Year: 2018

28 Jul 2018

Home run exits happen stealthily for biotech

Startup exit tallies commonly underestimate biotech returns. Unlike most tech deals, the biggest profits in bio often come long after an IPO or acquisition.

Take Juno Therapeutics, a publicly traded cancer immunology company that sold to pharma giant Celgene this year for $9 billion. At first glance, it doesn’t seem like a deal that would impact Juno’s early investors.

After all, Juno went public back in 2014. Though the Seattle company raised more than $300 million as a private company, pre-IPO backers had years to cash out at healthy multiples.

Yet some held on. Bob Nelsen, managing director of ARCH Venture Partners, Juno’s largest VC backer, told Crunchbase News that his firm was still holding nearly its entire 15 percent pre-IPO stake when Celgene bought the company.

In the end, the acquisition netted ARCH’s limited partners 23 times their money, bringing in close to a billion dollars. It’s an exceptional return, even by venture home run standards.1

“We tend to distribute on milestones, not financing events,” Nelsen said of his firm’s approach to exiting a portfolio investment. That often means holding for years after an IPO awaiting positive clinical trial outcomes or other value-creating inflection points.

For public companies, that can be done over time or all at once, and usually comes in the form of company shares rather than cash.

So when is it an exit?

It’s outcomes like Juno that help explain why life sciences, despite bringing fewer first-day IPO pops and buzz-generating unicorn exits than the tech sector, still consistently attracts roughly a third of venture investment. Big exits do happen. But oftentimes it’s not with a lot of fanfare and usually not with a public market debut.

“I don’t think IPOs are ever an exit in biotech. It’s always a financing event,” Nelsen says. While ARCH may hold shares longer than the typical VC, he says it’s not uncommon to hang on the stakes for a while post-IPO.

That IPO-and-hold strategy appears to have worked out well for the firm on other occasions. Other portfolio companies that went public and were later acquired for multiple billions include Receptos, a drug developer, and Kythera Biopharmaceuticals, best known for an injectable to reduce chin fat.

Using Crunchbase data, we looked to see how common it is for a venture-backed biotech company to go public and then sell a few years later for multiple billions. We found at least eight examples of companies selling for $2 billion or more in the past five years that went public less than four years before the acquisition. (See list here.) Altogether, these acquisitions were valued at more than $47 billion.

Racking up post-IPO gains

It’s also not uncommon for biotech startups to grow into multi-billion dollar public companies a few years after IPO.

Using Crunchbase data, we put together a list of a dozen life science companies that went public in roughly the past five years and have recent market values ranging from $1.5 billion to nearly $9 billion. (This is a sampling, not a comprehensive data set, and was assembled based on exits of several top-tier life science VCs.)

On top was gene therapy juggernaut Bluebird Bio, which has seen a seven-fold rise in its stock price since going public five years ago. Next was Sage Therapeutics, a developer of therapies for central nervous system disorders, up more than six-fold since its IPO four years ago, reaching a market cap of nearly $8 billion.

Then on the device side there’s Inogen, a maker of portable oxygen concentrators for patients with respiratory ailments. It went public at a valuation of less than $300 million in 2014. Today it’s worth around $4.3 billion.

Yes, it’s true tech stocks can see massive gains a few years after going public, too. But the drivers are usually different. In tech, a company may see its stock jump after a big rise in sales, but it probably had sales in prior quarters. The business hasn’t fundamentally changed; it’s just improved.

Moreover, tech venture capitalists do generally consider an IPO an exit. While insiders usually can’t sell shares immediately, they’re typically comfortable liquidating when they can around the IPO price.

For bio, hitting key milestones changes the entire value proposition. A company can go from having no marketable product and no sales to quickly having one or both of those things.

Milestones and money

Returns from biotech startup M&A exits are also hard to pin down because of the widespread use of milestone payments. Buyers pay an upfront price with the agreement of more to come following favorable clinical trial results and a commercially successful therapy.

Often, it’s several multiples more to come if milestones are met. Take Impact Biomedicines, one of this year’s biggest private company exits. Celgene bought the company for $1.1 billion. However, the deal could be valued at up to $7 billion over time.

But the probability of hitting all the milestones seems low. To get the full $7 billion, global annual net sales of Impact’s therapies would have to exceed $5 billion. However, some milestones look more feasible, such as a $1.25 billion payment for obtaining regulatory approval.

This kind of deal structure is pretty common, and not just for M&A. A study by medical news site STAT analyzed nearly 700 biotech licensing deals and found that, on average, just 14 percent of the total announced value was paid out up front.

As with returns from post-IPO acquisitions, it’s hard to gauge just how well investors end up doing on these milestone-based purchases. The largest payoffs can be years down the road.

The opposite of tech

If it seems like the dynamics of a bio exit are, in many ways, the opposite of a tech exit, it’s worth considering how different the two sectors are at the early stages, too.

In the tech startup world, it’s common for a company to launch with an idea that sounds silly (tweeting, scooter sharing, air mattress rentals) and then suddenly be worth billions.

Bio companies are kind of the reverse. Practically every one sounds like a great idea (curing cancer, alleviating pain, treating neurodegenerative disease), and many turn out to be worth nothing. Investments that work out, however, may take a while, but eventually deliver in a big way.

  1. Making 23 times your money back is exceptional at all stages of investment. However, when it does happen, it’s most common at the seed stage for investment, where investors put in single digit millions or less. In the case of ARCH, 23X it is a particularly high return because it encompasses all the rounds Juno raised before going public.
28 Jul 2018

How I made my own WireGuard VPN server

Some of you may have heard about VPN protocols that let you establish a connection between your device and a server, such as OpenVPN and IPsec. But there’s a brand new shiny protocol that promises to be faster and more secure at the same time — WireGuard.

But WTF is a VPN anyway? A VPN is a virtual private network between a device in front of you and a server in a data center. If you want to hide your internet traffic from other people on your local network, you can create a tunnel between your device and a server.

All your network traffic will go through this connection, and traffic is usually encrypted from one end to the other. It means that your overzealous IT department or the Great Firewall of China can’t block any service.

And yet, it also means that the person who operates the server can see all unencrypted traffic. That’s why I never recommend using a free VPN service or even paying for an account. Using a VPN doesn’t mean that you’ll be more secure on the internet. You’re just moving the risk down the VPN tunnel.

Many VPN companies analyze your browsing habits, sell them to advertisers, inject their own ads on non-secure pages, steal your identity, log your internet traffic, share information with law enforcement and more.

When it comes to VPN companies, trust no one.

Looking at the protocols

There are multiple ways to create a point-to-point VPN tunnel. Your device and the server need to use the same protocol to talk to one another. The most popular protocol is OpenVPN. It’s a secure implementation that works on pretty much any device, as long as you’re willing to install an app.

IPsec, combined with IKEv2 authentication, is another popular protocol. It works natively on iOS, macOS, Windows and Linux. That’s why it’s a great option for devices where you can’t install any app you want.

You may have also heard about PPTP or L2TP as well. But those protocols aren’t as secure and nobody should use them anymore.

It seems like there are plenty of options already. But OpenVPN has been around for 17 years. It is slow and it was never designed for mobile devices.

OpenVPN and IPsec also have a huge codebase, which creates a bigger attack surface. It’s unclear whether the NSA has found vulnerabilities in those protocols because it’s harder to audit big codebases. WireGuard creator Jason Donenfeld only wrote 4,000 lines of code for the initial release.

Connecting to a WireGuard server is pretty much like connecting to a remote server using SSH. You generate a set of public and private keys and exchange public keys with the server. It’s both secure and hard to fool.

Compared to other VPN protocols, WireGuard relies on your device’s network interfaces. It adds a new interface to natively route all traffic through the tunnel, whether you’re using Wi-Fi, Ethernet, LTE, etc.

Regular VPN users also know that you have to reconnect to the VPN server every time you switch from Wi-Fi to LTE to Ethernet… WireGuard servers can maintain the connection with your device, even if you switch to another network and get a new IP address.

WireGuard is still quite new and experimental. For instance, you won’t find any WireGuard client for iOS. There are also very few WireGuard implementations with a graphical user interface.

Building your own VPN server

If you want to give WireGuard a try, it’s not that hard. You may remember that I talked about Algo VPN in the past. It’s a great open source project that lets you set up your own VPN server in just a few minutes. You don’t need any coding skill.

It turns out Algo VPN now supports WireGuard in addition to IKEv2. In other words, creating a VPN server with Algo VPN will let you connect to this server using both protocols.

Algo VPN runs on any Ubuntu server, but the easiest way to host your server is to create an account on DigitalOcean. After that, you’ll need to download a zip file and follow the instructions.

Once the setup is done, you should have a new folder on your hard drive with everything you need to connect to your VPN server. If you’re on a Mac, you can double-click on the .mobileconfig file to connect to your VPN server from your Mac using IKEv2.

If you want to try WireGuard, you’ll need a computer that runs macOS or Linux, or an Android phone. The easiest way to use WireGuard is to install the Android app and add the .conf file to your phone.

On your Mac, you need to install WireGuard using Homebrew (brew install wireguard-tools). You can then move the myvpnserver.conf file to /etc/wireguard/ on your hard drive and connect using a simple command line (“wg-quick up myvpnserver” and “wg-quick down myvpnserver”).

I wanted to go one step further and skip the Terminal window. On macOS, you can create an AppleScript using the Script Editor app and put it in your menu bar by enabling the menu bar option in the settings.

In my script, I also fetch my current hostname using icanhazptr.com. I then display my current hostname in a notification to check that I’m connected to the VPN server. In this case, I created a VPN server on Scaleway:

There you have it. Now you can’t say that you prefer to use a commercial VPN service because they have a nice menu bar app. This setup offers the same convenience but with a more stable VPN connection.

Once again, WireGuard is experimental. You need to assess your risks before using WireGuard at a production level. If you’re Edward Snowden, WireGuard might not be ready for you just yet. You also need to be comfortable with a buggy implementation. For instance, I had a DNS issue after shutting down a WireGuard connection, so I had to reset the DNS settings in my network interfaces.

But the fact that you can close your laptop, switch to another Wi-Fi network and stay connected to the VPN server is pretty neat. It’s clear that WireGuard represents the future of VPN protocols.

28 Jul 2018

Twitter will suspend repeat offenders posting abusive comments on Periscope live streams

As part of Twitter’s attempted crackdown on abusive behavior across its network, the company announced on Friday afternoon a new policy facing those who repeatedly harass, threaten or otherwise make abusive comments during a Periscope broadcaster’s live stream. According to Twitter, the company will begin to more aggressively enforce its Periscope Community Guidelines by reviewing and suspending accounts of habitual offenders.

The plans were announced via a Periscope blog post and tweet that said everyone should be able to feel safe watching live video.

Currently, Periscope’s comment moderation policy involves group moderation.

That is, when one viewer reports a comment as “abuse,” “spam” or selects “other reason,” Periscope’s software will then randomly select a few other viewers to take a look and decide if the comment is abuse, spam or if it looks okay. The randomness factor here prevents a person (or persons) from using the reporting feature to shut down conversations. Only if a majority of the randomly selected voters agree the comment is spam or abuse does the commenter get suspended.

However, this suspension would only disable their ability to chat during the broadcast itself — it didn’t prevent them from continuing to watch other live broadcasts and make further abusive remarks in the comments. Though they would risk the temporary ban by doing so, they could still disrupt the conversation, and make the video creator — and their community — feel threatened or otherwise harassed.

Twitter says that accounts that repeatedly get suspended for violating its guidelines will soon be reviewed and suspended. This enhanced enforcement begins on August 10, and is one of several other changes Twitter is making to its product across Periscope and Twitter focused on user safety.

To what extent those changes have been working is questionable. Twitter may have policies in place around online harassment and abuse, but its enforcement has been hit-or-miss. But ridding its platform of unwanted accounts — including spam, despite the impact to monthly active user numbers — is something the company must do for its long-term health. The fact that so much hate and abuse is seemingly tolerated or overlooked on Twitter has been an issue for some time, and the problem continues today. And it could be one of the factors in Twitter’s stagnant user growth. After all, who willingly signs up for harassment?

The company is at least attempting to address the problem, most recently by acquiring the anti-abuse technology provider Smyte. Its transition to Twitter didn’t go so well, but the technology it offers the company could help Twitter address abuse at a greater scale in the future.

27 Jul 2018

Google Assistant can now do things automatically at a scheduled time

Back at Google I/O, Google announced two new features for Google Assistant: custom routines, and schedules. Both focusing on automating things you do regularly, but in different ways.

The first lets you trigger multiple commands with a single custom phrase — like saying “Hey Google, I’m awake” to unsilence your phone, turn on the lights, and read the news. Schedules, meanwhile, could trigger a series of commands at a specific time on specific days, without you needing to say a thing.

While custom routines launched almost immediately after I/O, scheduling has been curiously absent. It’s starting to roll out today.

As first noticed by DroidLife, it looks like scheduling has started rolling out to users by way of the Google Home app.

To make a schedule:

  • Open the Google Home app
  • Go to Settings>Routines
  • Create a new routine with the + button
  • Scroll to the “Set a time and day” option to schedule things ahead of time

If you don’t see the “time and day” option yet, check back in a day or two. Google is rolling it out over the next few days (generally done in case there’s some bug it missed), so it might pop up without much fanfare.

Want your bedroom lights to turn on every morning at 7 am on workdays? You can do that. Want that song from the Six Flags commercials to play every day at noon to get you over the hump and/or drive your roommates up a wall? Sure! Want to double check the doorlock, dim the downstairs lights, and make sure your entertainment center is off at 2 am? If you’ve got all the smart home hardware required, it should be able to handle it.

While a lot of things you might use Google Assistant for can already be scheduled through their respective third-party apps (most smart lights, for example, have apps with built-in scheduling options), this moves to bring everything under one roof while letting you fire off more complicated sequences all at once. And if something breaks? You’ll know where to look.

27 Jul 2018

New York kicks Charter out of the state after failure to honor conditions of Time-Warner merger

Broadband providers! They love to make noise about how dedicated they are to improving your service, rolling out new features, and generally adhering to both the law and their own code of ethics. So how can it be that Charter has so badly failed the terms imposed on its purchase of Time-Warner Cable in 2016 that the state of New York is showing them the door? Could all these promises be only so many words? Say it ain’t so!

Yes, to the surprise of no one but to the continued detriment of New York’s broadband customers, Charter has failed to meet various obligations, lied about compliance and performance, and apparently has even been operating unsafely out in the field.

New York’s Public Service Commission approved the merger at the state level in 2016 on condition that the company expand broadband offerings in both quality and quantity; at a national level the FCC set its own conditions.

Unfortunately Charter has failed repeatedly and publicly to meet the NY PSC’s requirements. The latter wrote in a press release (PDF):

Charter, doing business as Spectrum, has — through word and deed — made clear that it has no intention of providing the public benefits upon which the Commission’s earlier approval was conditioned.

These recurring failures led the Commission to the broader conclusion that the company was not interested in being a good corporate citizen and that the Commission could no longer in good faith and conscience allow it to operate in New York.

Charter is the largest cable provider in the state, serving some 2 million people in a variety of urban communities, so this isn’t a matter of swapping out a couple neighborhoods. The company has 60 days to provide a plan for “an orderly transition to a successor provider(s).” Difficulty level: “Charter must ensure no interruption in service is experienced by customers.”

The PSC has clearly had it with the company and gladly recounts its sins:

By its own admission, Charter has failed to meet its commitment to expand its service network that was specifically called for as part of the Commission’s decision to approve the merger between Charter and Time Warner Cable. Its failure to meet its June 18, 2018 target by more than 40 percent is only the most recent example. Rather than accept responsibility Charter has tried to pass the blame for its failure on other companies, such as utility pole owners, which have processed tens of thousands of pole applications submitted by Charter.

Despite missing every network expansion target since the merger was approved in 2016, Charter has falsely claimed in advertisements it is exceeding its commitments to the State and is on track to deliver its network expansion. This led to the Commission’s general counsel referring a false advertising claim to the Attorney General’s office for enforcement.

Not only has Charter’s performance been wholly deficient and its behavior before the Commission contrary to the laws of New York State and regulations of the Commission, but it has also repeatedly claimed not to be bound by the terms of the Commission’s approval. Such egregious conduct cannot be condoned and the only reasonable remedy that remains is for the Commission to revoke the 2016 merger approval…

…and its subsequent removal from the state. It has also been ordered to pay $3 million in fines.

The company would not be able to operate in New York, but it could continue to do business in other states. That said, a string of failures this prominent is sure to draw federal attention; the FCC requirements included some broadband deployment ones, and Charter’s negligence in such a major market will not go unnoticed.

Charter told Ars Technica that it will fight the PSC’s order, and in a statement said that election season had caused election season had caused the “rhetoric” to become “politically charged,” and that it had expanded to 86,000 new homes since 2016.

(Disclosure: Verizon, another ISP that serves New York, owns Oath, which owns TechCrunch. This doesn’t affect our coverage.)

27 Jul 2018

Star Wars: Episode IX will feature unseen footage of Carrie Fisher as Princess Leia

Spoiler warning for anyone who hasn’t seen The Last Jedi, though if you still haven’t at this point, what are you even doing reading Star Wars casting announcements for the next one?

No one ever really dies in the Star Wars universe. The official cast list for Star Wars: Episode IX has been posted, and it features some familiar, intriguing names. Along with the long awaited return of Billy Dee Williams as Lando, Carrie Fisher is listed among the names.

Fisher sadly passed away in late-2016, of course, but Princess Leia Organa will be returning for one last film. Rather than recreating the character with CGI, however, director/co-writer J.J. Abrams will be resurfacing unseen footage from The Force Awakens.

“We desperately loved Carrie Fisher,” Abrams said in a press release tied to the announcement. “Finding a truly satisfying conclusion to the Skywalker saga without her eluded us. We were never going to recast, or use a CG character. With the support and blessing from her daughter, [Billie Lourd], we have found a way to honor Carrie’s legacy and role as Leia in Episode IX by using unseen footage we shot together in Episode VII.”

Rogue One, of course, took a slightly uncanny valley approach to recreating a young Leia with actress Ingvild Deila and a little bit of the old Industrial Light & Magic.

Also returning is Mark Hamill. Given how things worked out for him during The Last Jedi, however, it’s hard to say if he’ll be doing so as a translucent blue ghost. We’ll have to wait until December 2019 to know for sure.

Cast members Daisy Ridley, Adam Driver, John Boyega, Oscar Isaac, Lupita Nyong’o, Domhnall Gleeson, Kelly Marie Tran and Joonas Suotamo will be returning, as well. 

27 Jul 2018

Star Wars: Episode IX will feature unseen footage of Carrie Fisher as Princess Leia

Spoiler warning for anyone who hasn’t seen The Last Jedi, though if you still haven’t at this point, what are you even doing reading Star Wars casting announcements for the next one?

No one ever really dies in the Star Wars universe. The official cast list for Star Wars: Episode IX has been posted, and it features some familiar, intriguing names. Along with the long awaited return of Billy Dee Williams as Lando, Carrie Fisher is listed among the names.

Fisher sadly passed away in late-2016, of course, but Princess Leia Organa will be returning for one last film. Rather than recreating the character with CGI, however, director/co-writer J.J. Abrams will be resurfacing unseen footage from The Force Awakens.

“We desperately loved Carrie Fisher,” Abrams said in a press release tied to the announcement. “Finding a truly satisfying conclusion to the Skywalker saga without her eluded us. We were never going to recast, or use a CG character. With the support and blessing from her daughter, [Billie Lourd], we have found a way to honor Carrie’s legacy and role as Leia in Episode IX by using unseen footage we shot together in Episode VII.”

Rogue One, of course, took a slightly uncanny valley approach to recreating a young Leia with actress Ingvild Deila and a little bit of the old Industrial Light & Magic.

Also returning is Mark Hamill. Given how things worked out for him during The Last Jedi, however, it’s hard to say if he’ll be doing so as a translucent blue ghost. We’ll have to wait until December 2019 to know for sure.

Cast members Daisy Ridley, Adam Driver, John Boyega, Oscar Isaac, Lupita Nyong’o, Domhnall Gleeson, Kelly Marie Tran and Joonas Suotamo will be returning, as well. 

27 Jul 2018

NASA’s 3D-printed Mars Habitat competition doles out prizes to concept habs

A multi-year NASA contest to design a 3D-printable Mars habitat using on-planet materials has just hit another milestone — and a handful of teams have taken home some cold hard cash. This more laid-back phase had contestants designing their proposed habitat using architectural tools, with the five winners set to build scale models next year.

Technically this is the first phase of the third phase — the (actual) second phase took place last year and teams took home quite a bit of money.

The teams had to put together realistic 3D models of their proposed habitats, and not just in Blender or something. They used Building Information Modeling software that would require these things to be functional structures designed down to a particular level of detail — so you can’t just have 2D walls made of “material TBD,” and you have to take into account thickness from pressure sealing, air filtering elements, heating, etc.

The habitats had to have at least a thousand square feet of space, enough for four people to live for a year, along with room for the machinery and paraphernalia associated with, you know, living on Mars. They must be largely assembled autonomously, at least enough that humans can occupy them as soon as they land. They were judged on completeness, layout, 3D-printing viability, and aesthetics.

[gallery ids="1681791,1681792,1681829,1681793,1681794,1681828,1681795"]

So although the images you see here look rather sci-fi, keep in mind they were also designed using industrial tools and vetted by experts with “a broad range of experience from Disney to NASA.” These are going to Mars, not paperback. And they’ll have to be built in miniature for real next year, so they better be realistic.

The five winning designs embody a variety of approaches. Honestly all these videos are worth a watch; you’ll probably learn something cool, and they really give an idea of how much thought goes into these designs.

Zopherus has the whole print taking place inside the body of a large lander, which brings its own high-strength printing mix to reinforce the “Martian concrete” that will make up the bulk of the structure. When it’s done printing and embedding the pre-built items like airlocks, it lifts itself up, moves over a few feet, and does it again, creating a series of small rooms. (They took first place and essentially tied the next team for take-home case, a little under $21K.)

AI SpaceFactory focuses on the basic shape of the vertical cylinder as both the most efficient use of space and also one of the most suitable for printing. They go deep on the accommodations for thermal expansion and insulation, but also have thought deeply about how to make the space safe, functional, and interesting. This one is definitely my favorite.

Kahn-Yates has a striking design, with a printed structural layer giving way to a high-strength plastic layer that lets the light in. Their design is extremely spacious but in my eyes not very efficiently allocated. Who’s going to bring apple trees to Mars? Why have a spiral staircase with such a huge footprint? Still, if they could pull it off, this would allow for a lot of breathing room, something that will surely be of great value during year or multi-year stay on the planet.

SEArch+/Apis Cor has carefully considered the positioning and shape of its design to maximize light and minimize radiation exposure. There are two independent pressurized areas — everyone likes redundancy — and it’s built using a sloped site, which may expand the possible locations. It looks a little claustrophobic, though.

Northwestern University has a design that aims for simplicity of construction: an inflatable vessel provides the base for the printer to create a simple dome with reinforcing cross-beams. This practical approach no doubt won them points, and the inside, while not exactly roomy, is also practical in its layout. As AI SpaceFactory pointed out, a dome isn’t really the best shape (lots of wasted space) but it is easy and strong. A couple of these connected at the ends wouldn’t be so bad.

The teams split a total of $100K for this phase, and are now moving on to the hard part: actually building these things. In spring of 2019 they’ll be expected to have a working custom 3D printer that can create a 1:3 scale model of their habitat. It’s difficult to say who will have the worst time of it, but I’m thinking Kahn-Yates (that holey structure will be a pain to print) and SEArch+/Apis (slope, complex eaves and structures).

The purse for the real-world construction is an eye-popping $2 million, so you can bet the competition will be fierce. In the meantime seriously watch those videos above, they’re really interesting.

27 Jul 2018

Idaho inmates hacked prison-issued tablets for $225,000 in credits

Inmates in Idaho successfully hacked the software of the prison-issued tablets to issue themselves nearly a quarter of a million dollars in credits on the devices that are often one of their only connections to the outside world. The tablets, made by prominent prison vendor JPay, give inmates the ability to use email, listen to music and transfer money, among other basic computing functions but charge fees for some services.

The Associated Press reports that Idaho prison officials discovered 364 inmates leveraging a software vulnerability to increase their JPay account balances. In Idaho, the devices are the result of a partnership between JPay and CenturyLink. The latter company confirmed the software vulnerability but declined to offer further details beyond stating that it had since been resolved.

Of the 364 inmates exploiting JPay, 50 inmates were able to issue themselves credits for more than $1,000. One inmate was able to use the software flaw to self-issue a credit of almost $10,000. The company has recovered about a quarter of the total of around $225,000 so far and has suspended some functions for inmates until they reimburse the stolen credits.

“This conduct was intentional, not accidental. It required a knowledge of the JPay system and multiple actions by every inmate who exploited the system’s vulnerability to improperly credit their account,” Idaho Department of Correction spokesperson Jeff Ray said in a statement on the JPay incident.

The individuals exploiting the JPay system are incarcerated at a handful of Idaho prisons, including Idaho State Correctional Institution, Idaho State Correctional Center, South Idaho Correctional Institution, Idaho Correctional Institution-Orofino and a private Correctional Alternative Placement Plan building.

On its website, JPay describes itself as a “highly trusted name in corrections because we offer a fast and secure method of sending money,” which seems up for debate given the recent turn of events. The company has a presence in prisons across 35 states.

27 Jul 2018

Check out this first of its kind, direct-to-consumer urine-testing app with FDA clearance

Urinary tract infections are highly uncomfortable and distracting, and they are very common for women because of the female anatomy. In fact, according to the Mayo Clinic, many women experience more than one infection during their lifetimes.

Many of the afflicted try resolving the infection on their own — using heating pads, drinking more water, taking pain medications. But often, these infections become quickly more advance, a doctor is called, an in-patient visit is made, and the whole terrible episode is only ended after a trip to the pharmacy for some antibiotics.

Until now, at least.

A young San Francisco-based startup called Scanwell Health just this week began selling directly to consumers the first and, for now, the only FDA-cleared urine testing app that allows someone to test their urine at home using a paper test strip and a camera phone. (Its app uses sophisticated color metrics to analyzes the strip and determine what’s what.)

The kits are just $5. A call to a pharmacist on Scanwell’s payroll to confirm the results will cost another $25, but that prescription service will also call in an order for antibiotics immediately if there’s an infection. (Users can also order the antibiotics, but it takes a couple of days for them to arrive.)

The startup — which has so far raised just $120,000 from Y Combinator — was founded by Stephen Chen, a Harvard MBA who has the kind of backstory that makes investors slobber.

Right out of school, he joined Teco Diagnostics a now 33-year-old maker of in-vitro diagnostics and medical devices, first as an R&D manager and later as a GM. Using what he’d learned there, he left Teco in 2013 to create a separate company, Petnostics, which makes a urine test for pets that can help identify a range of issues, from diabetes to kidney stones to bacterial infections. He even pitched the company on the show “Shark Tank,” which was hosting open tryouts within distance of his home a couple of year ago, and he landed $300,000 in exchange for 20 percent of the company.

While the exposure was great, the terms were not, suggests Chen, who says he ultimately didn’t take the money. He didn’t need to, apparently. Petnostics is still a going concern and it has generated enough revenue to support the development of Scanwell, which Chen says was always part of his master plan. In fact, Chen started the FDA approval for Scanwell nearly three years ago. The reason: UTI testing for humans is a much bigger market, especially when factoring in the billions of dollars that are wasted on emergency room trips for UTIs each year. Though hard to fathom, a visit to the ER for the condition can cost a stunning $2,600.

What happens from now depends on how effectively Scanwell reaches its target market, but so far, it seems, so good.

Though the direct-to-consumer service will take some time (different states have different regulations around over-the-phone prescription services), people in California and select other states can use the service today. In the meantime, Scawell is making its kits available on as many college campuses as possible, given UTIs tend to be prevalent at schools because students are sexually active.

The company is also looking to work more closely with insurance companies, arguing it can help them improve their own quality ratings by using Scanwell kits to reduce Medicare and other insurance payouts.

Not last, the four-person team is already working on other urine-based tests, including a test that identifies chronic kidney disease, and another test for cardiovascular diseases.

Says Chen, “Paper test are so cheap. They can reach people through the mail. It’s kind of like when AOL used to send out a bunch of discs. We can work with health providers to work with their patient populations and reach them more effectively through home tests.”

Hopefully, they’ll agree with Chen. Certainly, as he notes, home access to diagnostics is “long overdue.”