PopGrip-for-MagSafe

PopSockets announces its MagSafe-compatible iPhone 12 accessories

In October, TechCrunch broke the news that PopSockets was developing its own line of MagSafe-compatible products that will support the new wireless charging capabilities of the iPhone 12 devices. Today, at the (virtual) 2021 Consumer Electronics Show, the company formally introduced its upcoming products for the first time. The new line will include three MagSafe-compatible PopGrips, a wallet with an integrated grip and two mounts.

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Meet the 7 winners of the Taiwan Excellence awards, presented by ShowStoppers and TAITRA

Taiwan is known for being a tech powerhouse, the headquarter of companies like Foxconn, Pegatron, TSMC, Acer and Asus. But while Taiwan’s tech industry is defined by well-established players, it is also home to a growing startup scene. Ahead of the official start of CES, the Taiwan Excellence awards were announced by nonprofit trade promotion group Taiwan External Trade Development Council (known as TAITRA) and ShowStoppers, giving a preview of what its startups offer. Awards went to seven startups, while 11 other companies also presented. They cover a wide range of sectors, ranging from fitness and health to industrial monitoring.

More startups will showcase their tech next week at CES’ Taiwan Pavilion, organized by Taiwan Tech Arena.

The seven Taiwan Excellence Award winners are:

Advantech’s WISE-2410 vibration sensor. Image Credits: Advantech

Advantech‘s LoRaWAN solutions are designed to control applications across wide distances and have been used for a diverse array of scenarios, including monitoring floods, critical care patients in hospitals and transportation infrastructure. Two of its latest devices include the WISE-6610, a gateway for connecting up to 500 sensors and sending their data to cloud platforms using 3G/LTE or wired Ethernet connections. The other one is the WISE-2410, a vibration sensor for monitoring motor-powered mechanical equipment and identifying potential issues so manufacturers can schedule maintenance before machines malfunction, resulting in expensive downtime.

Image Credits: CyberLink

CyberLink is the developer of the machine learning-based FaceMe Facial Recognition Engine, which is used in AIoT applications, including security, smart retail and surveillance. As the COVID-19 pandemic continues, CyberLink’s new product FaceMe Health can identify faces even with masks on, and send alerts if someone isn’t wearing a mask or has a high temperature. It is meant to assist in pandemic control measures at places like hospitals, airports, retail stores and factories.

Image Credits: Dyaco

Dyaco‘s workout equipment line, called SOLE Fitness, includes its new SOLE CC81 Cardio Climber, which combines features from steppers and climbers into one machine. The SOLE CC81 is designed to be ergonomic, so users can get high-intensity cardio workouts while reducing wear on their joints.

Image Credits: Green Jacket Sports

Green Jacket Sports is showcasing its Golface smart system, which helps golf courses monitor and collect data on their operations in real time, while allowing golfers to track their performance. The smart system’s other features include includes aerial videos and real-time scoring functions.

Image Credits: Maktar

Maktar is the maker of a smartphone backup device called Qubii. Shaped like a small cube, Qubii automatically backs up phones while they are charging and doesn’t need internet or Wi-Fi connections. Instead, users insert a microSD card into Qubii and connect it to their smartphones with their usual power adapters or chargers. Every time the smartphone is charged, Qubii backs up their photos, videos and contacts. The device also has a patented SD card lock feature to protect data.

Image Credits: MioMiTAC Digital Technology’s Mio dashcam range produces clear videos even in dark spaces like parking lots. The latest Mio dashcam, called the MiVue 798, uses Sony’s lowlight STARVISTM sensor and an all-glass lens, and produces wide-angle videos with quality of up to 2.8K. The MiVue 798 also has embedded WiFi connectivity for video backups and online sharing through the MiVue Pro App. Other features include GPS tracking, a patented smart alert system with fixed-distance warnings and speed limit alerts, and a driver assistance system that warns of lane departures, driver fatigue and forward collisions.

Image Credits: Winmate

Winmate will present its M133WK Ultra Rugged Tablet PC, created for vehicle diagnostics. Powered by 8th-gen Intel Core i5-8265U Whiskey Lake processor, for high-performance with low power consumption, the M133WK features a 1920 X 1080 PCAP touchscreen that is viewable even in heavy sunlight.

Here are the other 11 startups that TAITRA and ShowStoppers are presenting:

ATrack‘s AK11 Fleet Hub is a 4G LTE device for the real-time management of fleets across different verticals.

ELECLEAN 360 uses what it describes as the “world’s first nano-catalysis electrochemical technology” to turn water into hydrogen peroxide and hydroxyl radicals, for cleaning and disinfection.

In Win Development is introducing the SR Pro CPU Cooler, which uses patented twin-turbine pumps running in parallel to optimize water flow and ensure thermal performance. It comes with high-airflow AJF120 fans to cool PCs more quickly.

Innolux makes full range of LCD panels for televisions, monitors, notebooks, industrial, medical, mobile and other applications.

Planet Technology is building a secure network called PLANET Powerful Enterprise VPN Cybersecurity and Firewall Solutions for the “post-COVID-19 era.”

Rice Air makes LUFT Cube, a small filterless nanotech personal air purifier.

Systems & Technology Corp. (Systech)‘s fleet management platform uses intelligent telematics so organizations can track where vehicles are and more efficiently manage their fleets.

Tokuyu Biotech creates smart massage chairs and health care-related products that are connected to apps and sensor technologies.

Winnoz is the maker of Haiim, a portable vacuum-assisted device for collecting blood samples from fingertips.

WiseChip develops transparent OLEDs with touch functions for use in home appliance control panels, automotive, transportation applications (like passenger information display systems) and wearable devices.

Yztek‘s E+ Autoff is an IoT device created to stop people from forgetting to turn off their stoves. In addition to auto turn-off, it also has cooking time adjustment and energy saving features.

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Dell monitors embrace video calls with pop-up webcams and Teams buttons built in

Dell’s latest monitors reflect the growing need for simple, solid solutions to video conferencing needs, with a clever pop-up camera and a perhaps too clever by half Teams integration. The new displays integrate a number of advanced features — but they’re still made strictly with offices in mind.

The new Dell 24, 27 and 34 Video Conferencing Monitors are clearly meant to be a turnkey solution to the need at many companies for video-capable setups that don’t cost a fortune.

The most interesting feature is a pop-up camera at the top; this isn’t the first one of these by far (we’ve seen them going back a few years) or even the first by Dell, but it is the first of theirs in a monitor as opposed to an all-in-one system, and it is probably the best one yet.

Image Credits: Dell

The five-megapixel camera (which translates to somewhat more than 1080p, likely around 3K) won’t blow any minds, so if you want things like optical background blur and improved lighting, you’ll have to build your own setup. But it should be perfectly fine for work calls and having it slip away when not in use is reassuring to the privacy-conscious.

An additional, nonobvious reason to like this setup is it means the camera isn’t confined to the bezel of the monitor itself, possibly allowing for a better lens and bigger sensor. Dell got back to me with specs after I published this; I’m happy to say I guessed the resolution exactly (2560×1920) though it will probably only be outputting 1920×1080 for your calls. It’s fixed focus between 35cm and 1.5m, or about a foot to five feet away. Sounds pretty standard issue.

At the bottom of these new screens is a pleasantly felted speaker bar, with just enough wattage for calls to sound fine — it won’t work for bangers, though.

But on the left side of that speaker are some interesting, if not entirely practical, new buttons. Most prominent is a dedicated Microsoft Teams button, along with call, volume and mute buttons.

Image Credits: Dell

I don’t know about you, but I wouldn’t want one of those. And not just because we don’t use Teams.

Maybe this is just me, but I don’t like the idea of reaching forward and whacking my monitor, which I’ve carefully positioned, every time I want to adjust the volume or answer a call, or mute myself — good luck doing it subtly when the whole view shakes every time. Even if I did, I wouldn’t want a button dedicated specifically to a single brand of video conferencing. Seems limiting when so many video platforms are in play.

I would be far more likely to pay for a puck with those controls on it as well as a mono speaker for voices and mic that’s closer to me. And by the way, it might be better to leave noise cancellation to the software side of things — calling apps often integrate their own, and who knows how built-in noise blocking interacts with those.

No doubt this is a simpler product solution, of course, and also presumably one that Microsoft and Dell worked together on. The pop-up webcam also has an IR camera that works with Windows Hello, the face-recognition login method I didn’t realize existed until very recently.

Obviously this is Dell and Microsoft going after enterprise customers who are already in their ecosystem. But as a Dell monitor lover myself, I wouldn’t mind having a pop-up camera — minus the unnecessary sound bar and Teams button. Where’s the love, Dell?

The new video conferencing monitors will be available next month, starting at $520 for a 24-inch, then going up to $720 for the 27-inch and $1,150 for the (curved) 34-inch.

 

help-teachers

Any San Francisco teacher who needs a second monitor can get one, via Two Screens for Teachers

Any teacher in the San Francisco Unified School District who needs a second monitor can request one free of charge from Two Screens for Teachers, the nonprofit that recently extended a similar privilege to Seattle educators. If you’re a teacher in SF, you can sign up here.

Having a second monitor may sound like a power user move or luxury to some, but for teachers, whose days are essentially one giant group call, it’s a huge benefit to be able to put the call on one screen while the lesson and other tools are on another.

Two Screens for Teachers was started in September by Walk Score’s Matt Lerner and Mike Mathieu, and the first effort of simply connecting teachers in need to people who had a hundred bucks to spare quickly grew into something larger.

By tapping local businesses and VCs, they were able to secure enough money that any teacher in Seattle had a monitor available for the asking. Turns out it’s more efficient to do it that way. Lerner and his team have negotiated bulk pricing with Dell and others, which significantly lowers the necessary amounts for a given district.

San Francisco was a natural next location to try to get enough dollars together, and they’ve now collected enough for that city as well as Oakland, Redwood City and Contra Costa County. (San Jose is still a little short.)

This remarkable map, both hopeful and terrifying, shows the scale of what’s needed versus what’s been accomplished.

A map showing where and how many teachers need a second monitor. Image Credits: Two Screens for Teachers

Yet even though the idea of hooking up more than 150,000 teachers with monitors seems gargantuan, it must be pointed out that in the few months since its humble beginnings, Two Screens for Teachers has rustled up more than 20,000, for both big cities and tiny towns. One order of magnitude is nothing!

The final cost for equipping teachers across the country with essential equipment is about $23 million. It seems an almost ridiculously low number for a single billionaire, perhaps one of the many whose net worth has grown by 10 times that amount in the last year, to provide with a single check. Here’s something with which one could buy genuine cross-country goodwill, cheap at the price.

Do it, Jeff

Here’s the link, guys!

For those of you not in the three (going on four) comma club, it’s still possible to help out in a smaller way either by donating or following the instructions here to ship a monitor to a teacher in need.

Video: TechCrunch editors share their top stories of 2020

As the year draws to a close, a few members of our edit staff shared stories that defined the last 12 months for their beat.

 

Devin Coldewey: Technology played a pivotal role in the coverage of protests against police violence over the summer. Disinformation and discord spread like wildfire on social media, but so did important information and documentation of brutality, often via the newly popular medium of live streaming. 

Kirsten Korosec: Uber evolved from a company trying to cover everything in transportation to one focused on ride-hailing and delivery as it aims for profitability in 2021. To get there, Uber offloaded its micromobility unit Jump, its self-driving subsidiary Uber ATG and air taxi moonshot Uber Elevate.

Brian Heater: Smartphone sales suffered a major decline as people stayed home and spent less on luxury items. The expected rebound from 5G handsets will have to wait for 2021.

Natasha Mascarenhas: Edtech, a sector that was notoriously undercapitalized, got a cash-rich spotlight as the coronavirus spurred widespread remote learning. Startups were able to raise funds, turn first profits, and finally grow from a tool to a necessity.

Darrell Etherington: SpaceX had a tremendous 2020, realizing a lot of things that they’d been working on for years. First and foremost, they launched astronauts aboard a SpaceX spacecraft for the first time. They followed that up with even more human launches, and with a huge step forward in their Starship development program. Finally, they made big progress with their Starlink broadband internet constellation. Definitely the space industry newsmakers of the year.

Amazon launches a Live Translation feature for Echo devices

Amazon today announced a new Alexa feature, Live Translation, that will translate conversations between people who speak two different languages. The feature uses Amazon’s speech recognition technology and neural machine translation technology to work, and supports translating between English and French, Spanish, Hindi, Portuguese (Brazilian), German or Italian.

To use Live Translation, an Echo device owner can issue a voice command like “Alexa, translate French” to get started with translating between English and French. When you hear the beep, you can speak in either language, even taking natural pauses between your sentences, Amazon claims. Alexa will then automatically detect the language being spoken and translate each side of the conversation. On Echo Show devices, you can also see the translation in addition to hearing it.

To end a translation session, you say “Alexa, stop.”

The company had been revealed to be working on a universal language translation feature according to a 2018 report from Yahoo Finance.

The new addition may now make Alexa more competitive with Google devices, which can leverage Google’s existing Translate service via Google Assistant. Google Home devices had introduced the ability to translate conversations on the fly in early 2019 across a wide range of languages through a feature called Interpreter Mode. Today, Interpreter Mode works across many Google devices, including smart speakers, smart displays, smart clocks and even Google Assistant on phones and tablets. However, when Google added live translation to its Pixel Buds, the feature initially flopped.

How well Alexa’s translation feature will work requires further testing after today’s launch.

Live translation is the latest in a series of language-focused updates for Echo devices.

The feature follows on last year’s introduction of multilingual mode for U.S. speakers, which allows Alexa users to speak a combination of English and Spanish, French and English, and Hindi and English, for example. Alexa can also translate a single word or phrase into more than 50 supported languages.

In addition to helping users better communicate, Amazon says the feature can be used for language learning and for communication between hotel guests and staff through Alexa for Hospitality, its platform designed for the hotel industry.

Europe urged to block Google-Fitbit ahead of major digital policy overhaul

The European Commission must block the Google -Fitbit merger as a matter of democratic imperative, prominent academic and author Shoshana Zuboff has warned.

The Harvard professor who wrote the defining book on surveillance capitalism has become the latest voice raised against the .1 billion data+devices deal — that’s now been delayed at the regulatory clearance stage for more than a year.

Others calling for the Google-Fitbit acquisition to be blocked — unless or until robust competition, democratic and human rights safeguards can be baked in — include Amnesty International; scores of consumer, privacy and digital rights groups across civic society; and the EU’s very own data protection advisor, to name a few.

EU regulators are still considering whether or not to greenlight the merger. The deadline for them to make up their minds was recently extended into early 2021 — although a decision could come as soon as next week.

Back in August, the Commission opened an in-depth investigation into the deal — saying it was concerned it would “further entrench Google’s market position in the online advertising markets by increasing the already vast amount of data that Google could use for personalisation of the ads it serves and displays”.

EU lawmakers have also expressed skepticism over initial concessions offered by Google which suggested storing Fitbit data in a silo that it said would be kept separate from other Google data.

It also said it would not use Fitbit data for ad targeting — at least for a time-limited period (though it’s not clear what exactly it has proposed in Europe). Elsewhere, Australian regulators are also still eyeing the deal — and recently sought industry feedback on a pledge by Google not to use Fitbit data for ads for 10 years.

The ACCC published draft undertakings in November which includes stipulations such as: “Google must not use any Measured Body Data or Health and Fitness Activity Location Data in or for Google Ads” and that data must be kept separate. 

But Zuboff’s point is that targeted advertising is just the tip of the vast data-extracting ambitions of surveillance capitalists — while health data is one of the few personal data fields these digital giants have not yet been able to mine in their usual limitless way.

“Any notion of approving the Fitbit acquisition — based on Google’s promises not to do something that is anyway an irrelevant thing, to do or not to do — is a serious mistake,” she said yesterday, giving the keynote speech at the annual lecture of the EU Parliament’s Science and Technology Options Assessment (STOA) panel.

“Such a decision should be reconsidered immediately. And never again repeated,” she added.

A Google spokesman declined to comment on Zuboff’s remarks — pointing only to its blog post from August where it claims the deal is about “devices not data”.

Beware the “epistemic coup”

In the STOA lecture, Zuboff articulates a view of tech giants’ uncontrolled extraction and use of data leading to what she described as an “epistemic coup” — where bottomless digitally-enabled data extraction leads to an unprecedented dominance of knowledge by the private sector, generating radical inequalities and full-spectrum harms, as a data-empowered few are able to run roughshod over humanity, democratic values and the rule of law in the name of increasing their profits.

“There is no ‘attention economy’; these are effects of a deeper cause — and that cause is surveillance capitalism’s economic imperatives. These corporations are not publishers, they are not distributors, they are not merely adtech providers; they are indiscriminate, radically indifferent all-you-can-eat extractors of everything forever, all for the sake of prediction that become more lucrative as they approach certainty,” she said.

“Knowledge at this kind of scale produces a new kind of power over people. This is what data scientists call the shift from monitoring to actuation. Where there’s actually sufficient data about a machine system to be able to control it remotely. The thing is now it’s not just the machine systems; it’s the human systems.”

The wide-ranging keynote is well worth watching in full for how clearly Zuboff articulates why allowing corporates to “unilaterally claim[…] private human experience for raw material, bent to the purposes of datafication, computational production and sales” is terrible for humanity and the (genuine) communities which make up our civilization — likening it to how uncontrolled extraction of oil for corporate profit has threatened the survival of life on earth, fuelling climate change, biodiversity decline and mass species extinction.

The nub of the argument is that surveillance capitalism’s target is human nature itself — with Zuboff calling out the “data business” playbook of “hidden extraction mechanisms” which she said are robbing us of the ability to fight back.

“Today our nemesis is not, and could never be, mere data or technology — but rather the extractors, led by a handful of giant corporations: Google, Facebook, Apple, Amazon, Microsoft, to name only the largest, along with their complex, far-reaching ecosystems, these are corporate institutions that have pioneered a new logic of extraction but with a dark and startling twist… These corporations have placed the defence of their narrow economic self-interest above the interests of individual sovereignty, democracy and humanity itself.”

The keynote included a call to action to European lawmakers to step in and reverse what has been allowed to become entrenched at humanity’s expense.

“I am here today because the European Union represents humanity’s best hope to alter this course before lawless, unprecedented computational concentrations of knowledge and power become as irreversible and poisonous to our societies as the toxic concentrations of carbon dioxide in our atmosphere have become to our earth,” said Zuboff, adding: “The idea that we could bequeath both of these cataclysms to our children is intolerable.”

EU lawmakers are on the cusp of unveiling a major package of legislative proposals which will update rules for digital services and bring in new requirements for platforms with significant market power.

The Commission’s Digital Services Act (DSA) and the Digital Markets Act (DMA) proposals are due to be presented next Tuesday — the start of a long road of negotiating to turn the policies into EU law.

It has turned out to be particularly awkward timing for the Commission, in parallel with the Google-Fitbit decision. Not least because a key EVP involved in shaping the new digital strategy, Margrethe Vestager, is also the competition commissioner — so she’s simultaneously tasked with deciding whether to waive the tech giant’s latest data acquisition through, even as she puts the finishing touches on ex ante rules for gatekeepers that won’t likely come into force for years.

Vestager told the EU parliament’s Committee on Economic and Monetary Affairs this week that the Commission’s incoming proposals for a major overhaul of digital regulations are necessary to tackle the challenges of the platform economy.

The scale and the scope of the platform economy is “unprecedented and it’s increasing”, she said, acknowledging that the digitization process has “given us a concentration of data, intellectual property, capital — and because of that there’s a lot of power in the hands of a few global players”.

That in turn is making it “really urgent” to complement existing EU competition law enforcement with dedicated regulation for digital services and platform giants, said Vestager.

“The DSA will propose a clear set of due diligence obligations and operate the e-commerce framework for all Internet services within the EU and the point is to ensure that digital services face no borders within the EU, define clearer responsibilities and accountability for online platforms such as social media and marketplaces,” she told MEPs — saying the overarching aim is to ensure consumers have the same protections online as they already do offline.

The aim of the DMA — and its incoming list of “dos and don’ts” for platforms that the EU will define as gatekeepers — is to make sure digital markets “stay open and contestable”, and thus to serve consumers in “the best possible way”.

‘Trust but verify’ via audit authority

In her keynote, Zuboff suggested EU regulators should follow two key principles as they consider what to do.

Firstly, “trust but verify” is how to treat with surveillance capitalists — so no more “taken at face value” pledges swallowed naively and later regurgitated under the one-way logic of extraction maximization. (She raised the awkward example of Facebook’s reversal of an earlier pledge to EU regulators not to combine WhatsApp user data with Facebook data.)

“Secondly we have to keep in mind so often we reduce the harms back to that originating context of targeted advertising — when in fact this whole economic logic has moved way beyond targeted advertising to many other markets,” she also said, warning against EU regulators taking too narrow a view on any concessions made by Google as it works to push open another data gate.  

We’ve reached out to the Commission for comment on Zuboff’s remarks.

Zuboff also spoke to concerns that EU regulators don’t believe they have legal grounds to deny Google-Fitbit.

“If the decision to approve Google’s acquisition of Fitbit was made because of a determination that EU laws are not strong enough to defend the acquisition denial in the European courts then let us please stop talking this minute; let’s suspend our event while the parliament moves into an emergency session to pass new laws that are strong enough to take this kind of rejection through the courts. Because we need those laws,” she said.

It would certainly be ironic if the Commission green-lit the Google-Fitbit merger because it was worried about losing a legal challenge down the line — given how frequently tech giants resort to legal action to try to thwart the application of existing EU regulations. Not to mention how fiercely these giants lobby against any new regulation or legislative proposal that would dare to put limits on their ability to continue maximizing their data extraction.

Zuboff said the forthcoming DMA “is the legal instrument to accomplish this necessary lawmaking [against the surveillance capitalists]”, addressing her remarks to those in the EU who have the power to pass laws.

“Make no mistake: This is your opportunity to make a bold intervention to defend democracy against the surveillance capitalists. Faint heartedness is not an option,” she said, adding that the DSA is likewise an essential intervention to defend democracy. 

“This is your chance to finally pry open the black box of surveillance capitalism and demand the right of democratic societies to control their own destiny,” she said, suggesting regulators’ watch word here should be “audit authority”.

Democracy must have audit authority to protection the public just as regulators have done in countless other industries, she added.

The Google-Fitbit acquisition was raised in a question to Vestager yesterday during a session of the Committee on Economic and Monetary Affairs — where she was asked what the EU intends to do vis-à-vis health data and competition, given the risk of tech giants gleaning far deeper and more intimate knowledge of users than they’ve been able to via current data-mining practices.

Vestager told the committee she couldn’t comment on the specific merger as the process is ongoing but she said she agreed health data “are much more precious and much more sensitive” than other types of commercially exploited data.

“This is why one has to be very careful when it comes to health data and advertising — because here it can be a much more vulnerable position for the person in question,” she said.

“For health data as such I think it’s very important that the market develops because the more health data that becomes available the more services people expect for the market to provide for them to have a better understanding of how their health develops,” she went on, adding on Google-Fitbit specifically that “it remains to be seen how the remedies were to bear out if they were to be accepted”.

U.S. versus EU approach to antitrust

During the session Vestager also faced a number of questions from MEPs about the difference of approach to antitrust between the EU and the U.S. — where states have just opened a massive antitrust case against Facebook.

She repeatedly stressed that Europe has a “different” approach to competition law versus the U.S., sounding a tad on the defensive.

“The U.S. Facebook case is a different approach than what we have. In Europe we do not have a ban of monopolies. They have a different legal basis in the U.S. We would say you’re more than welcome to be successful but with success comes responsibility — which is why we have article 102 [against abusing a dominant position],” she said.

“As a last resort in Europe we would also be able to ask our [institutions] to split up companies but then we would also have to prove that this was the only thing to solve a competition problem and I don’t think we have been there yet,” Vestager added.

Responding to other questions from MEPs she described her department as doing its “best” across a number of big tech investigations — pointing it’s recently opened case against Amazon and has others ongoing into Google’s and Facebook’s use of data for advertising.

“We have a couple of ongoing investigations into the Facebook ecosystem — on the use of data from customers and consumers into advertising and how the Facebook marketplace is functioning,” she noted.

“These cases are not as advanced as they are in the U.S. when it comes to Facebook but I find [the U.S. action] very encouraging,” she added, saying it’s a sign that “the global debate about tech dominance has been shifting over the last couple of years”.

Asked about Facebook’s reversal of an earlier promise not to combine Facebook and WhatsApp user data, Vestager said EU regulators had performed an analysis at the time — looking into whether such a move would still allow for competition — and “found there would be room for others services of the same kind”.

There were no follow-up questions in the event format so MEPs were unable to ask whether Vestager believes that analysis was sound or flawed. But it’s not a good look that the EU’s competition authorities were left so wrong-footed on Facebook’s market power.

Off her own bat, Vestager merely said: “It remains to be seen what will be the outcome of the U.S. [Facebook antitrust] case; as I said they have a different legal basis — to see if by acquiring this company you have entrenched monopoly position.”

She was also asked what the Commission intends to do about companies using self-serving tactics to artificially prolong investigations (and thus delay competition enforcement) — such as by procrastinating or handing out requested information only with substantial delay.

Vestager said its approach is to aim to “always try to balance things out” but she argued it’s important to give businesses enough time to respond properly even though it extends the length of investigations.

During the session she did also note that the aim for the DMA is to enable competition authorities to be “so much quicker” — because the ex ante rules will bake in “self-executing obligations”.

The gatekeeper status also means regulators will not need to do the work of establishing dominance first — “which means you’ll get to the sanction must faster and should prevent damages in the marketplace”, she noted. 

It’s not clear whether or not the forthcoming legislative package will feature a new competition tool for specifically tackling digital markets — which the Commission consulted on earlier this year.

Reports have suggested this has been dropped after a standard EU pre-regulatory review process. But the commissioner did not confirm either way.

She was also asked about interim measures — an existing tool she dusted off last year after an extended period when it had not been used, applying it in a case against chipmaker Broadcom.

On this she said the tool has been shown to have been useful — noting the Broadcom case was settled in a year (which is a very speedy turnaround for a competition case) — and she suggested the tool could be used more frequently in the future. “I think that we will see we can use it more often,” she told the MEPs. 

mxene-2

Here comes the Faraday fabric

You don’t have to buy into 5G conspiracy theories to think that you could do with a little less radiation in your life. One way of blocking radiation is a Faraday cage, but this is usually a metal mesh of some kind, making everyday use difficult. Researchers at Drexel University have managed to create a Faraday fabric by infusing ordinary cotton with a compound called MXene — meaning your tinfoil hat is about to get a lot comfier.

Faraday cages work because radiation in radio frequencies is blocked by certain metals, but because of its wavelength, the metal doesn’t even have to be solid — it can be a solid cage or flexible mesh. Many facilities are lined with materials like this to prevent outside radiation from interfering with sensitive measurements, but recently companies like Silent Pocket have integrated meshes into bags and cases that totally isolate devices from incoming signals.

Let’s be frank here and say that this is definitely paranoia-adjacent. RF radiation is not harmful in the doses and frequencies we get it, and the FCC makes sure no device exceeds certain thresholds. But there’s also the possibility that your phone or laptop is naively connecting to public Wi-Fi, getting its MAC number skimmed by other devices, and otherwise interacting with the environment in a way you might not like. And honestly… with the amount of devices emitting radiation right now, who wouldn’t mind lowering their dose a little, just to be extra sure?

That may be much easier to do in the near future, as Yury Gogotsi and his team at the Drexel Nanomaterials Institute, of which he is director, have come up with a way to coat ordinary textile fibers in a metallic compound that makes them effective Faraday cages — but also flexible, durable and washable.

The material, which they call MXene and is more of a category than a single compound, is useful in lots of ways, and the subject of dozens of papers by the team — this is just the most recent application.

“We have known for some time that MXene has the ability to block electromagnetic interference better than other materials, but this discovery shows that it can effectively adhere to fabrics and maintain its unique shielding capabilities,” said Gogotsi in a news release. You can see the fabric in action on video here.

Image Credits: Drexel University

MXenes are conductive metal-carbon compounds that can be fabricated into all sorts of forms: solid, liquid, even sprays. In this case it’s a liquid — a solution of tiny MXene flakes that adhere to the fabric quite easily and produce a Faraday effect, blocking 99.9% of RF radiation in tests. After sitting around for a couple years (perhaps forgotten in a lab cupboard) it kept 90% of their effectiveness, and the treated fabric can also be washed and worn safely.

You wouldn’t necessarily want to wear a whole suit of the stuff, but this would make it easier for clothing to include an RF-blocking pocket in a jacket, jeans or laptop bag that doesn’t feel out of place with the other materials. A hat (or underwear) with a layer of this fabric would be a popular item among conspiracy theorists, of course.

It’s still a ways from showing up on the rack, but Gogotsi was optimistic about its prospects for commercialization, noting that Drexel has multiple patents on the material and its uses. Other ways of infusing fabric with MXenes could lead to clothes that generate and store energy as well.

You can read more about this particular application of MXenes in the journal Carbon.

This tiny drone uses an actual moth antenna to sniff out target chemicals

Sometimes it’s just not worth it to try to top Mother Nature. Such seems to have been the judgment by engineers at the University of Washington, who, deploring the absence of chemical sensors as fine as a moth’s antennas, opted to repurpose moth biology rather than invent new human technology. Behold the “Smellicopter.”

Mounted on a tiny drone platform with collision avoidance and other logic built in, the device is a prototype of what could be a very promising fusion of artificial and natural ingenuity.

“Nature really blows our human-made odor sensors out of the water,” admits UW grad student Melanie Anderson, lead author of the paper describing the Smellicopter, in a university news release. And in many industrial applications, sensitivity is of paramount importance.

If, for instance, you had one sensor that could detect toxic particles at a fraction of the concentration of that detectable by another, it would be a no-brainer to use the more sensitive of the two.

On the other hand, it’s no cake walk training moths to fly toward toxic plumes of gas and report back their findings. So the team (carefully) removed a common hawk moth’s antenna and mounted it on board. By passing a light current through it the platform can monitor the antenna’s general status, which changes when it is exposed to certain chemicals — such as those a moth might want to follow, a flower’s scent perhaps.

See it in action below:

In tests, the cybernetic moth-machine construct performed better than a traditional sensor of comparable size and power. The cells of the antenna, excited by the particles wafting over them, created a fast, reliable, and accurate signal for those chemicals they are built to detect. “Reprogramming” those sensitivities would be non-trivial, but far from impossible.

The little drone itself has a clever bit of engineering to keep the antenna pointed upwind. While perhaps pressure sensors and gyros might have worked to keep the craft pointing in the right direction, the team used the simple approach of a pair of large, light fins mounted on the back that have the effect of automatically turning the drone upwind, like a weather vane. If something smells good that way, off it goes.

It’s very much a prototype, but this sort of simplicity and sensitivity are no doubt attractive enough to potential customers like heavy industry and the military that the team will have offers coming in soon. You can read the paper describing the design of the Smellicopter in the journal IOP Bioinspiration & Biomimetics.