3d printing
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Startups across the nation and around the world are looking for ways to relieve shortages of much-needed personal protective equipment and sanitizers used to halt the spread of COVID-19.
While some of the largest privately held technology companies, like SpaceX and Tesla, have shifted to manufacturing ventilators, smaller companies are also trying to pitch in and relieve scarcity locally.
Supplies have been difficult to come by in some of the areas hardest hit by the outbreak of the novel coronavirus, and the shortfalls have been made worse by a lack of coordination from the federal government. In some instances local governments have been bidding for supplies against each other and the federal government to acquire needed personal protective equipment.
On Sunday, New York’s Governor Mario Cuomo pleaded with local governments to not engage in a bidding war. In fact, Kentucky was outbid by the federal government for personal protective equipment.
“FEMA came out and bought it all out from under us,” Kentucky Governor Andy Beshear told a local newspaper. “It is a challenge that the federal government says, ‘States, you need to go and find your supply chain,’ and then the federal government ends up buying from that supply chain.”
Against this backdrop local startups and maker spaces are stepping up to do what they can to fill the gap.
Alcohol brands are turning their attention to making hand sanitizer to distribute in communities experiencing shortages. 3D-printing companies are working on new ways to manufacture personal protective equipment and swabs for COVID-19 testing. And one fast fashion retail startup is teaching its tailors and seamstresses how to make cloth masks for consumer protection.

AirCo, a New York-based startup that developed a process to use captured carbon dioxide to make liquor, shifted its efforts to making hand sanitizer for donations in communities in New York City.
Now, new alcohol brands Bev and Endless West are joining the manufacturing push.
Endless West announced this morning that it would shift production away from its distillery to begin making hand sanitizers. The World Health Organization approved their sanitizers, which the company will produce in its warehouse in San Francisco.
The two-ounce bottles will be donated to local restaurants and bars that remain open for delivery, so that employees can use them and distribute them to customers. Bulk quantities will be distributed to healthcare organizations and facilities that need them.
Endless West also put out a call for other companies to provide supplies to hospitals and health organizations in the San Francisco Bay Area.
“We felt it was imperative to do our part and dedicate what resources we have to assist with shortages in the healthcare and food & beverage industries who keep the engine running and provide such important functions in this time of immense need throughout the community,” said Alec Lee, CEO of Endless West, in a statement.
Los Angeles-based Bev is no different.
“As an alcoholic beverage company, Bev is very lucky in that we are licensed to purchase ethanol directly from our suppliers, who are doing their part by discounting the product to anyone licensed to purchase it,” said Bev chief executive, Alix Peabody. “Community underscores everything we do here at Bev, and as such, we will be producing hand sanitizer and distributing it free of charge to the homeless and elderly communities here in Venice, populations who largely have insufficient access to healthcare and essential goods like sanitizer.”
Hand sanitizer is one sorely needed item in short supply, but there are others — including face masks, surgical masks, face shields, swabs and ventilator equipment that other startups are now switching gears to produce.
(Photo by PAU BARRENA/AFP via Getty Images)
In Canada, INKSmith, a startup that was making design and tech tools accessible for kids, has now moved to making face shields and is hiring up to 100 new employees to meet demand.
“I think in the short term, we’re going to scale up to meet the needs of the province soon. After that, we’re going to meet the demands of Canada,” INKSmith CEO Jeremy Hedges told the Canadian news outlet Global News.
3D-printing companies like Massachusetts-based Markforged and Formlabs are both making personal protective equipment like face shields, as well as nasal swabs to use for COVID-19 testing.
Markforged is pushing ahead with a number of efforts to focus some of the benefits of 3D printing on the immediate problem of personal protective equipment for healthcare workers most exposed to COVID-19.
“We have about 20 people working on this pretty much as much as they can,” said Markforged chief executive, Gregory Mark. “We break it up into three different programs. The first stage is prototyping validation and getting first pass to doctors. The second is clinical trials and the third is production. We are in clinical trials with two. One is the nasal swab and two is the face shield.”
The ability to spin up manufacturing more quickly than traditional production lines using 3D printing means that both companies are in some ways better positioned to address a thousandfold increase in demand for supplies that no one anticipated.
“3D printing is the fastest way to make anything in the world up to a certain number of days, weeks, months or years,” says Mark. “As soon as we get the green light from hospitals, 10,000 printers around the world can be printing face shields and nose swabs.”
Formlabs, which already has a robust business supplying custom-printed surgical-grade healthcare products, is pushing to bring its swabs to market quickly.
“Not only can we help in the development of the swabs, but we can manufacture them ourselves,” says Formlabs chief product officer, David Lakatos.
Swabs for testing are in short supply in part because there are only a few manufacturers in the world who made them — and one of those primary manufacturers is in Italy, which means supplies and staff are in short supply. “There’s a shortage of them and nobody was expecting that we would need to test millions of people in short order,” says Lakatos.
Formlabs is also working on another piece of personal protective equipment — looking at converting snorkeling masks into respirators and face masks. “Our goal is to make one that is reusable,” says Lakatos. “A patient can use it as a respirator and you can put it in an autoclave and reuse it.”
In Brooklyn, Voodoo Manufacturing has repurposed its 5,000-square-foot facility to mass-produce personal protective equipment. The company has set up a website, CombatingCovid.com, where organizations in need of supplies can place orders. Voodoo aims to print at least 2,500 protective face shields weekly and can scale to larger production volumes based on demand, the company said.
STAMFORD, CT – MARCH 23: Nurse Hannah Sutherland, dressed in personal protective equipment (PPE) awaits new patients at a drive-thru coronavirus testing station at Cummings Park on March 23, 2020 in Stamford, Connecticut. Availability of protective clothing for medical workers has become a major issue as COVID-19 cases surge throughout the United States. The Stamford site is run by Murphy Medical Associates. (Photo by John Moore/Getty Images)
Finally, Resonance, the fast fashion startup launched by the founder of FirstMark Capital, Lawrence Lenihan, is using its factory in the Dominican Republic to make face masks for consumers on the island and beyond.
“To contribute to the Dominican health efforts, Resonance is acting to utilize their resources to manufacture safety masks for distribution to local hospitals, nursing homes, and other high-risk facilities as quickly as possible. They have provided user-friendly instructions and material and will pay their sewers who can to make these masks from the security of their homes,” a spokesperson for the company wrote in an email. “Resonance is currently working to share this downloadable platform and simple instructions to their website, so anyone in the world can contribute to their own local communities.”
All of these efforts — and countless others too numerous to mention — point to the ways small companies are hoping to do something to help their communities stay safe and healthy in the midst of this global outbreak.
But many of these extreme measures may not have been necessary had governments around the world actively coordinated their response and engaged in better preparation before the situation became so dire.
There are a litany of errors that governments made — and are still making — in their efforts to respond to the pandemic, even as the private sector steps in and steps up to address them.
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3D printing has become commonplace in the hardware industry, but because few materials can be used for it easily, the process rarely results in final products. A Swiss startup called Spectroplast hopes to change that with a technique for printing using silicone, opening up all kinds of applications in medicine, robotics and beyond.
Silicone is not very bioreactive, and of course can be made into just about any shape while retaining strength and flexibility. But the process for doing so is generally injection molding, great for mass-producing lots of identical items but not so great when you need a custom job.
And it’s custom jobs that ETH Zurich’s Manuel Schaffner and Petar Stefanov have in mind. Hearts, for instance, are largely similar but the details differ, and if you were going to get a valve replaced, you’d probably prefer yours made to order rather than straight off the shelf.
“Replacement valves currently used are circular, but do not exactly match the shape of the aorta, which is different for each patient,” said Schaffner in a university news release. Not only that, but they may be a mixture of materials, some of which the body may reject.
But with a precise MRI the researchers can create a digital model of the heart under consideration and, using their proprietary 3D printing technique, produce a valve that’s exactly tailored to it — all in a couple of hours.
A 3D-printed silicone heart valve from Spectroplast.
Although they have created these valves and done some initial testing, it’ll be years before anyone gets one installed — this is the kind of medical technique that takes a decade to test. So in the meantime they are working on “life-improving” rather than life-saving applications.
One such case is adjacent to perhaps the most well-known surgical application of silicone: breast augmentation. In Spectroplast’s case, however, they’d be working with women who have undergone mastectomies and would like to have a breast prosthesis that matches the other perfectly.
Another possibility would be anything that needs to fit perfectly to a person’s biology, like a custom hearing aid, the end of a prosthetic leg or some other form of reconstructive surgery. And of course, robots and industry could use one-off silicone parts as well.
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There’s plenty of room to grow, it seems, and although Spectroplast is just starting out, it already has some 200 customers. The main limitation is the speed at which the products can be printed, a process that has to be overseen by the founders, who work in shifts.
Until very recently Schaffner and Stefanov were working on this under a grant from the ETH Pioneer Fellowship and a Swiss national innovation grant. But in deciding to depart from the ETH umbrella they attracted a 1.5 million Swiss franc (about the same as dollars just now) seed round from AM Ventures Holding in Germany. The founders plan to use the money to hire new staff to crew the printers.
Right now Spectroplast is doing all the printing itself, but in the next couple of years it may sell the printers or modifications necessary to adapt existing setups.
You can read the team’s paper showing their process for creating artificial heart valves here.
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Nearly 200 startups have just graduated from the prestigious San Francisco startup accelerator Y Combinator . The flock of companies are now free to proceed company-building with a fresh $150,000 check and three-months full of tips and tricks from industry experts.
As usual, we sent several reporters to YC’s latest demo day to take notes on each company and pick our favorites. But there were many updates to the YC structure this time around and new trends we spotted from the ground that we’ve yet to share.
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A week is obviously not enough time to truly understand a market as massive and fascinating as China. Hell, it’s not really even enough time to adjust to the 12-hour time difference from New York. That said, each of the three visits I’ve taken to the country in the past two years has yielded some useful insights into my role as hardware editor here at TechCrunch.
Late last week, I got back from an eight-day trip to Shenzhen in the Guangdong Province of South China and nearby Hong Kong. In some respects, the cities are worlds apart, though a newly opened high-speed rail system has reduced the trip to 30 minutes. Customs issues aside, it’s the height of convenience. Though for political and cultural reasons I’ll not get into here, some have bemoaned the access it’s provided.
This particular visit was sort of a scouting trip. In November, TechCrunch will be hosting its first Hardware Battlefield event in a couple of years. Previous events had been held at CES for reasons of easy access to young startups. This time out, however, we’ve opted to go straight to the source.
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Two months ago, we reported that Carbon was set to raise up to $300 million, bringing the 3D printing company’s valuation up to a lofty $2.5 billion. The real numbers released this week by the company aren’t quite so lofty, but are impressive nonetheless. The Series E fetched $260 million, putting its valuation at closer to $2.4 billion.
The latest round follows a $200 million Series D that arrived in late-2017, bringing the company’s total raise to $680 million. What exactly is the bay area-based startup planning to do with that massive sum, in the wake of high profile manufacturing partnerships with companies like Adidas and Riddell?
CEO/co-founder Joseph M. DeSimone and recent addition CMO Dara Treseder (most recently of GE Ventures) stopped by our offices to discuss what the latest round means for the Bay Area-based company.
Asked for a timeline around when Carbon might exit, DeSimon offered a non-committal answer. “As we grow our business, we haven’t made announcements for our IPO or anything like that yet,” he told TechCrunch. But the revenue business is growing nicely. So we’re in pretty good shape.”
It’s hard to say precisely what goals the company is hoping to attain before going public, but at the very least, Carbon presents a good indicator that the 3D printing industry is back on the uptick — in some circles, at least.
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In this section of my exploration into innovation in inclusive housing, I am digging into the 200+ companies impacting the key phases of developing and managing housing.
Innovations have reduced costs in the most expensive phases of the housing development and management process. I explore innovations in each of these phases, including construction, land, regulatory, financing, and operational costs.

This is one of the top three challenges developers face, exacerbated by rising building material costs and labor shortages.
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TechCrunch’s Connie Loizos published some interesting stats on seed and Series A financings this week, courtesy of data collected by Wing Venture Capital. In short, seed is the new Series A and Series A is the new Series B. Sure, we’ve been saying that for a while, but Wing has some clean data to back up those claims.
Years ago, a Series A round was roughly $5 million and a startup at that stage wasn’t expected to be generating revenue just yet, something typically expected upon raising a Series B. Now, those rounds have swelled to $15 million, according to deal data from the top 21 VC firms. And VCs are expecting the startups to be making money off their customers.
“Again, for the old gangsters of the industry, that’s a big shift from 2010, when just 15 percent of seed-stage companies that raised Series A rounds were already making some money,” Connie writes.
As for seed, in 2018, the average startup raised a total of $5.6 million prior to raising a Series A, up from $1.3 million in 2010.
Now on to IPO updates, then a closer look at all the companies raising big rounds. Want more TechCrunch newsletters? Sign up here. Contact me at kate.clark@techcrunch.com or @KateClarkTweets.
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Slack: The workplace communication software provider dropped its S-1 on Friday ahead of a direct listing. That’s when companies sell existing shares directly to the market, allowing them to skip the roadshow and minimize the astronomical fees typically associated with an initial public offering. Here’s the TLDR on financials: Slack reported revenues of $400.6 million in the fiscal year ending January 31, 2019, on losses of $138.9 million. That’s compared to a loss of $140.1 million on revenue of $220.5 million for the year before. Slack’s losses are shrinking (slowly), while its revenues expand (quickly). It’s not profitable yet, but is that surprising?
Zoom was the Slack we thought Slack was all along.
— alex (PVD) (@alex) April 26, 2019
Uber: The ride-hail giant is fast approaching its IPO, expected as soon as next week. On Friday, the company established an IPO price range of $44 to $50 per share to raise between $7.9 billion and $9 billion at a valuation of approximately $84 billion, significantly lower than the $100 billion previously reported estimations. The most likely outcome is Uber will price above range and all the latest estimates will be way off course. Best to sit back and see how Uber plays it. Oh, and PayPal said it would make a $500 million investment in the company in a private placement, as part of an extension of the partnership between the two.
There are a lot of fascinating companies raising colossal rounds, so I thought I’d dive a bit deeper than I normally do. Bear with me.
Carbon: The poster child for 3D printing has authorized the sale of $300 million in Series E shares, according to a Delaware stock filing uncovered by PitchBook. If Carbon raises the full amount, it could reach a valuation of $2.5 billion. Using its proprietary Digital Light Synthesis technology, the business has brought 3D-printing technology to manufacturing, building high-tech sports equipment, a line of custom sneakers for Adidas and more. It was valued at $1.7 billion by venture capitalists with a $200 million Series D in 2018.
Canoo: The electric vehicle startup formerly known as Evelozcity is on the hunt for $200 million in new capital. Backed by a clutch of private individuals and family offices from China, Germany and Taiwan, the company is hoping to line up the new capital from some more recognizable names as it finalizes supply deals with vendors, according to reporting from TechCrunch’s Jonathan Shieber. The company intends to make its vehicles available through a subscription-based model and currently has 400 employees. Canoo was founded in 2017 after Stefan Krause, a former executive at BMW and Deutsche Bank, and another former BMW executive, Ulrich Kranz, exited Faraday Future amid that company’s struggles.
Starry: The Boston-based wireless broadband internet startup has authorized the sale of Series D shares worth up to $125 million, according to a Delaware stock filing. If Starry closes the full authorized raise it will hold a post-money valuation of $870 million. A spokesperson for the company confirmed it had already raised new capital, but disputed the numbers. The company has already raised more than $160 million from investors, including FirstMark Capital and IAC. The company most recently closed a $100 million Series C this past July.
Selina & Sonder: The Airbnb competitor Sonder is in the process of closing a financing worth roughly $200 million at a $1 billion valuation, reports The Wall Street Journal. Investors including Greylock Partners, Spark Capital and Structure Capital are likely to participate. Sonder is four years old but didn’t emerge from stealth until 2018. The startup, which turns homes into hotels, quickly attracted more than $100 million in venture funding. Meanwhile, another hospitality business called Selina has raised $100 million at an $850 million valuation. The company, backed by Access Industries, Grupo Wiese and Colony Latam Partners, builds living/co-working/activity spaces across the world for digital nomads.

Fresh funds: Mary Meeker has made history with the close of her new fund, Bond Capital, the largest VC fund founded and led by a female investor to date. Bond has $1.25 billion in committed capital. If you remember, Meeker ditched Kleiner Perkins last fall and brought the firm’s entire growth team with her. Kleiner said it was a peaceful split that would allow the firm to focus more on its early-stage efforts, leaving the growth investing to Bond. Fortune, however, reported this week that a power struggle of sorts between Meeker and Mamoon Hamid, who joined recently to reenergize the early-stage side of things, was a larger cause of her exit.
Plus, SOSV, a multi-stage venture firm that was founded as the personal investment vehicle of entrepreneur Sean O’Sullivan after his company went public in 1994, has raised $218 million for its third fund. The vehicle has a $250 million target that SOSV expects to meet. Already, the fund is substantially larger than the firm’s previous vehicle, which closed with $150 million.
A grocery delivery startup crumbles: Honestbee, the online grocery delivery service in Asia, is nearly out of money and trying to offload its business. Despite looking impressive from the outside, the company is currently in crisis mode due to a cash crunch — there’s a lot happening right now. TechCrunch’s Jon Russell dives in deep here.
Extra Crunch: “When it comes to working with journalists, so many people are, frankly, idiots. I have seen reporters yank stories because founders are assholes, play unfairly, or have PR firms that use ridiculous pressure tactics when they have already committed to a story.” Sign up for Extra Crunch for a full list of PR don’ts. Here are some other EC pieces to hit the wire this week:
Equity: If you enjoy this newsletter, be sure to check out TechCrunch’s venture-focused podcast, Equity. In this week’s episode, available here, Crunchbase News editor-in-chief Alex Wilhelm and I chat about Kleiner Perkins, Chinese IPOs and Slack & Uber’s upcoming exits.
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Desktop Metal announced this morning that it has raised $160 million. That Series E brings the Burlington, Mass.-based metal 3D printing company up to a whopping $438 million. The startup’s tagline says the company “is reinventing the way design and manufacturing teams print with metal” — and now it undoubtedly has the money to do so.
Koch Disruptive Technologies (yes, that Koch) led the round, joined by GV, Panasonic and Techtronic Industries. The latest round follows $65 million last March, which found Ford investing in the technology, which has applications for both prototyping and manufacturing. Big names like BMW and Lowe’s have also pumped money into Desktop’s impressive additive manufacturing technology.
The company will be investing the massive funding back into its technology. “This new funding will fuel the continued development of our metal 3D printing technology and rich product roadmap, the scaling of operations to meet a growing demand of orders, and the financing of major new research and development initiatives,” co-founder and CEO Ric Fulop said in a press release tied to the news.
Desktop Metal’s technology clearly represents a bright spot in the world of 3D printing/additive manufacturing — at least so far as investors are concerned. Much of that is due to the speed and durability of the printing process, which is helping it move from simple prototyping to real-world product manufacturing.
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3D-printing the first rocket on Mars.
That’s the goal Tim Ellis and Jordan Noone set for themselves when they founded Los Angeles-based Relativity Space in 2015.
At the time they were working from a WeWork in Seattle, during the darkest winter in Seattle history, where Ellis was wrapping up a stint at Blue Origin . The two had met in college at USC in their jet propulsion lab. Noone had gone on to take a job at SpaceX and Ellis at Blue Origin, but the two remained in touch and had an idea for building rockets quickly and cheaply — with the vision that they wanted to eventually build these rockets on Mars.
Now, more than $35 million dollars later, the company has been awarded a multi-year contract to build and operate its own rocket launch facilities at Cape Canaveral Air Force Station in Florida.
That contract, awarded by The 45th Space Wing of the Air Force, is the first direct agreement the U.S. Air Force has completed with a venture-backed orbital launch company that wasn’t also being subsidized by billionaire owner-operators.
By comparison, Relativity’s neighbors at Cape Canaveral are Blue Origin (which Jeff Bezos has been financing by reportedly selling $1 billion in shares of Amazon stock since 2017); SpaceX (which has raised roughly $2.5 billion since its founding and initial capitalization by Elon Musk); and United Launch Alliance, the joint venture between the defense contracting giants Lockheed Martin Space Systems and Boeing Defense.
Like the other launch sites at Cape Canaveral, Launch Complex 16, where Relativity expects to be launching its first rockets by 2020, has a storied history in the U.S. space and missile defense program. It was used for Titan missile launches, the Apollo and Gemini programs and Pershing missile launches.

From the site, Relativity will be able to launch its first designed rocket, the Terran 1, which is the only fully 3D-printed rocket in the world.
That rocket can carry a maximum payload of 1,250 kilograms to a low earth orbit of 185 kilometers above the Earth. Its nominal payload is 900 kilograms of a Sun-synchronous orbit 500 kilometers out, and it has a 700 kilogram high-altitude payload capacity to 1,200 kilometers in Sun-synchronous orbit. Relativity prices its dedicated missions at $10 million, and $11,000 per kilogram to achieve Sun-synchronous orbit.
If the company’s two founders are right, then all of this launch work Relativity is doing is just a prelude to what the company considers to be its real mission — the advancement of manufacturing rockets quickly and at scale as a test run for building out manufacturing capacity on Mars.
“Rockets are the business model now,” Ellis told me last year at the company’s offices at the time, a few hundred feet from SpaceX. “That’s why we created the printing tech. Rockets are the largest, lightest-weight, highest-cost item that you can make.”
It’s also a way for the company to prove out its technology. “It benefits the long-term mission,” Ellis continued. “Our vision is to create the intelligent automated factory on Mars… We want to help them to iterate and scale the society there.”
Ellis and Noone make some pretty remarkable claims about the proprietary 3D printer they’ve built and housed in their Inglewood offices. Called “Stargate,” the printer is the largest of its kind in the world and aims to go from raw materials to a flight-ready vehicle in just 60 days. The company claims that the speed with which it can manufacture new rockets should pare down launch timelines by somewhere between two and four years.
Another factor accelerating Relativity’s race to market is a long-term contract the company signed last year with NASA for access to testing facilities at the agency’s Stennis Space Center on the Mississippi-Louisiana border. It’s there, deep in the Mississippi delta swampland, that Relativity plans to develop and quality control as many as 36 complete rockets per year on its 25-acre space.
All of this activity helps the company in another segment of its business: licensing and selling the manufacturing technology it has developed.
“The 3D factory and automation is the other product, but really that’s a change in emphasis,” says Ellis. “It’s always been the case that we’re developing our own metal 3D printing technology. Not only can we make rockets. If the long-term mission is 3D printing on Mars, we should think of the factory as its own product tool.”
Not everyone agrees. At least one investor I talked to said that in many cases, the cost of 3D printing certain basic parts outweighs the benefits that printing provides.
Still, Relativity is undaunted.
But first, the company — and its competitors at Blue Origin, SpaceX, United Launch Alliance and the hundreds of other companies working on launching rockets into space again — need to get there. For Relativity, the Canaveral deal is one giant step for the company, and one great leap toward its ultimate goal.
“This is a giant step toward being a launch company,” says Ellis. “And it’s aligned with the long-term vision of one day printing on Mars.”

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There’s a lot you can make with a 3D printer: from prosthetics, corneas, and firearms — even an Olympic-standard luge.
You can even 3D print a life-size replica of a human head — and not just for Hollywood. Forbes reporter Thomas Brewster commissioned a 3D printed model of his own head to test the face unlocking systems on a range of phones — four Android models and an iPhone X.
Bad news if you’re an Android user: only the iPhone X defended against the attack.
Gone, it seems, are the days of the trusty passcode, which many still find cumbersome, fiddly, and inconvenient — especially when you unlock your phone dozens of times a day. Phone makers are taking to the more convenient unlock methods. Even if Google’s latest Pixel 3 shunned facial recognition, many Android models — including popular Samsung devices — are relying more on your facial biometrics. In its latest models, Apple effectively killed its fingerprint-reading Touch ID in favor of its newer Face ID.
But that poses a problem for your data if a mere 3D-printed model can trick your phone into giving up your secrets. That makes life much easier for hackers, who have no rulebook to go from. But what about the police or the feds, who do?
It’s no secret that biometrics — your fingerprints and your face — aren’t protected under the Fifth Amendment. That means police can’t compel you to give up your passcode, but they can forcibly depress your fingerprint to unlock your phone, or hold it to your face while you’re looking at it. And the police know it — it happens more often than you might realize.
But there’s also little in the way of stopping police from 3D printing or replicating a set of biometrics to break into a phone.
“Legally, it’s no different from using fingerprints to unlock a device,” said Orin Kerr, professor at USC Gould School of Law, in an email. “The government needs to get the biometric unlocking information somehow,” by either the finger pattern shape or the head shape, he said.
Although a warrant “wouldn’t necessarily be a requirement” to get the biometric data, one would be needed to use the data to unlock a device, he said.
Jake Laperruque, senior counsel at the Project On Government Oversight, said it was doable but isn’t the most practical or cost-effective way for cops to get access to phone data.
“A situation where you couldn’t get the actual person but could use a 3D print model may exist,” he said. “I think the big threat is that a system where anyone — cops or criminals — can get into your phone by holding your face up to it is a system with serious security limits.”
The FBI alone has thousands of devices in its custody — even after admitting the number of encrypted devices is far lower than first reported. With the ubiquitous nature of surveillance, now even more powerful with high-resolution cameras and facial recognition software, it’s easier than ever for police to obtain our biometric data as we go about our everyday lives.
Those cheering on the “death of the password” might want to think again. They’re still the only thing that’s keeping your data safe from the law.
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