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What is the 360 Vis Nav?

The 360 Vis Nav is an upcoming robot vacuum. It has a very different hardware design from Dyson’s last robot vacuum release, the tall, cake-shaped 360 Heurist.

It’s also got some new features, including the ability to make a dust map of your home. Plus, there’s its incredible suction power: Dyson claims that it has six times the suction of rivals.

When will the 360 Vis Nav be available to buy?

The Vis Nav will be available to buy later in 2023. As yet, specific release dates have not been confirmed. It’ll be available to buy from Dyson online and from Dyson Demo Stores.

What will the 360 Vis Nav cost?

Dyson has not yet released the price point for the Vis Nav across different countries. We’ll be updating this article as soon as more information is available.

What features does the 360 Vis Nav have?

First off, Dyson’s big claim about the 360 Vis Nav is that it has six times the suction of rivals – although it doesn’t specify which rivals those may be. And while robot vacuum manufacturers usually measure their suction in Pa (Pascals – a unit of pressure) Dyson doesn’t, so it’s hard to compare.

Still, on paper, it’s impressive. Dyson’s Hyperdymium motor spins at 110,00RPM to power its suction and ten cyclones pull dust from the airflow for efficient cleaning even as the bin fills up.

Outside, there’s a new look for the 360 Vis Nav. It has more in common with Neato robot vacuums than Dyson’s last offering, the 360 Heurist. It has a much lower profile, for a start, so it’s more likely to be able to clean under your sofa and bed. Plus there’s its D-shaped design, which should give it an edge when it comes to cleaning right up to the walls of a room.


Its brush bar has been redesigned as well, with three elements working to pick up different types of dirt: fluffy nylon for large debris on hard floors, anti-static carbon filaments for fine dust pick-up, and stiff nylon bristles for cleaning carpets.

The 360 in the robot’s name refers to its wide field of vision, which comes from a fish-eye camera lens embedded in the machine. It has a total of 26 sensors to help it to avoid obstacles and orient itself in a room, which should help to make it autonomous and capable when it comes to navigating.

Plus, it has an onboard piezo sensor – an acoustic sensor that might be familiar to you from the V15 Detect, where it’s used to measure the size and volume of dust particles which are then displayed on the vacuum’s screen.

In the case of the 360 Vis Nav, it goes one step further and the information is used to create a dust map of your home, which you can see in the MyDyson app.


The robot has whole machine HEPA filtration to trap 99.99% of particles as small as 0.1 microns, so it won’t be blowing pollen and allergens around as it cleans.

But there’s still the bin to contend with. When it comes to emptying the onboard bin, the unpleasant digging around should be minimised by an ejection mechanism that we imagine will be similar to that from its cordless vacuums. In other words: some digging may still be required.

It has a battery life of 50 minutes before it needs to scuttle back to its dock and recharge.

We’re looking forward to reviewing the 360 Vis Nav. In the meantime, have a look at our round-up of the best robot vacuums we’ve tested to see our current recommendations.

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Xrp Lawsuit: The Three Outcomes Hinman’s Deposition Could Have

The saga between Ripple and the SEC has been long drawn out, stretching from December and showing no signs of coming to an end any soon. However, a significant development took place over the past week or so, with the SEC’s efforts to block the deposition of former SEC Division of Corporation Finance Director William Hinman turning fruitless.

Right now, the aforementioned deposition is slated for 27 July, with both parties reaching an agreement on the scope of the deposition too. In speeches dating back to 2023, Hinman had stated that Bitcoin and Ethereum are not securities. While the SEC argued that these statements are not relevant to the present case, the defendants argued that they could provide significant insight into the SEC and Hinman’s view on crypto in general and XRP in particular.

Moreover, the individual defendants submitted a supplemental letter on Monday to support their request for dismissal of the case. The letter noted that on 12 July, SEC commissioners Hester Peirce and Elad Roisman made statements underlining the lack of clarity in regulations, conceding that this is something the agency has been struggling with too.

“If XRP is a functional equivalent to Bitcoin and Ether as far as decentralization and structure and all of that, it’s game over they win… This Hinman deposition gives them an opportunity to walk him through it.”

The attorney further expanded on the different outcomes this deposition could have, most of which could turn out in Ripple’s favor. The first would be that Hinman pleading a right to the 5th amendment, a development that would make him not liable to answer any questions that he doesn’t want to.

However, this could turn against the former SEC exec as pleading the 5th in a civil suit might point to a degree of criminality and this implication itself could look like an admission of guilt and “that in and of itself could launch an inspector general investigation into all of this.”

The second likely outcome, according to Deaton, would be an offer by the SEC to settle outside the court. Both the documents that the SEC has failed to turn in citing privilege and Hinman’s deposition could provide information that could be helpful to Ripple in its future arguments. However, Ripple does not have a lot of incentive to settle, with the attorney adding,

“There’s not a lot of incentive for Ripple to settle unless Ripple really gets what it wants right and that would be a declaration that XRP itself today is not a security it’s not an investment contract period and then they accept some kind of small fine and the SEC can claim that they got something out of this prosecution and they can fight another day”

If the court rules a decision in favor of Ripple, it could set a precedent that can be used as a defense by every digital asset that the SEC decides to prosecute in the future.

Curiously, another possible outcome would be if the SEC refuses to comply or turn in the discovery documents and instructs Hinman to not answer during the deposition. This will lead to the court issuing a conditional order to dismiss the case with prejudice and the SEC would be able to continue its regulatory activities against other cryptocurrencies.

Whatever the outcome of the deposition and the ongoing lawsuit, it would be interesting to see how the crypto-community copes with it.

Why Robot Trucks Could Be Headed To Afghanistan (And Everywhere Else)

A modified, driverless PLS truck self-navigates through Fort Hood, Texas, during a successful January 2014 demonstration of autonomous convoy technology. Lockheed Martin

In Afghanistan, the shipments are about to hit the fan. Along with pulling all of its combat troops from the country by the end of this year, the Pentagon has to clean up after itself, hauling away most of the weapons, supplies and assorted infrastructure accumulated over 13 years of local war. Defense contractor Lockheed Martin is hoping that it can assist with the imminent scramble for the exit, by carrying a portion of that outgoing gear—some 20,000 containers’ worth, according to U.S. Central Command—aboard self-guided robot trucks.

Whether Lockheed can squeeze its ground bots into the waning days of Operation Enduring Freedom will depend on a series of demonstrations throughout the year. Last month, the United States Army’s Tank-Automotive Research, Development and Engineering Center (TARDEC) and Lockheed Martin pulled off the first of those demos, sending a convoy of robot vehicles through rural and urban environments at Fort Hood, Texas. The driverless trucks dealt with intersections, pedestrians, oncoming traffic, and stalled vehicles, all without human intervention or assistance. That’s according to Lockheed Martin, at least—the media is rarely invited to these types of demonstrations, and notifications of results are released long after the event.

Still, this is a milestone 14 years in the making. The pursuit of driverless military convoys is older, in fact, than the war in Afghanistan. In 2000, Congress mandated that (emphasis mine), “It shall be a goal of the Armed Forces to achieve the fielding of unmanned, remotely-controlled technology such that by 2023, one-third of the operational ground combat vehicles of the Armed Forces are unmanned.” DARPA, the Pentagon’s research wing, took up the challenge, launching two driverless vehicle competitions (or three, really, since the first Grand Challenge, in 2004, ended without a winner). Other military robot vehicle projects were funded, ranging from staid autonomous cargo haulers to the MULE Armed Robot Vehicle, a driverless weapons platform whose articulated wheels let it rear up to lurch over cars, or hunker down to provide cover for humans.

So it’s a cruel irony, perhaps, that those potentially life-saving systems might appear long after U.S. combat troops left Iraq, and in the midst of the withdrawal from Afghanistan. But there’s still a chance that convoys will be targeted during this year’s pullout, and Lockheed’s trucks could operate with no personnel, or, more likely, with a reduced number of passengers, all of them acting as security.

And the utility of robotic trucks could extend beyond war zones—Lockheed hopes to eventually enter the commercial sector, either with purpose-built, cabless long-haul models, or with kits similar to the ones that are already turning the military’s standard vehicles into self-guided machines. The Autonomous Mobility Applique System (AMAS) adds the same class of laser rangefinders, radar and cameras found in current automobiles and robot car prototypes, as well as actuators that operate the steering wheel, accelerator and brake.

There are serious questions, naturally, most of which are impossible to answer at this stage. The liability issues facing consumer robot cars would extend to commercial ones—who, in other words, gets sued or charged when an unmanned automobile harms people or property? And how would a commercial robotic cargo truck respond to an accident, or to a roadway whose contours haven’t already been collected by other laser-rangefinders and disseminated throughout the fleet? The current AMAS-equipped trucks can operate with varying degrees of autonomy, muddling through some situations on their own (such as driving around an apparently stalled vehicle), or surrendering control to a human, whether in the truck, or in a remote facility or other vehicle in the convoy. Would a shipping company maintain a pool of remote drivers, or hire a single human supervisor to ride with each platoon of trucks?

Social Networks Could Have Positive Impact On Oral Health

Mapping a Path to Better Oral Health Understanding social networks could help deliver better health information to those who need it most

Brenda Heaton and a team of BU researchers have created a map of social relationships between Boston public housing residents. They hope that this map will help them better understand how social networks can influence a person’s oral health. Photo by Jackie Ricciardi

Dentists aren’t the only people who influence how we take care of our teeth; our friends and family play a big role, too. That is the conclusion of Brenda Heaton, an assistant professor of health policy and health services research at Boston University’s Henry M. Goldman School of Dental Medicine, who presented her research on February 19, 2023, at the American Association for the Advancement of Science (AAAS) conference in Boston.

Heaton specializes in social epidemiology with a focus on oral health. In 2008, she, along with other members of BU’s Center for Research to Evaluate & Eliminate Dental Disparities, began a new line of research, focused on understanding oral health and disease among residents in Boston public housing. The majority of the work to date has focused on whether or not “motivational interviewing” can influence how women care for their children’s diet and oral health—specifically, the impact on kids with dental caries (also known as tooth decay). There is mounting evidence that one-on-one behavioral interventions, like motivational interviewing, may change short-term behavior, but the effects don’t last long. “We started to get a sense that there may be more influences that we need to acknowledge beyond just the individual,” says Heaton. She found that social networks—not Facebook and Twitter, but networks of friends, family, and acquaintances—may play an overlooked role in oral health care.

Some women Heaton interviewed “had been born and raised in the unit that they were living in, and were now raising their own child in that unit,” she says, “so we had grandmother, mother, and child in one unit.” Those close connections influenced how people behaved, and to make significant progress against diseases like tooth decay, Heaton had to tap into those networks herself.

That is not easy, but it is important, says Thomas Valente, a professor of preventive medicine at the University of Southern California and an expert in social networks in health care. People believe information more when it comes from someone they know or respect, and evidence suggests that people are more willing to trust people who are like them. All too often, says Valente, who was not involved in this study, health information is handed to a community by people on the outside, and it is less impactful. “It’s like West Side Story,” says Valente. “It’s like being a Shark and having a Jet come up to you and tell you to do something. It is just not going to happen.”

Heaton wants to spread resources about good oral health, not only to combat tooth decay but also because oral health is intertwined with other health concerns. “Sugar-sweetened beverage [consumption is] something that we are very interested in, not only because it is a huge risk factor for oral health outcomes, but it is also a huge risk factor for obesity and other obesity-related health conditions,” she says.

To understand the connections that already existed within the community, Heaton needed to draw a social map. Since 2008, her team has interviewed close to 200 women living in Boston public housing and identified nearly 1,000 individuals who were influential. Heaton is using those network maps to find similarities about how information flows through these communities.

The ultimate goal, she says, is to use the map to introduce health information and resources into a community in ways that change long-term behaviors.

The power of this approach is that it focuses on prevention rather than cures, says Heaton. It might take a village, but tooth decay “is an entirely preventable health outcome.”

Motorola Edge (2023) Review: Edge

Update, March 2023: We’ve added new alternatives and information on recent software updates.

Motorola Edge (6GB/128GB) — T-Mobile: $498

Motorola Edge (8GB/256GB) — Unlocked: $599 ($499 at launch)

What’s good?

Ryan Haines / Android Authority

One of our main expectations for any Motorola device is a clean, straightforward software experience. The Motorola Edge delivers in spades, bringing My UX to the forefront with plenty of customization options. It delivers almost no Motorola bloatware, instead opting for Google’s version of just about everything. There were a few extra T-Mobile apps and a copy of Facebook on our review unit, but they’re easy enough to uninstall.

Along with My UX, the Edge places a significant emphasis on Motorola’s Ready For app, which trickles down from the top-tier Edge Plus. It’s essentially the company’s version of Samsung Dex, allowing you to turn your computer or TV into a base for your phone. From there, you can either cast games and pair them with an Xbox controller for easy access or opt for a full desktop experience. With the latter, the Edge becomes your trackpad and keyboard, and you can navigate through everything else as if you had a laptop on hand.

Motorola’s new commitment to the future is perhaps more important than the software itself. We’ve lamented the brand’s weak software support in the past, but the Motorola Edge now comes with the promise of three Android versions and four years of software updates. It’s still not a Samsung-level of dedication, but it gives the Edge some extra longevity and puts it in line with competing brands like OnePlus. Android 13 will be the first update, but you’ll still get support through Android 15 into 2026.

The Motorola Edge’s Dimensity 1050 chipset is plenty capable, at least compared to most mid-range systems on the market. I didn’t notice any struggles or lag through my day-to-day use, and streaming or scrolling through social media felt especially light. When you turn your attention to the benchmarks, it even breezes past Motorola’s affordable 5G options like the Moto G Stylus 5G and Moto G 5G. The Galaxy A53 5G tells a similar tale. However, those mid-rangers are far from the most powerful contenders in the Edge’s price bracket.

If you get it for $499 right off the bat at launch, you’ll probably be happy with how the Edge compares to phones around that price. However, if you’re paying the full $599 MSRP for the unlocked model and expect it to keep up with the likes of the Pixel 7 or Pixel 6a, the iPhone SE, or even the nearby OnePlus 11, you might come away disappointed. Google’s phones top the Edge on both the Geekbench 5 and 3DMark score — with even the cheaper Pixel 6a roughly doubling the latter number. The gap is even bigger when set against the OnePlus 11 (priced just $100 higher), which trounces the Edge in default mode, though you can also turn on an optional performance mode to leave Motorola further in the dust.

As you can see throughout the samples above, the Motorola Edge’s primary camera is more than up to the task in most scenarios. It replicates color nicely, and light digital zoom doesn’t come at the cost of too many details. The clouds are slightly blown out in the scene with the “Open” flag, but they’re more accurately depicted floating above the light blue sign.

Motorola’s portrait mode is good overall, though it doesn’t always detect the edges of non-human objects. For example, I focused on the lamp post in the center image, but the Edge only blurred the far background. The image of the teacup flowers is a better result, though it’s likely thanks to the greater distance from the subject to the background. I have no real complaints about the macro camera, either, as it captured plenty of detail in the yellow flowers and feels far more flexible than a dedicated shooter would have.

The Motorola Edge (2023) offers three buttons across the bottom of the viewfinder — macro, 0.5x, and 1x zoom. It clearly comes with the expectation that you’ll do a lot of zooming out rather than in, but I found it capable in either direction. The ultrawide camera generally retains details well, at least in the above four-image comparison. Comparing the chimineas with the slider, the ultrawide’s colors are noticeably muted, especially the reds. You can see some stretching and distortion around the edges, especially in the leaves closest to the corner around the yellow building and the furthest-left chiminea.

As you make your way through the focal range, I found that the Motorola Edge performed well most of the way, considering it doesn’t have dedicated zoom hardware. Both details and color are accurate enough for usable snaps at up to about 5x, even though the leaves in the background begin to get a bit muddy at that stage. The shingles and the cupola on the yellow building are much cleaner in comparison.

The Edge’s performance at night is about as varied as they come. If you find a scene that doesn’t rely on the automatic night mode, you can get some excellent results, as in the image on the left. It’s sharp and well exposed and stands in stark contrast to the images on the right. The small figurine appears flat and lifeless, and the colors aren’t enhanced close to the night mode capabilities of rivals. The small pavilion to the far right falls somewhere in the middle — it has a few muddied details, especially in the back, but it offers better color recreation overall.

The Edge lets its 32MP selfie camera stand as the only interruption to the 6.6-inch display, and it delivers acceptable images. It bins from the full resolution down to 8MP by default, and I didn’t have too many issues with the colors or clarity. The portrait shot is a bit punchier, especially on my shirt, but I won’t complain too much for one reason — no more beauty filtering. Motorola’s last few offerings have been plagued by heavy-handed processing that renders your face all but unrecognizable, but the Edge feels much more natural. Ironically, it could use some help in its edge detection. The selfie camera missed portions of my hair, which isn’t common on most other phones.

Unfortunately, video is still not the Edge’s strength, as the rear camera tops out with 4K at 30fps or 1080p at up to 60fps. It’s almost a given to have 4K at 60fps at this price point, so this is a big miss. The rear ultrawide camera can only handle 1080p at 30fps, but it jumps back to 60fps when set to macro mode.

No, the Motorola Edge (2023) has an IP52 rating against splashes and dust, but it is not fully waterproof.

Yes, the Motorola Edge (2023) supports 5G across sub-6GHz and mmWave bands, though the latter is Verizon only.

No, the Motorola Edge (2023) only has a single nano-SIM slot.

Yes, the Motorola Edge (2023) offers 15W Turbopower wireless charging (or non-proprietary Qi wireless charging) and 5W reverse wireless charging.

Strange, Unexplained Solar Influence Over Earth’s Radioactive Material Could Herald Solar Flares

On August 9, 2011 at 3:48 a.m. EDT, the sun emitted an Earth-directed X6.9 flare, as measured by the NOAA GOES satellite. These gigantic bursts of radiation can disrupt the atmosphere and interfere with GPS and communications signals. New research shows that strange solar interactions with radioactive particles on Earth could be used as an early warning system for flares like this one. NASA

A mystifying trick of the sun, inappropriately interfering with particles on Earth, could be used as an early-warning system for solar flares, a new study says. With enough warning, satellites, telecommunications infrastructure and even orbiting astronauts can take cover from our star’s worst radioactive eruptions.

This all goes back to 2006, when physicists at Purdue, Stanford and other places noticed something that at first defied physical explanation: Radioactive elements were changing their decay rates. This flew in the face of long-accepted physics theory, which held that these rates are constant. Radioactive decay apparently grew more pronounced in winter than in summer, and when scientists went looking for an explanation, they noticed this appeared to correlate with solar flares.

Last year, we learned from Purdue physicist Ephraim Fischbach that this kept happening. He noticed a change in the radioactive decay rate of a manganese isotope, and also tied it to a solar flare that happened a night before. So that meant something came out of the sun, went through the Earth, hit a piece of manganese-54 and changed the rate at which it decays into chromium-54, spewing out ionizing particles. This also happened to an isotope called chlorine-36, in different experiments at different labs. The unusual decay change has happened during 10 solar flares since 2006, and the song remains the same.

“We have repeatedly seen a precursor signal preceding a solar flare,” Fischbach says in a new news release. “We think this has predictive value.”

That’s good news — an imminent-solar-eruptor-detector could help astronauts on the International Space Station or en route to Mars take cover, or it could notify people on Earth that they should shut down power plants and communications infrastructure to guard against another Carrington event. That gigantic solar flare and coronal mass ejection, back in 1859, caused telegraph wires to glow and the aurora borealis to appear as far south as Cuba.

The potential solar sensor would consist of a chunk of manganese-54 and a gamma-radiation detector, which would record the manganese’s rate of decay into chromium-54. If it changes, you’d know to take cover. Purdue filed a patent application for the concept.

The bad news is that still, no one knows why this happens. It may be an interaction among ionizing particles and neutrinos, but those things are puny, chargeless and mostly unwilling to interact with any normal matter. It’s still a mystery, said Fischbach’s colleague at Purdue, nuclear engineer Jere Jenkins. “We are saying something that doesn’t interact with anything is changing something that can’t be changed. Either neutrinos are affecting decay rate or perhaps an unknown particle is,” Jenkins says.

Research describing the detector appears in the journal Astroparticle Physics.

[via Futurity]

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