Flex Expands Digital Health Capabilities, Launches BrightInsight Connected Health Solution on Google Cloud Platform

Advanced medical-grade managed services solution analyzes connected medical device data and therapies, delivering real-time insights within a regulatory-compliant environment

SAN JOSE, Calif., March 1, 2018 /PRNewswire/ — Flex (FLEX), the Sketch-to-Scale™ solutions provider that designs and builds intelligent products for a connected world, has expanded its service offerings for the healthcare industry with a new digital health offering. BrightInsight is a secure, managed services solution built on Google Cloud Platform that can aggregate data and deliver real-time insights to optimize the value of connected drug, device or combination products. The company made the announcement ahead of the annual Healthcare Information and Management Systems Society (HIMSS) conference, taking place March 5-9 in Las Vegas, Nevada.

The  McKinsey Global Institute estimates that applying big-data strategies to better inform healthcare-related decision making could generate up to $100 billion in value annually across the U.S. healthcare system. Medical devices today collect massive amounts of data, which creates enormous potential for a rapid feedback loop that can help improve patient care and enhance drug therapy delivery and management. In order to make an impact, the data needs to be aggregated from a myriad of apps and stand-alone devices, as well as analyzed to provide actionable insights. BrightInsight solves these challenges and helps patients and health care professionals, from physicians to medical device and pharmaceutical manufacturers, to better understand medical device usage and medication adherence, and streamline the product development and certification process.

“We saw the need for a secure cloud platform designed to support highly-regulated connected drug delivery and medical devices, going beyond simple connectivity to deliver real-time intelligence and actionable insights,” said Kal Patel, MD, senior vice president of Digital Health for Flex. “With our 20 years of experience operating in global regulated medical environments, and having deployed more than 75 regulated hardware and software medical products, Flex can combine our cross-industry capabilities to simplify our customers’ digital transformation.”

Flex is partnering with Google Cloud to deliver insights through customizable analytics dashboards fueled by Google Cloud’s advanced machine learning and artificial intelligence (AI) capabilities. Google Cloud Platform enables BrightInsight to securely store, analyze and gain insights from health information, without pharmaceutical and medical technology customers having to manage the underlying infrastructure. Advanced use cases for BrightInsight may include controlling connected devices, drug dosing, decision support, personalized patient interventions, trend analysis and AI-driven insights.

“Google Cloud is committed to leveraging our deep engineering expertise to accelerate innovation in digital healthcare,” said Gregory Moore, MD, PhD, vice president, Healthcare, Google Cloud. “With a partner like Flex, we will enable our customers to develop innovative solutions and leverage machine learning-based analytics that can turn new data sets from wearables, medical devices, therapies and apps into actionable information for patients and providers.”

BrightInsight is designed to support CE-marked and FDA-regulated Class I, II and III medical devices, combination products and Software as a Medical Device requirements, enabling automated interventions. Deployed as a managed service, the BrightInsight platform allows pharmaceutical and medical technology companies to accelerate their time to market, reduce the cost of implementation and maintenance across multiple products, and scale for global markets.

BrightInsight features foundational capabilities for rapid development and a modular platform architecture to support customization and worldwide implementation. It is built from the ground up to securely manage highly regulated medical device data and personal health information, and Flex has put the people, technology and processes in place to monitor security and threat prevention to meet global compliance standards.

BrightInsight eliminates regulatory bottlenecks that can lead to costly delays by offering turnkey regulatory design control and file management of master files with the FDA. This service enables pharmaceutical and medical technology companies to focus on their drug, device or combination product submissions without the burden of documenting the software platform.

Source: Flex Expands Digital Health Capabilities, Launches BrightInsight Connected Health Solution on Google Cloud Platform

Alphabet studies how deep learning could predict heart disease risk | Healthcare Dive

Researchers at Google parent Alphabet’s research arm used an algorithm to speed assessments of patient cardiovascular risk factors using eye scans.

  • Researchers at Alphabet and its research arm Verily Life Sciences have found a way to predict a person’s cardiovascular risk factors using eye scans and deep learning, according to a study published this week in Nature Biomedical Engineering.
  • By analyzing scans of the retinal fundus, the tissue at the back of a patient’s eye, the company’s software can tease out data such as blood pressure, age and whether an individual smokes — all potential risk factors for having a major cardiac event.
  • The algorithm could speed assessments of patients’ cardiovascular risk, but more testing is required before it can be used in a clinical setting.

Dive Insight:

“Using deep learning algorithms trained on data from 284,335 patients, we were able to predict CV risk factors from retinal images with surprisingly high accuracy for patients from two independent data sets of 12,026 and 999 patients,” Dr. Lily Peng, product manager of the Google Brain Team and a co-author of the study, wrote in the Google Research Blog.

“For example, our algorithm could distinguish the retinal images of a smoker from that of a non-smoker 71% of the time, compared to a ~50% (i.e. random) accuracy by human experts,” she said.

The results also show “strong gender differences” in the fundus images that could help guide research on the differences in male and female eyes, as well as how cardiovascular disease or risk factors affect retinal health, according to the study.

Last year, Verily began recruiting 10,000 volunteers to help build a comprehensive database of biometric data. The company is also working with French drugmaker Sanofi to develop tools for diabetes management and with 3M on solutions for population health.

This latest study could have implications for treating patients. Cardiology has been trending toward population health and tools such as this new algorithm could help identify and inform care paths for patients.

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Source: Alphabet studies how deep learning could predict heart disease risk | Healthcare Dive

Google Embraces Docker, the Next Big Thing in Cloud Computing

Google is putting its considerable weight behind an open source technology that’s already one of the hottest new ideas in the world of cloud computing.

This technology is called Docker. You can think of it as a shipping container for things on the internet–a tool that lets online software makers neatly package their creations so they can rapidly move them from machine to machine to machine. On the modern internet–where software runs across hundreds or even thousands of machines–this is no small thing. Google sees Docker as something that can change the way we think about building software, making it easier for anyone to instantly tap massive amounts of computing power. In other words, Google sees Docker as something that can help everyone else do what it has been doing for years.

“Google and Docker are a very natural fit,” says Eric Brewer, a kind of über-engineer inside Google. “We both have the same vision of how applications should be built.”

On Tuesday, with a keynote speech at a conference in San Francisco, Brewer is set to unveil new ways that Google will combine Docker with its cloud computing services, Google App Engine and Google Compute Engine. For the company, this is a way of fueling interest in these services as it strives to challenge Amazon’s dominance in the burgeoning cloud market. But considering Google’s widely recognized knack for building its own massive internet applications, from Google Search to Gmail, Brewer’s speech will also provide an enormous boost for Docker.

The news will carry a particular weight because it’s coming from Brewer. You can think of him as the patron saint of modern internet architecture. From Google and Amazon to Facebook and Twitter, today’s tech giants run their web services across thousands of dirt-cheap computer servers, using sweeping software tools to transform so many tiny machines into one massive whole. It’s a bit like building computers the size of warehouses. It’s the only viable way of dealing with the ever increasing demands of modern web services. And it all began with Eric Brewer.

In the mid-1990s, as a professor of computer science at the University of California, Berkeley, Brewer built Inktomi, the first web search engine to run on a vast network of cheap machines, as opposed to one enormously powerful–and enormously expensive–computer server. And as the Googles and the Amazons and the Facebooks took this idea to new extremes over the next two decades, they leaned on Brewer’s most famous bit of computing philosophy: the CAP theorem, a kind of guide to how these massive systems must be built. “He is the grandfather of all the technologies that run inside Google,” says Craig Mcluckie, a longtime product manager for Google’s cloud services.

Now, none too surprisingly, Brewer is also a key cog in the Google machine, part of the team of elite engineers that oversee the design of the company’s entire online empire. What this means is that, after reshaping the net the first time around, the slick-bald computing guru is bringing the next wave of new ideas to the realm of online architecture.

It’s not just that he’s helping to refine Google’s global network of data centers, the most advanced operation on the net. Like Amazon and Microsoft and so many others, Google is now offering cloud computing services that let anyone else build and run software atop its vast infrastructure, and Brewer is among those working to impart Google’s particular expertise to all the companies that can benefit from these cloud offerings. Today’s cloud computing services can simplify life for developers–letting them build online software without setting up their own hardware in their own data centers–but in backing Docker, Brewer hopes to make things even easier.

Brewer says that Docker mirrors the sort of thing that Google has done for years inside its own data centers, providing a better way of treating hundreds of machines like a single computer, and he believes it represents the future of software development on the net.

The Super Container

Built by a tiny startup in San Francisco, Docker is open source software that’s freely available to the world at large. At first blush, it may seem like a small thing, but among Silicon Valley engineers, it’s all the rage. “If you believe that what makes life easier for developers is where things are moving, then this containerization thing is where things are moving,” eBay developer Ted Dzuiba told us this past fall. According to Docker, over 14,000 applications are now using its containers, and Brewer says a developer technology hasn’t taken off so quickly and so enormously since the rise of the Ruby on Rails programming framework eight or nine years ago.

That said, the importance of Docker can be hard for even seasoned developers to grasp. For one thing, it’s based on technologies that have been around years. The open source Linux operating system–the bedrock of today’s online services–has long offered “containers” that isolate various tasks on a computer server, preventing them from interfering with one another. Google runs its vast empire atop containers like these, having spent years honing the way they work. But Docker has made it easier to move such containers from one machine to another. “They’ve done a very nice job of making it easy to package up your software and deploy it in a regularized way,” Brewer says. “They’re making the container a more effective container.”

This can help developers in multiple ways. It means that if they build a software application on a laptop, they can immediately move it onto a cloud service and run it–without making changes. But the hope is that it will also let them more easily move applications wherever they want to run them, whether that’s their own data centers or Google cloud services or Amazon’s or a combination of all three. “It can make machines fungible,” says Solomon Hykes, the chief technology officer at Docker and the driving force behind the company’s open source project. This has always been the promise of cloud computing–that we could treat the internet like one giant computer–but we’re nowhere near that reality. Due to the vagaries of different operating system and different cloud services, it can be quite hard to move software from place to place.

The Bigger Effect

Granted, Docker can’t change this over night. First off, in order to run Docker containers, each machine must be equipped with a small sliver of additional software. And though this software is designed to operate in the same way on any version of Linux, Brewer says this isn’t always the case. “It’s not perfect yet. This is an area where both Google and the community have some work to do,” he says. “A container running on one OS may not run on another.”

But if the big operating system makers and the other big cloud services get behind the technology too, we can bootstrap a new world of cloud computing that behaves more like it should, where we can treat all cloud services as a single playground. The good news is that Google isn’t the only one getting behind the technology. Cloud services from Amazon, Rackspace, and Digtial Ocean have also backed the technology, at least in small ways.

You might think that this grand vision would end up hurting Google’s cloud business–a business it is deeply interested in expanding. In theory, Docker will make it easier for developers and companies to move their operations off the Google cloud. But the company also realizes that Docker will encourage more people to use its cloud. This will be the bigger effect–the much bigger effect. “It’s OK for them to make it so that payloads can be more easily moved from Google to somewhere else,” says Hykes, “because they’re betting that more payloads will flow in than out.”

For Brewer, containers are all about creating a world where developers can just build software, where they don’t have to think about the infrastructure needed to run that software. This, he says, is how cloud computing will continue to evolve. Developers will worry less about the thousands of machines needed to run their application and more about the design of the application itself. “The container is more of an application-level view of what you’re doing, versus a machine-level view,” he says, “and it’s pretty clear that the application view is more natural and will win in the longterm.”

So many others are saying the same thing. But they’re not Eric Brewer.


Gmail: Encryption is now mandatory

Four years after Google turned on HTTPS by default in Gmail, and less than a year since the Edward Snowden document leaks, Google removes your ability to opt out of encryption.

Google has removed your ability to get out of encrypting your Gmail, the company announced Thursday.

This follows a 2010 decision to make HTTPS the default for Gmail communications, but up until today Google had given users the ability to not use encryption. Four years ago, the company explained the opt-out as necessary because encryption could “make your mail slower.”

“The team has been working hard to mitigate any performance costs, which now puts us in a position where it no longer makes sense to allow HTTP connections,” a Google spokesperson told CNET. “The large majority of users already use HTTPS connections, so this is the final step in the journey.”

Google notes that Gmail messages are encrypted internally, as they move about Google’s servers and data centers, a measure implemented in the wake of the Edward Snowden leaks. The company also boasted about Gmail’s stability, with service available 99.978 percent of the time.

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Google Drive Opens Price War for Online Cloud Storage Providers

Choose A Cloud Storage 300x231 Google Drive Opens Price War for Online Cloud Storage Providers

Google has made it clear for years that they’re determined to be the number one name in the cloud storage game. Google has announced a reduction in the price of their subscriptions to the service cloud storage, Google Drive, thanks to a series of infrastructure improvements.

While iCloud gives 5 GB of storage for free to all Apple device owners, Google Drive’s basic service has provided 15 GB for free since May of 2013. Specifically, the company has announced the new prices that will be set as follows – for $1.99 a month ($24 dollars a year), just $4 more than 20GB of iCloud, Google Drive users get 100GB of storage. For $9.99 a month, or $120 a year, Drive users get 1 TB of cloud storage. A $100 a year of paid iCloud service meanwhile only nets iCloud users a total of 55 GB of total storage, and Dropbox users 100 GB. These options do not eliminate the option of free storage that will remain in effect for all users with an account on the Google platform.

Google Drive isn’t only about storage; it’s also where Google productivity apps live, and it’s closely linked to its photo sharing-storage tools and Gmail, all of which share the same pool of available online storage.

With this move, Google makes it much more accessible and attractive premium services related to Google Drive winking at those users who searched for a cloud storage solution with plenty of space but without having to pay crazy.

The Cloud Storage Price War Begins

The cloud storage space has become extremely competitive in recent years, with services popping up from independent firms like Box and Mega, as well as major tech firms like Amazon, Microsoft, Google and of course Apple. They’re all fairly similar, except for of course pricing and device compatibility.

The sharp drop in Google Drive prices is a sign of strong competition in the services sector of online storage, where each platform trying to convince users to store their files in it rather than a rival. If a strong storage space is a key argument in choosing a service, the price is equally important.

For comparison, the popular cloud service Dropbox, which is used by over 200 million people, offers a free 2 GB only. The cost of storing 100 GB is $ 9.99 per month or $ 99 per year. In addition, Dropbox offers corporate tariff plan: unlimited space for groups of 5 people and costs $ 15 per user per month. Users who go with Box can get 10 GB of free storage. For $5 per month, they can get 100 GB of space. Box’s Business plan offers users 1,000 GB of storage for $15 per month per user, but there must be a minimum of three users on the plan, bringing the minimum price to $45.

Microsoft, in turn, offers a free 7 GB of space in their cloud storage. Recently, it has been renamed from SkyDrive in OneDrive. For $25 a year, Microsoft offers 50 GB extra space in addition to the free offer.

To be fair, Google’s Drive pricing was already lower than the other most popular service Dropbox, with a 100GB plan costing $4.99 per month vs. $9.99. But that extra $3 per-month savings equates out to $36 per year, making it even more attractive. Google also has the advantage of its new fleet of Chromebooks, Chromeboxes and Android devices, all of which have Google apps installed. Google’s lower cloud storage prices will also entice more people to buy Chromebooks, which will in turn eat away at yet another part of Microsoft’s business.mjhaPD-K0B4

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