Wednesday, 10 June 2020

Fleksy rolls out an SDK for its AI keyboard

The developers behind Fleksy have launched an SDK for Android and iOS to scale demand for white labelling of their AI keyboard software which bakes in privacy-safe next-word prediction. Swipe-style input (which it calls Fleksywave) is also in beta and slated to roll out soon.

Fleksy competes for smartphone users’ digits with giants like Google’s Gboard and Microsoft-owned Swiftkey, offering a standalone Android keyboard app with smart app suggestions — and the differentiating pledge that your personal information is safe from data mining (as the AI runs locally).

Barcelona-based ThingThing took over development of the Fleksy keyboard in 2017, after the original team had been acqui-hired by Pinterest. The Spanish startup went on to fully acquire the keyboard tech — setting themselves up to build out a licensing business where they can offer fully flexible white labelling for app (or device) makers that want to offer a custom keyboard to their users.

The indie dev team behind the keyboard app reckon the bulk of their revenue will be coming from b2b licensing down the line. “We’re growing really fast on that market,” says CEO Olivier Plante. “Conversion is surprisingly high… The projections show that the b2b SDK business will represent at least 60%-70% of own business model.”

One such earlier implementation of the tech saw the Fleksy keyboard deployed on the ultramobile Palm handset. It’s had other device makers as customers, as well as customizing keyboards for third party apps in spaces such a cyber safety, healthcare and government, per Plante, though he says they’re under NDA so aren’t able to disclose the names of any other customers.

While the team has been doing custom implementations of Fleksy on an ad hoc basis for a while now, the SDK opens the door to scaling this side of the business.

“Since the companies need it we see that the licensing model is quite promising for us, and now we have this tool that gives them the ability to work on their own — with little help. So it’s really about this scalability,” he tells TechCrunch. “We quickly saw it was important to scale this.”

In terms of where demand is coming from, Plante says they’re seeing traction from Europe and the U.S., and also have some customers in Asia and Africa. “This is where we really sit in the sweet spot,” he argues. “We’re European, so privacy is with us. Antitrust laws are with us — and then, on the other side, the big giants don’t have those types of interesting projects on the side. It’s all mass scale and those types of things.”

“The Chinese and Asian competition is just not in that touch point with Europe and the Americas,” he adds. “They’re out of reach and they’re very hard to deal with is what we heard, in terms of just language barriers and the way they work. Fear of being copied and these types of things.”

On specific use cases for a custom keyboard, he says customers come with “very, very different needs”. And sometimes after having tried to build their own keyboard — before deciding that the level of polish required to get a “proper keyboard” means they’ve bitten off more than they can chew.

“Some of them are in cyber safety,” he says of current licensees. “They are trying to solve a problem where there is maybe data leaks, protection of the individual against a greater threat. On the other side they are governments that are trying to make their messaging app really secure — so the keyboard and the message app are one encapsulated whole that cannot be penetrated… We also have demand in the medical environment.”

Plante points out the security risk of having a secure messaging app user who’s running a third party keyboard which uploads user data to the cloud. “You have a high risk of a data leak,” he argues.

“One particular common ground with all these players is this focus on ‘your technology’s offline; there’s no contact with the external world. There’s no tricky things you’re trying to do [in the background]. You’re exactly what we need and you have exactly the flexibility that we need’,” he adds. “What we focus on is providing our technology — we don’t deal with any personal data handling whatsoever… we don’t want to deal with that.”

Another area where it’s seeing some traction is in the videogaming space — giving the example of PC gaming keyboard makers wanting to offer a related experience to mobile users and not knowing how to go about making software themselves. Plante also reckons there will be growing demand for ergonomic customization of keyboards within apps that are targeted at elderly or very young device users — who may not fare well with standard keyboard layouts.

Being a lean startup is another selling point for Fleksy, as he tells it — enabling the team to cater to smaller business needs than keyboard-owning tech giants would typically bother with.

“One of the key aspects that we have is that we built from the ground up — all the technology that we have in the keyboard is ours. From the algorithm; the way it works; the layout of the keyboard; different languages; there’s no blackbox,” he adds. “We can do a lot of things — adding specific words to the dictionary, tweaking the autocorrection so it gears toward more of a specific type of population that uses a specific type of names and words. There’s so much control over whatever we want to do with the keyboard —  the clients are demanding things and we say yeah we can do this.”

While the locus of ThingThing’s business has shifted onto licensing (currently via tiered pricing, depending on number of keyboard users), it continues to offer the Fleksy keyboard as a b2c free-to-download app on Android. And while getting traction as a small indie keyboard app clearly remains challenging, the consumer app functions as a testing ground for new Fleksy features and a showcase for the growing pipeline of b2b clients. 

“For the b2c side we’re trying to experiment a bit how we can find the right balance between the end user — a free app with monetization in a certain way that doesn’t 1) use your personal data and 2) doesn’t become a bit gimmicky,” says Plante. “So we’re trying to play around those and experiment.”

“We see a lot of interest from brands out there, app developers that really want to be in the keyboard because it has added value for them… and also a user uses a keyboard about 100x-120x per day. Which is a lot of times. So there’s a lot of companies that want to be there in this space,” he adds.



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Tuesday, 9 June 2020

Grow Credit, which builds credit scores by paying for online subscriptions services, gets Mucker cash

Grow Credit, the startup that launched last year to help customers build out their credit scores by providing a credit line for online subscriptions like Spotify and Netflix, has added Mucker Labs as an investor and closed its seed round with $2 million in total commitments.

The Los Angeles startup founded by serial entrepreneur Joe Bayen, had been bootstrapped initially and then received funding from a clutch of core angel investors before signing a deal with Mucker earlier this month, according to Bayen.

Using the Marqeta platform, Grow Credit can extend a loan to customers to expand their subscription services. Using the MasterCard network for payments, and Marqeta’s tools to restrict payment access Grow offers credit facilities to its customers to pay for their monthly subscriptions. By using Grow Credit for those payments, users can improve their credit scores by as much as 61 points in a nine-month span, says Bayen.

The company doesn’t charge any fees for its loans, but users can upgrade their service. The initial tier is free for access to $15 of credit, once a user connects their bank account. For a $4.99 monthly fee, customers can get up to $50 of subscriptions covered by the service. For $9.99 that credit line increases to $150, Bayen said.

Increases to a users’ credit score can make a significant dent in their costs for things like lease agreements for cars, mortgages for houses, and better rates on other credit cards, said Bayen.

“Everything is cheaper, you can get access to a credit card with lower interest rates and better rewards.” he said. “We’re looking at ourselves as the single best route to getting access to an Apple card.”

Additional capital for the new round came from individual investors like DraftKings chief executive, Jason Robins, former National Football League hall of fame player Ronnie Lott, Sebastien Deguy, VP of 3D at Adobe, of Adobe and Mucker Labs.

Coming up, Grow Credit said it has a deal in the works with one very large consumer bank in the U.S. and will be launching the Android version of tis app in a few weeks.

 



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Decrypted: DEA spying on protesters, DDoS attacks, Signal downloads spike

This week saw protests spread across the world sparked by the murder of George Floyd, an unarmed Black man, killed by a white police officer in Minneapolis last month.

The U.S. hasn’t seen protests like this in a generation, with millions taking to the streets each day to lend their voice and support. But they were met with heavily armored police, drones watching from above, and “covert” surveillance by the federal government.

That’s exactly why cybersecurity and privacy is more important than ever, not least to protect law-abiding protesters demonstrating against police brutality and institutionalized, systemic racism. It’s also prompted those working in cybersecurity — many of which are former law enforcement themselves — to check their own privilege and confront the racism from within their ranks and lend their knowledge to their fellow citizens.


THE BIG PICTURE

DEA allowed ‘covert surveillance’ of protesters

The Justice Department has granted the Drug Enforcement Administration, typically tasked with enforcing federal drug-related laws, the authority to conduct “covert surveillance” on protesters across the U.S., effectively turning the civilian law enforcement division into a domestic intelligence agency.

The DEA is one of the most tech-savvy government agencies in the federal government, with access to “stingray” cell site simulators to track and locate phones, a secret program that allows the agency access to billions of domestic phone records, and facial recognition technology.

Lawmakers decried the Justice Department’s move to allow the DEA to spy on protesters, calling on the government to “immediately rescind” the order, describing it as “antithetical” to Americans’ right to peacefully assembly.



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Razer’s Android gaming controller is available now for $80

The Razer Kishi mostly got buried in a deluge of Razer announcements during CES (it was just too difficult to compete with 5G routers and a massive racing simulator). It’s not the first smartphone gaming peripheral — heck, it’s not even the first to adopt this particular form factor. But a company like Razer lending the familiar triple-headed snake logo to the category could certainly go a ways toward further legitimating these devices, following the release of a pair of mobile-first handsets from the company.

The accessory starts shipping today for Android handsets, priced at $80 a pop. Again, not the cheapest product in the category, but the Razer’s products are generally well regarded in their execution, and the Kishi is being met with solid reviews so far. 

It’s also been drawing comparisons to Nintendo’s Joy-Cons for the Switch, partly due to the layout of the buttons and dual-analog thumbsticks. There’s a D-pad on the left, four buttons up top, two analog triggers and a pair of bumper buttons. The Kishi plugs directly into the USB-C port, for lower latency gameplay than comparable Bluetooth accessories. Notably, it also works with the Stadia service, which could be a nice bump for Google’s cloud gaming service, which has thus far failed to set the world ablaze.

There’s an iPhone version on the way, as well. That will arrive at some point this summer.



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Apple could reportedly announce Mac shift to its own ARM-based chips this month

For years now, analysts and unconfirmed reports have suggested Apple was working on transitioning its Mac line of computers away from Intel-based chips, and to its own, ARM-based processors. Now, Bloomberg reports that the company could make those plans official as early as later this month, with an announcement potentially timed for its remote Worldwide Developers Conference (WWDC) happening the week of June 22.

Apple has historically made a number of announcements at WWDC, including providing forward-looking information about its software roadmap, like upcoming versions of macOS and iOS, in order to help developers prepare their software for the updates’ general public availability. WWDC has also provided a venue for a number of Mac hardware announcements over the years, including reveals of new MacBooks and iMacs.

Bloomberg says that this potential reveal of its plan to transition to ARM-based Macs would be an advance notice, however – it would not include a reveal of any immediately available hardware, but would act as an advance notice to developers to give them time to prepare their software for ARM-based Macs to be released in 2021. The report cautions that the timing of the announcement could change, however, given that there are no plans to actually introduce any ARM-based Mac hardware for many months at least.

This isn’t the first major processor architecture switch that Apple’s Mac lineup has undergone; the company moved from PowerPC-based CPUs to Intel in 2006. That switch was originally announced in 2005, at Apple’s WWDC event that year – giving developers around half-a-year advance notice to ready themselves for the transition.

Bloomberg reported in April that Apple was planning to start selling ARM-based Macs by next year, and was developing three different in-house Mac processors based on the architecture to power those machines. Apple has made its own ARM-based processors to power iOS devices including the iPhone and iPad for many generations now, and its expertise means that those chips are now much more power efficient, and powerful in most respects, than the Intel chips it sources for its Mac line.



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Apple adds anonymous symptom and health info sharing to its COVID-19 app and website

Apple has updated its own COVID-19 iOS app and website with new features to allow users to anonymously share info including their age, existing health conditions, symptoms, potential exposure risks and the state in which they’re located. This info, which is not associated with any of their personal identifying data in any way according to the company, will be used in an aggregated way to help inform the Centers For Disease Control and Prevention (CDC) and improve the organization’s COVID-19 screening protocol.

The app will also use the aggregated data to assist public health agencies and the CDC in their efforts to help the public with the best available information about potential risk factors around COVID-19, and around what constitutes exposure and exposure risk.

Apple launched its coronavirus screening app and website back in March, providing not only screening tools to help provide users with guidance on whether or not they should seek testing, but also tips on preventative measures including hand-washing and best practices for sanitization.

This app and website should not be confused with Apple and Google’s collaborative COVID-19 Exposure Notification API, which is a developer tool that the two made available to public health agencies and their partners in order to build apps that can provide anonymized, privacy-friendly notifications to users who may have come in contact with someone who has COVID-19 and might’ve been exposed to infection. Apple’s app is an informational resource and screening tool only, though with this most recent update it also becomes a resource for public health agencies and the CDC to better understand the spread of COVID-19 through aggregated, anonymized data collection.

Despite what it may feel like, COVID-19 still hasn’t been around all that long, and it’s still not super well understood by scientists and researchers. Gathering and studying more data and information about affected populations is a key way that the health community can learn more about the novel coronavirus and how best to mitigate the threat it poses.



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Friday, 5 June 2020

Demonstrating 15 contact tracing and other tools built to mitigate the impact of COVID-19

Personal-symptom trackers, digital contact-tracing and exposure-notification tools are under development in the United States and around the world — their adoption could help healthcare workers mitigate the impact of further waves of COVID-19. These technologies also have significant privacy and security issues. The COVID Tech Task Force has a conference scheduled in 10 days to discuss the key issues related to COVID technologies.

As part of our work preparing for that conference, we collected and reviewed the leading apps in the U.S. With the goal of helping the public, and state and local governments, better understand the privacy and security features of leading applications, we’re sharing the information and demos we gathered from the teams building these applications.

We have sorted the demos into three broad categories: (1) contact-tracing/exposure-notification applications using Google/Apple API, (2) contact-tracing/exposure-notification applications not using Google/Apple API, and (3) personal-symptom-tracking applications.

We surveyed teams regarding privacy, security and commercialization of personal data. We’ve made the results of the surveys available here. We encourage you to look through the responses and share your thoughts on how different applications have approached these important issues.

The applications featured in this article were to be demoed at the Contact Tracing and Technology Conference originally scheduled for this week — in light of the significant conversations around racial injustice and police brutality against Black Americans we rescheduled it to ensure we are not taking up unnecessary space. The conference is now rescheduled or June 17th — if you RSVP’d, we look forward to seeing you there; if you haven’t, please do!

The conference will be hosted by the COVID Tech Task Force, in collaboration with TechCrunch, Harvard’s Berkman Klein Center, NYU’s Alliance for Public Interest Technology, Betaworks Studios and Hangar. The COVID Tech Task Force is composed of a group of volunteers who came together in March to help convene a forum for state and local governments and the tech community to work together to mitigate the impact of COVID-19.

If you’ve built a contact-tracing or exposure-notification application, please feel free to reach out to partners@crttf.org and fill out the survey here.

Applications using Google/Apple API

Google and Apple have collaborated to create development tools in order to provide a cross-platform way for public health agencies to notify individuals of a potential exposure.

COVID SafePaths

SafePaths is developing free, open-source, privacy-by-design tools for individuals, public health officials and larger communities to flatten the curve of COVID-19, reduce fear and prevent a surveillance-state response to the pandemic.

If you want further information, reach out to info@pathcheck.org.

CoEpi

CoEpi is an open-source project developing a decentralized, privacy-first app for anonymous Bluetooth-based exposure notification based on symptom sharing. Communities of close contacts can begin protecting themselves with CoEpi without requiring widespread adoption among the general population; there is no scale required to achieve benefit to small user groups. CoEpi helps you anonymously alert the people with whom you interact about symptoms of a contagious illness, or alert you if you might have been exposed in an interaction.

If you want further information, reach out to Dana+CoEpi@OpenAPS.org.

COVID Shield

COVID Shield is a free exposure notification solution built with privacy as its top priority. It was built by a group of volunteers, many from Shopify, in order to help Canadians and the rest of the world safely return to work.

If you want further information, reach out to press@covidshield.app.

CovidSafe

The team consists of a group of public health officials, doctors, researchers and engineers based out of the University of Washington and Microsoft who are working together to keep the public safe and to help public health systems in managing the outbreak.

If you want further information, reach out to covidsafe@uw.edu.

COVID Trace

COVID Trace is a nonprofit offering a COVID-19 exposure-notification app for iOS and Android using the Apple/Google exposure-notification APIs. People using COVID Trace can expect privacy and simplicity. With COVID Trace, health departments get an app and metrics that are an extension of their efforts. COVID Trace is ready to be used today.

If you want further information, reach out to hello@covidtrace.com.

Zero

Zero is a citizen-led nonprofit that leverages technology for pandemic response, focused on facilitating safe social behavior and peace of mind. Their goal is to stem the spread of COVID-19 and give citizens the information they need to feel safe and confident engaging with their local economy.

If you want further information, reach out to support@usezero.org.

Covid Watch

COVID Watch uses the Apple/Google GAEN protocol, which it claims its developers explained to Apple how to build based on their original TCN protocol. The Covid Watch team was founded by researchers from Stanford and Waterloo and claims to be the first in the world to invent, develop and open-source a decentralized Bluetooth exposure alert protocol in early March.

If you want further information, reach out to contact@covid-watch.org.

Applications not currently using Google/Apple API

Note that some of these organizations have indicated they might use the Google/Apple API in the future. Some of them intend to and are waiting on confirmation from Google/Apple.

NOVID

NOVID claims to be the first (and currently only) completely anonymous contact-tracing app published in the USA that uses no personal information. No GPS, no phone number, no email — it’s completely anonymous. The app utilizes ultrasound to provide extremely accurate measurements of interaction distance, overcoming the known inaccuracies of Bluetooth. The team is led by Carnegie Mellon professor and internationally renowned mathematician, Po-Shen Loh.

If you want further information, reach out to feedback@novid.org.

Healthy Together

Healthy Together is an end-to-end COVID-19 response platform that is fully integrated into public health and the enterprise. Launched in April for the State of Utah, Healthy Together’s mobile applications support self-assessment, COVID-19 testing access and results, and augmented contact tracing, as well as enterprise contact tracing, workflow tools, data integrations and visualizations. Leveraging existing technology that has scaled to millions of users and informed by public health experts, Healthy Together will soon be announcing additional states and enterprise customers that are using the platform to protect the health of residents and employees.

If you want further information, reach out to info@healthytogether.io.

Sharetrace

Sharetrace is a health passport and contact-tracing application that’s privacy-preserving by design. Built on user-owned personal data accounts, pioneering personal data privacy technology, it can safely use sensitive data without the risk of sovereign surveillance by either companies or governments. Sharetrace is a collaboration between U.K. and U.S. universities, including Case Western Reserve University in Ohio. Learn more online at sharetrace.org.

If you want further information, reach out to jonathan.holtby@dataswift.io.

Coalition Network

Coalition Network is a nonprofit whose founders and team have been building and implementing decentralized, Bluetooth-based network solutions on mobile for the past decade. Coalition’s open source Whisper Tracing Protocol has been peer reviewed by cryptographers at MIT, Stanford, USC and Oxford, and adopted by the government of Senegal.

If you want further information, reach out to micha@coalitionnetwork.org.

Safe2

Safe2 is a COVID-19 exposure warning system for smarter social distancing. The mobile app uses anonymized data from GPS and Bluetooth technology to privately share real-time exposure alerts to help prevent community spread of the virus. Safe2 was founded by Jamison D. Day, Ph.D., data scientist and expert in disaster relief, with an international team specializing in global health, technology and crisis management, with a focus on improving health, economic well-being and privacy.

If you want further information, reach out to hello@safe2.org.

VIRI

VIRI is a contact-tracing platform driven by the ethos of privacy and anonymity, on a mission to allow cross-entity contact tracing without the need to share any personal identifying information. It can be incorporated into an existing enterprise app as an API seamlessly allowing compatibility between enterprises and institutions at a global scale while letting the entities adhere to various healthcare-data regulations. VIRI deploys a hybrid back-end architecture that leverages permissive blockchain technology.

If you want further information, reach out to sumit@viri.io.

Symptom Trackers

COVID Near You

COVID Near You, a crowdsourced COVID-19 symptom tracker, was created by epidemiologists and software developers within the Innovation and Digital Health Accelerator at Boston Children’s Hospital. The Boston Children’s Hospital team has background and expertise in developing platforms in infectious disease surveillance, and provides technical capacity in building visualization-based tools for public health response efforts. The COVID Near You team aims to support public health surveillance measures of COVID-19 and conduct research using the self-reported data to better understand the impact of this disease across North America.

If you want further information, reach out to covidnearyou@healthmap.org.

How We Feel

How We Feel lets you self-report your age, sex, ZIP code and any health symptoms you experience. The app was built by an independent, nonprofit organization called The How We Feel Project. Their tech team includes Ben Silbermann, CEO of Pinterest, and a volunteer group of current and former Pinterest employees. They are working with scientists, doctors and public health professionals from leading institutions including, the Harvard T.H. Chan School of Public Health, the McGovern Institute for Brain Research at MIT, Broad Institute of MIT and Harvard, Howard Hughes Medical Institute, University of Pennsylvania, Stanford University, University of Maryland School of Medicine and the Weizmann Institute of Science.

If you want further information, reach out to info@howwefeel.org.



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