Two weeks ago? How would you track back? Your calendar? Your in-box? Your credit card receipts or digital wallet? Facebook? Google Maps? Your mass transit card? Your shared services profiles? Your dating app? Your chat apps? Your smart watch? Your camera? Your phone? Would you rely on your memory or someone else’s? Your digital devices; your data; their data? Could you reconstruct it all?

And if you could, what would it mean and how could it be used, and by whom, for what, and for how long? How would it feel to know you were part of someone else’s reconstruction; that you were a trace in their days and weeks? Or to know that a passing moment was now captured, stabilized, stripped of its context, and used to tell a different kind of story—a story not about two people, but about two possible nodes in an epidemic?

And when you knew the arc of the last two weeks, and all its points of intersection and encounter, whom would you feel comfortable telling? Your kids? Your partner? Your parents? Your best friend? Your lover? Your service provider? Your employer? Your teacher? Your doctor? Your neighbors? Your community? Your government? How would you feel if you didn’t have a choice in the disclosure? What if you didn’t even know disclosure had happened?

As a little girl, I visited Port Arthur with my mother. It was a prison camp, built in Tasmania to house the most recalcitrant prisoners sent to Australia during its early colonial period. In 1853 a new prison was built there, modeled on the Eastern State Penitentiary in Philadelphia and strongly influenced by Jeremy Bentham’s ideas of the panopticon, a prison where every inmate can be watched at all times, but never see the watcher—a proto-version of mass surveillance. In Port Arthur, the guards could see each other, and watch the prisoners, through a small keyhole—colloquially known as a judas hole—in each cell door, placed so that no part of the cell was out of its sight. The prisoners could see no one. In the one hour a day they were released from their cells, they were masked and walked in silence in walled, open-air yards. The life of the prisoner was regimented, documented, and constrained; of course, they found ways to resist and subvert the process, but it was a stark existence. The relationships between power, surveillance, and discipline were clear to me even as a child.

Contact tracing has this kind of history too. It was used to identify Mary Mallon, an Irish immigrant cook, as an asymptomatic carrier of typhoid in 1900s New York City. She was repeatedly quarantined and demonized, and survives to this day in the phrase “Typhoid Mary.” It was deployed at scale during World War II to manage the spread of venereal disease by American soldiers in the United Kingdom—the overlays of nationalism, prurient interest in sex, and power dynamics in gender relationships are all highly visible. In the 1980s in Australia, it was used to identify at-risk communities at the start of the AIDs epidemic, and gay men bore the brunt of conservative politics, religious backlash, and stigma.

The question is, can we imagine contact tracing, and other forms of data revelation, that don’t feel like a judas hole?

Against this backdrop, we might need to reevaluate how we think about “contact” (which in the latter two examples meant sexual contact that society disapproved of) and “tracing” (associated with criminal investigations and punishment) and ask: can we strip them of their moral and punitive overlays? We have to break some of the social and cultural associations of the past to use these tactics most effectively in the future.

So I guess the question is, can we imagine contact tracing, and other forms of data revelation, that don’t feel like a judas hole?

Part of the answer lies in how we think about the basis of contact tracing—data, and its collection. Of course, there are already long-standing worries about the ways large corporations and governments use and control data. There will surely be questions: Who can use the data, or own it? Can data from sources that were originally supposed to stay separate, such as health services and the police, be combined? Will decisions about who gets access to your data be automated, or will humans review them? Will your diagnoses and antibody statuses be shared with other countries when you travel, or will you be tested at the border? Will at-risk people be targeted, and by whom? And let’s not forget that all of this is happening within larger systems and contexts.

Work is already under way in multiple countries on how to better regulate data collection, prevent algorithmic bias, and limit the use of mass surveillance (including facial recognition technology): it will clearly be relevant in answering such questions. So will the regulations and standards currently emerging—mostly from Europe—on privacy, the uses of personal data, and algorithmically enhanced decision-making. And it all needs to happen, as a friend of mine has taken to reminding me, at the speed of the virus—which is to say, very quickly indeed.

However, there is more to unpicking the potential panopticon than merely implementing technical and legal constraints on who controls your data. We might also need to think differently about why the data is being collected, and to what end.

Perhaps we can start by differentiating between three distinct purposes for contact tracing: one centered on public health, another on patients, and the last on citizens. All are necessary; all are different.

Public health is the most obvious focus. This is the sense in which countries like South Korea and Singapore have been doing contact tracing for the coronavirus, as well as the attendant medical interventions—notification, disclosure, registration, isolation, treatment. It is about helping make the best use of finite resources in the name of broader public health: here, contact tracing is how you might contain an outbreak before it gets too big.

The patient-centered purpose requires us to modify our notion of contact tracing to something that resembles a patient journey. Here the focus could be helping someone decide whether and how to seek care, and guiding health-care providers to the appropriate treatment. As one physician put it to me recently, it’s about helping patients “triage their worry”—work out when they should be concerned and, equally important, when they should not. Early examples are being trialed in Massachusetts and elsewhere.

A focus on citizens, however, is something quite different. Can we imagine community contact tracing? It could be a way of identifying hot spots without identifying individuals—a repository of anonymized traces and patterns, or decentralized, privacy-preserving proximity tracing. This data might help researchers or government agencies create community-level strategies—perhaps changing the layout of a park to reduce congestion, for instance. It might help us see our world a little differently and make different choices—a collective curve flattening. We could create open-source solutions or locally based tools.

The speed of the virus and the response it demands shouldn’t seduce us into thinking we need to build solutions that last forever.

In all three contexts, we need to considerably expand our understanding of the data, platforms, and devices that could be useful. Could mobile-phone data identify places that need help in achieving better social distancing? Could smart thermometers help identify potential hot spots? Is community-level data as useful as personal data for mapping an epidemic and the responses to it? We would also need to shift our sense-making around data: the issue we must grapple with isn’t just personal data anymore, or the ideas of privacy we have been contesting for years. It is also intimate and shared data, and data that implicates others. It might be about the patterns, not the individuals at all. How this data is stored and accessed, and by whom, will also vary depending on the tools available for accessing it. There will be many decisions—and, one hopes, many conversations.

The speed of the virus and the response it demands shouldn’t seduce us into thinking we need to build solutions that last forever. There’s a strong argument that much of what we build for this pandemic should have a sunset clause—in particular when it comes to the private, intimate, and community data we might collect. The decisions we make to opt in to data collection and analysis now might not resemble the decisions we would make at other times. Creating frameworks that allow a change in values and trade-off calculations feels important too.

There will be many answers and many solutions, and none will be easy. We will trial solutions here at the ANU, and I know others will do the same. We will need to work out technical arrangements, update regulations, and even modify some of our long-standing institutions and habits. And perhaps one day, not too long from now, we might be able to meet in public, in a large gathering, and share what we have learned, and what we still need to get right—for treating this pandemic, but also for building just, equitable, and fair societies with no judas holes in sight.

Genevieve Bell is director of the Autonomy, Agency, and Assurance Institute at the Australian National University and a senior fellow at Intel.

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A look back at Leisure Suit Larry and the claims that pirated versions of the game contributed to the spread of the Jerusalem DOS virus in the late 1980s (Duncan Fyfe/VICE)

Duncan Fyfe / VICE:
A look back at Leisure Suit Larry and the claims that pirated versions of the game contributed to the spread of the Jerusalem DOS virus in the late 1980s  —  Leisure Suit Larry sprang from the womb a combed-over Casanova in white polyester.  A court jester with a satyr's appetites …



Saturday, April 11, 2020

A look at the evolving safety precautions at Amazon's JFK8 warehouse in Staten Island, New York, and how changes are driven primarily by worker pressure (Josh Dzieza/The Verge)

Josh Dzieza / The Verge:
A look at the evolving safety precautions at Amazon's JFK8 warehouse in Staten Island, New York, and how changes are driven primarily by worker pressure  —  Early Tuesday, March 24th, Barbara Chandler drove from her home in Queens to the Staten Island Amazon warehouse where she'd worked for three years.



Coronavirus: Free courses, apps and other benefits that TCS, Apple, Google and other technology companies are giving

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Coronavirus lockdown: How to apply for e-pass in Uttar Pradesh

Just like the Delhi government, UP government has also launched an online portal where people can apply for e-pass online. Also, if you are from Delhi, click here to know how to get e-pass for Delhi. https://ift.tt/2VhNBds

An Amazon Flex delivery driver shares his fears while working on the frontlines of the US coronavirus pandemic (Reuters)

Reuters:
An Amazon Flex delivery driver shares his fears while working on the frontlines of the US coronavirus pandemic  —  DUBLIN, Calif. (Reuters) - Excelso Sabulao delivers groceries for Amazon.com Inc in California so he can help provide his parents an income.  Now, with endless interactions …



SBI warning to customers against new OTP scam, telcos offer commission to users and more in top tech news of the week

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Huawei MatePad specs and design leaked online

Huawei’s upcoming MatePad tablet has leaked online. The leaked image highlights the design and some of the specifications of the upcoming tablet. The MatePad is expected to sport a 10.4-inch display with a 2K resolution. It also has an 8MP camera at the back accompanied by a flash and also an 8MP selfie camera in the front. The tablet sports a USB-C port at the bottom for charging and data transfer. The leaked image also suggests that the device will support the M-Pen stylus. It will be available in two colour options - White and Gray.

The Huawei MatePad will be powered by the Kirin 810 SoC and come with an education center. It is speculated to run on EMUI 10.1 Lite and a 7250 mAh battery is expected to power the entire package. There is no information on when the tablet will come to India. 

Speaking of India, at the beginning of March, Huawei launched a new variant of the MediaPad M5 Lite. The MediaPad M5 Lite runs EMUI 8.0, which is based on the dated Android 8.0 Oreo mobile operating system. The tablet’s sports a 7500mAh battery. The Huawei MediaPad M5 Lite features a Kirin 659 chip and a 10.1-inch IPS LCD screen, which has a maximum resolution of 1920 x 1200 pixels. The Huawei MediaPad M5 Lite also features quad stereo speakers that are tuned by Harman Kardon. You can read more about the tablet here.

Source 

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OnePlus Bullets Wireless Z teased ahead of official launch

OnePlus is all set to unveil their next-generation OnePlus smartphone on April 14 and it looks like the company is looking to unveil the rumoured OnePlus Bullets Wireless Z headphones as well. OnePlus India took to twitter to tweet an image. The tweet reads, “Got something up our zleeves”. The tweet is also accompanied by an image of a wireless earphone, blue in colour. The image also has the caption, “is that the sound of something new?”

This isn't the first teaser about the upcoming headset. The company took to Twitter to reveal that the new Bullets Wireless offers 10 hours worth of battery in just 10 minutes. This lines up with our previous report about the OnePlus Bullets Wireless Z that was leaked. 

Based on information circulating the internet, we know that the upcoming Bullets Wireless Z offers 20 hours worth of playback time on a single charge which is definitely a bump up from 14 hours on the Bullets Wireless 2. The new earphones are also said to offer 110ms Bluetooth latency and come in four colours-- Blue, Green, Black and White.

The upcoming Bullets Wireless earphones are reportedly IP55 certified which makes it dust-proof and water-resistant. Moreover, going by the images posted by Evan Blass, the Bullets Wireless Z seems pretty similar in design to that of the previous generation wireless earphones. You can read more about the previous leaks of the device here.

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Cloudflare says it will drop Google's reCAPTCHA bot detection service, as Google plans to charge for its use, and replace it with Intuition Machines' hCAPTCHA (Catalin Cimpanu/ZDNet)

Catalin Cimpanu / ZDNet:
Cloudflare says it will drop Google's reCAPTCHA bot detection service, as Google plans to charge for its use, and replace it with Intuition Machines' hCAPTCHA  —  Cloudflare says its moving to hCaptcha, an alternative CAPTCHA service, more private than reCAPTCHA.



Google Search Adds Actual Easter Eggs and 3D Easter Bunny to Mark Easter

Easter Sunday is here and in order to add some fun to the festival, Google had added some actual (virtual) easter eggs for Easter-related searches. https://ift.tt/2XuiVsk

OnePlus Bullets Wireless Z Design Teased Ahead of April 14 Launch

OnePlus Bullets Wireless Z earbuds have been officially teased ahead of the April 14 launch. The OnePlus India Twitter account posted a teaser image, giving a glimpse at the upcoming wireless earbuds... https://ift.tt/2V3aFxH

Accellion, maker of an enterprise content firewall for consolidating and protecting sensitive third-party communications, raises $120M led by Bregal Sagemount (FinSMEs)

FinSMEs:
Accellion, maker of an enterprise content firewall for consolidating and protecting sensitive third-party communications, raises $120M led by Bregal Sagemount  —  Accellion, Inc., a Palo Alto, CA-based provider of an enterprise content firewall that consolidates, controls …



LG Style 3 Debuts With Dual Rear Cameras, Snapdragon 845 SoC

LG Style 3 has been launched as a tweaked version of the LG V40 ThinQ that debuted back in October 2018. https://ift.tt/34yMPgn

Disney, Fox, and WBD say they have agreed to discontinue their Venu Sports streaming joint venture and will focus on existing products and distribution channels (Alex Weprin/The Hollywood Reporter)

Alex Weprin / The Hollywood Reporter : Disney, Fox, and WBD say they have agreed to discontinue their Venu Sports streaming joint venture...