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Apple grabs biosensor specialists for wearables drive
Apple has added two medical wearables specialists to its team, reigniting speculation that the upcoming “iWatch” could track health issues as well as provide a wrist-worn window to your iPhone. Former medical device specialists from Vital Connect and Sano Intelligence each quietly joined Apple in December, 9 to 5 Mac spotted, bringing expertise in biosensors, minimally-invasive blood monitoring, and more.
For instance, Nancy Dougherty, formerly of Sano Intelligence and now a “hardware engineer” at Apple, was responsible for developing a system of micro-needles which can be worn as an adhesive patch. According to details shared with Fast Company, that patch has a texture like sandpaper and is battery powered and wireless, with Sano Intelligence predicting it will eventually be able to track glucose, potassium, and electrolyte levels, not to mention kidney functions.
Vital Connect, meanwhile, developed a disposable wireless health monitor we tried last year which tracks ECG, temperature, and movement for up to three days from its onboard battery. That data is squirted to a nearby smartphone or tablet via Bluetooth LE, delivering insights not only on ongoing wellbeing but being able to monitor things like trips and falls for elderly or disabled wearers, notifying a remote caregiver accordingly.
From the startup, which could begin selling its sensors in Verizon stores this year under the carrier’s mHealth banner, Apple has snatched R&D VP Ravi Narasimhan. He was responsible for sensor processing, not to mention involved in operating Vital Connect’s clinical trials, essential if products are to achieve regulatory approval as medical devices.
Neither new employee has detailed exactly what they’re doing at Apple, nor the team on which they’re working, though their individual backgrounds in medical devices and biosensors does make it seem likely that they’ll be involved in the Cupertino firm’s oft-discussed wearable plans.
Although those plans – and the many rumors around them – have centered for the most part on the “iWatch”, a smartwatch-style companion device for the iPhone and iPad, it’s entirely possible that Apple has more than one iron in the body-worn gadget fire. Fitness and health have long been associated with the iPhone and iPod lines – such as their inbuilt Nike+ functionality – and a range of new sensors that extend that could allow Apple to tap into what’s predicted to be a growing and lucrative market in personal health.
It won’t be the only firm aiming to do that, of course. Google made the surprise announcement yesterday that it was developing smart contact lenses that can track glucose levels for diabetics, while signs of a “fitness API” were spotted in Android code earlier this week.
Meanwhile, Apple is also said to be investigating iris scanning systems, 9 to 5 Mac’s sources claim, with work taking place around whether other sensors already in smartphones could be used to improve the accuracy of face recognition. Earlier in the month, a Samsung executive suggested the Korean company was looking into its own iris scanning tech, with whispers that it could show up as soon as the Galaxy S5 expected later this year.
How soon Apple’s wearable products will arrive is still a mystery. During CES, reports surfaced that the company was weighing a change in display technology for the iWatch so as to reduce power consumption and prolong battery life.
You're reading Apple Grabs Biosensor Specialists For Wearables Drive
Essentially, this is the level of sugar (in the form of glucose) available in your bloodstream at any one time. Steady rates are great, high or lows are bad and cause both short-term and long-term complications.
Monitoring these levels useful for people who are undiagnosed is being able to understand if you show a consistently higher-than-normal blood-glucose level, or for diabetics to track the body’s reaction to food, exercise, and so on.
Active monitoring can lead to discovering anything from the onset of Type 1 diabetes (directly related to the loss of insulin-secreting cells in the pancreas through an auto-immune response) or Type 2 diabetes (more related to problems with insulin sensitivity), or other forms like gestational diabetes.
In any case, tech and diabetics aren’t always friends. Over-promises from tech are to be expected. Healthcare is hard, understanding the endocrine system and hormones is not easy, and finger pricking for rapid, fairly low-cost blood testing is still the gold standard even if it can be painful and generally a PITA. Or PITF, as it were.
However! Smart devices do exist now: I wear a BG device with a teeny-tiny little flexible needle/wire sensor(Engadget). It that sticks to the skin and lasts two weeks at a time, tracking changes to interstitial fluid.
It’s by no means perfect, but its reports are easily good enough, and it connects to Android and iOS phone apps, although it has limitations.
But, it’s FDA approved, and health insurances may contribute to the ongoing costs depending on what you pay for. It’s still expensive and tricky, even if it’s very good compared to occasional readings via finger pricks.
But as we talked about previously, companies are trying to go one step further: wearables that can sense blood-glucose levels.
In brief, we’ve seen:
Apple CEO Tim Cook reportedly wearing a prototype Apple Watch with BG-monitoring in years gone by, with reports the next Apple Watch (Series 7?) may offer it as a feature.
Fitbit, now owned by Alphabet, bought promising technology back in 2023 in BG-monitoring.
Most significantly in recent times, CES 2023 saw a first prototype from Tokyo-based startup Quantum Operations of a non-invasive wearable glucose monitor that doesn’t require a needle to be inserted into the skin.
The tech here is spectroscopy, using mild lasers to track chemical composition changes, which present on the skin.
Samsung talked about a form of this called Raman spectroscopy about a year ago.
The new news:
Jimmy Westenberg / Android Authority
What’s new is that there are signs Samsung is close to offering blood-glucose monitors via spectroscopy in its flagships wearables, not as a speciality device, but in its next Watch release: either the Galaxy Watch 4 or the Galaxy Watch Active 3, or possibly both.
Korea’s ETNews had the scoop:
Quote: “…[Samsung] is now getting ready to include a blood glucose level measurement feature and cause the global healthcare market based on wearable devices to be in full swing [sic].”
And so, Samsung will “[…] introduce three new wearable devices that can be worn on wrist during Galaxy UNPACKED 2023 that will be held this second half [sic]. It is reported that the name of the smart watch with an ability to measure blood glucose level will be either “Galaxy Watch 4” or “Galaxy Watch Active 3”.
That detail goes further than reports I’ve seen of the Apple Watch Series 7, and may set up 2023 to be the year where blood-glucose levels are tracked both by Type 1 and Type 2 diabetics, but the general population as well.
It’s unclear if these devices will be FDA approved or if they’ll be wellness devices that offer insight, without promising to deliver accuracy.
I started to write this sentence: “It’s unclear how this will be marketed,” but wait, I do know. Levels is a startup revolving around the promise that people dedicated to fitness and regular folks worried about their health can get answers.
That may eventually lead to discretion around sugar intake.
Or, overcaution — a big bowl of pasta will raise your blood-glucose levels, but for healthy people that’s completely normal. How will that be communicated?
💰 Huawei is reportedly in talks to sell its premium smartphone brands, P and Mate series, to a consortium, like the one that bought the Honor smartphone brand. Huawei denied it in the report, and Reuters still published it, indicating a level of confidence (Reuters).
🕹️ The Android Authority team’s favorite classic retro tech(Android Authority).
📏 New Sony Xperia Compact reportedly leaked, a 5.5-inch revival? (Android Authority).
🔜 A picture is starting to emerge of the OnePlus 9 and OnePlus 9 Pro: new leak suggests the base model will get a 6.55-inch FHD+ 120Hz flat screen, the OnePlus 9 Pro a 6.78-inch QHD+ 120Hz curved panel, other sketchy details emerging too (Android Authority).
🔎 Google Search is being updated on mobile: new design and interface is rolling out(SearchEngineLand).
📺 Netflix delivers ‘studio-quality’ sound upgrade for Android viewers (Engadget).
📊 Nvidia hasn’t been able to do anything with its $40B Arm acquisition yet, as the big tech pushback and antitrust hits the plan (Nikkei Asia).
📨 Is this the big Facebook shift, finally? Internal memo from VP Andrew Bosworth features a new, stark message on privacy. “The way we operated for a long time,” he said, “is no longer the best way to serve those who use our products.” As the WhatsApp disaster continues (OneZero).
👋 Clubhouse, the (still invite-only) audio-based social media platform, received more VC funding and announced it in the app, rather than pre-briefing media. Now it has plans to pay creators, as it starts to emerge in more countries and locations outside of early Silicon Valley and US-only chatrooms. The platform has an Android app in the works (TechCrunch).
🔊 The story of how TSMC came to dominate the world (Bloomberg podcast).
🤖 Waymo CEO dismisses Tesla self-driving plan: “For us, Tesla is not a competitor at all … We manufacture a completely autonomous driving system. Tesla is an automaker that is developing a really good driver assistance system.” (Ars Technica).
🛒 Smart grocery carts are coming to change the way we shop (CNET).
🦎 New Godzilla vs. Kong trailer “is a rock ‘em, sock ’em monster mashup” (Ars Technica).
💟 Fake Famous, a HBO documentary about turning regular people into influencers, is out next week (YouTube).
📉 Microsoft reverses Xbox Live price hike, will add free multiplayer for some games including Fortnite (Engadget).
The Bernie-Sanders-in-mittens memes aptly summarized in a meme:
All the best to start your week,
Tristan Rayner, Senior Editor
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The Daily Authority
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Wearables Shaping The Bank Branch of the Future
As surviving retail branches modernize, it’s imperative to integrate wearables and display technology into the bank of the future transformation process. Branch offices are in a unique position to capitalize on wearables in banking.
Wearables gained mainstream popularity through fitness and health application platforms like FitBit. The single-purpose portable fitness bands became gateway devices, introducing users to the wearables ecosystem gradually upgrading to multi-functional wearable devices like smartwatches.
International Data Corporation anticipates the worldwide wearables market to double by 2023, shipping over 240 million units annually. Watches are expected to account for 67 percent of the market with a 26.5 percent CAGR by 2023. IDC expects smartwatches to see a volume boost in 2023 as cellular connectivity and networks improve.
Smartwatches are easily embedded into everyday routines because they are wearable and “always-on.” They are the embodiment of convenience and portability. Just as smartwatches help monitor physical health, banks should innovate their smartwatch apps to help monitor financial health, and improve the in-bank experience.
To go beyond wearables, bluetooth beacons can utilize geolocation and frictionless identification methods like facial recognition and iris scans to instantly verify bank customers walking through the lobby.
Beacons also push personal greetings to the customer’s smartwatch while simultaneously notifying the specialist with customer account information. Human specialists handle the high-touch engagements, while self-help kiosks enable customers to handle frictionless transactions.
The bank branches of the future transform a trip into an experience. Wearables in banking are the apex point where physical collaborates with digital in a seamless intuitive process that can immensely bolster customer experience, optimize efficiencies and revitalize foot traffic.
Rise of the Challenger Banks and the Solution-Centric Operating Model
Technology in banking brought about the natural migration away from branches to mobile/online banking for most common transactions. JP Morgan Chase revealed that the average expense to service a banking transaction with a human teller is $0.65 compared to $0.08 for an ATM and just $0.03 through mobile/online. The large cost discrepancies question the necessity for brick-and-mortar, human-operated bank branches. This argument spawned the growth of challenger banks, digital-only no-frills online banks that forego the expenses of branches to pass the savings directly to customers.
The industry paradigm shift suggests the transformation, not elimination of branches. Customers still visit retail branches to handle more complicated transactions needing high-touch engagement with knowledgeable human specialists. This trend is especially important, since declining foot traffic only increases the significance of each customer visit.
The efficiency of mobile banking has created a self-filtering process whereby customers only visits branches when they have a need to find a solution. Thus, the solution-centric operating model emerges. These situations are organic opportunities for branches to directly engage with customers and provide personalized solutions and positively enhance customer experience, which are key to galvanizing loyalty and confidence.
While smartwatches have limited screen sizes compared to smartphones, they have the edge when it comes to portability and convenience. Current smartwatch banking applications enable a range of common features including one-touch login access, real-time account balance monitoring, alerts/notifications, ATM locators and geolocation-based offers. Bill payments and purchases can be executed through mobile wallet services like Samsung Pay. While smartwatches are usually paired with smartphones, they may ultimately become a standalone device – customers simply would tap on the application icon, enter their PIN and complete their banking tasks.
Growth potential is immense for smartwatch banking. As financial technology evolves, banking applications will enable more functions including bank fund transfers/payments, budgeting tools, chatbots/live chat support and ultimately artificial intelligence (AI) powered assistants. In fact, AI technology could be the game changer that closes the performance gap between the smartwatch and smartphone.
In their MobililtyTrends Survey, research firm GfK identified the top smartphone frustrations experienced by professional mobile workers. AI-powered virtual assistants will learn your speech and behavioral patterns and inquire for details when it needs them, like a human. Precision improves with usage to enable truly hands-free operations.
This can alleviate major frustrations like typing on-the-go (78 percent), needing different log-in credentials for different sites (74 percent), having to type the same commands multiple-times-a-day (66 percent) and repeating the same multi-touch processes (67 percent). By addressing some of these frustrations for bank employees and consumers alike, this technology can make the financial services process easier for all involved, and help usher in a more consumer-focused experience.
Looking for more exciting technology for the finance world? Explore our full line of FinTech solutions.
Last Updated on December 5, 2023
We’ve all been there, you’ve filled the storage space on your laptop, and need more, so you buy a nice shiny new external hard drive for some extra storage, but what if it’s not compatible with macOS?
Not to worry! In this article, we’ll be showing you how to format an external hard drive for a mac, so that you can get some much-needed extra storage, without having to fork out for a brand new laptop!What Is An External Hard Drive?
External hard drives are essentially free storage space when it comes to using any laptop or mac in this case.
External drives are different from regular hard drives because their use is intended for external usage. Which just means anything that’s not actually inside of the computer or any other device you’re using.
This means they’re best used in situations like this, where you just need some added storage. First, though, you’ll just need to be able to reformat your external hard drive.Which Format Should I Use?
When it comes to formatting an external hard drive, the most difficult part of the process is choosing the file format that you want to use with your external hard drive.
This differs from person to person, but the file format that you choose is going to largely depend on what operating systems you’ll be using the most.
Let’s take a quick look at some of the file formats that might be right for you.Mac OS Extended
If you want something that’ll work really well with your mac, then mac OS extended is going to be your best choice straight out of the gate. It’s the default file format for Mac OS Sierra or anything before, and that’s because it runs great on all macs.
The downside of this file format is that it won’t work for Windows or Linux, so if you’re using any other operating systems this one is best missed.APFS
Introduced as the newer version of Mac OS extended, APFS is all about speed and compatibility with other similar operating systems.
In saying that, this won’t be compatible with Windows, Linux, or any MacOS before High Sierra, so your options are limited. But if you have a mac with high sierra or later, then this is a great choice if speed is of importance to you.FAT32
FAT32 is a default file format for many due to its compatibility. It’ll work across Windows, Mac and Linux, so you’ll be able to transfer files with ease.
Its only drawback is that its filing system is limited to 4GB, so you’ll find yourself running out of storage space incredibly quickly.
How To Format An External Hard Drive To Mac
It’s worth noting that reformatting a drive will always delete everything you have on it, so make sure to transfer any files you need before you start this.
Connect External Hard Drive To Mac
First, connect your external hard drive to your mac.
Open Disk Utility
Open disk utility, you can search for this by using spotlight (command+space)
Select External Hard Drive
Select the external hard drive from the subheading on the left hand side.
Hit the erase button
Rename The Drive
Enter the name of the drive and rename it to whatever you’d like
And You’re Done
You’re all done! After this you should be ready to use your external hard drive.Final Thoughts
It’s as simple as that, make sure you understand what file format you’ll be selecting before you begin reformatting your hard drive, but otherwise, if you follow these steps you’ll have your external hard drive working in no time!
There are several occasions where you need to have a browser page handy to display a QR code or refer to an image. And since the Apple Watch works as an extension of the connected iPhone, it is only natural that you need your Apple Watch to be able to open web pages. Unfortunately, Safari is not supported on Apple Watch, still, you can open web links received in messages using the in-built WebKit.
However, when it comes to visiting a specific website, you will need to download a third-party browser on your Watch. Thus for your ease of convenience, we have compiled a list of the best available browsers for Apple Watch that you can download to surf the net on your wrist-based device.
The Parrity browser provides you with a minified web UI that facilitates easy navigation on the web page. In addition to that, it also features a convenient URL composing screen that lets you add the usual suffixes in the web address. You can either open websites using Siri or by scribbling the address.
Otherwise, you can also push pre-loaded web pages straight from the paired iPhone to the Apple Watch. Along with that, ‘Parrity’ provides search engine integration, basic history management, and even a Watch Face complication for your convenience. Parrity offers a full-fledged browser with no trade-offs.
The ‘Webabit’ browser is the stark opposite of the ‘Parrity’ browser. The app does not have any search engine integration nor you can enter a web address right from your Apple Watch and visit it. Webabit is a very simple browser that you can use to visit webpages that you sync from your iPhone using the companion app for Webabit on your iPhone.
This browser is best suitable for folks who only need to have a quick reference to text when their iPhone is not easily accessible. It offers a simple web page viewing experience and does the job, but that’s just about it; you do not get any utilities or tools that facilitate standalone browsing using just your Apple Watch.
µBrowser is a microbrowser that facilitates basic level browsing on your Apple Watch where you can type in the web address to visit websites, mark visited pages as favorites, and also see your browsing history. Moreover, the browser also provides ‘DuckDuckGo’ search engine integration that will suit you well if you are one of the privacy-concerned users.
4. Squint Browser
Squint browser allows you to view web pages in any language you desire. Apart from that, it also allows you to define keywords that can be used to filter content on the Internet and provide better search results. You can define these keywords on your iPhone and then push them on your Apple Watch. Moreover, the browser also has a reader feature that can read the web pages for you which is activated by the “Read Everything” command.
To add to it, you can also use voice commands to browse the web pages using the microphone on your Watch. On the browsing front, you can load the web pages on your iPhone and push them to the Watch. To directly open a website on the watch you can either tap on a link or add them to ‘Favorites’ for quick access. Though the app does not support direct URL typing, it can mirror everything that you do on the companion app installed on the paired phone.
5. Search Ace
The browser also offers a direct shortcut to search for a keyword on Wikipedia. That being said, no other search engine integration is present. You can also set the text size for Wikipedia, keyword font size, and even toggle to view the full article or the summary article on Wikipedia. The browser also supports several languages that you can choose from the ‘Settings’ tab right on the Apple Watch.
6. Use Siri to Bring Up In-Built Browser
Many are not aware, but you can also summon the in-built browser on your Apple Watch just by asking Siri, “Hey Siri, search the web”. Then, you can simply say the name of the website to let Siri display search results for it and you can then tap on any one of it to head to the website.
Are there any web browsers for Apple Watch?
As mentioned above, there are plenty of third-party web browsers available for the Apple Watch. Moreover, there’s also an in-built browser on your Apple Watch that you can use to view web pages.
Can you put Safari on Apple Watch?
You cannot have Safari as a standalone/separate app on your Apple Watch, but you can definitely open web links using the in-built browser on the Apple Watch which is similar to Safari.
Can I get Google on my Apple Watch?
Can you Browse the Internet on Apple Watch 6?
All Apple Watches that are running WatchOS 5 or later have WebKit integration and thus can display content from the web on the wrist-based device.
Do you often find yourself in a situation where you need to convert Apple Music or iTunes songs into different formats? If the answer is yes, a powerful yet easy-to-use tool named TuneFab Apple Music Converter is your thing.
The software boasts several impressive qualities to be your favorite music converter for all seasons. It’s designed to convert DRM-protected Music, M4P songs, audiobooks and Audible audiobooks songs to MP3 with appreciable consistency. However, what sets the tone perfectly for it is the simplicity with which it goes about the business without any fuss.
Convert Music Fast Without Any Loss of Quality
The software works very efficiently in getting the task done. Plus, you can reset the bitrate sample rates as well as other vital music parameters. If you have a liking for editing your music or fine-tuning its quality, the app can ideally fit into your needs.
There are a couple of qualities that I have found really adorable in it: The high proficiency and rapid speed.
With TuneFab Apple Music Converter, you will be able to convert several songs in batch with up to 16X faster speed. That means it can save plenty of your valuable time.
Another notable quality worth mentioning is the ability to convert music without any loss of quality. I have used several music converters, and hence, I can tell you that there are very few tools that can work so consistently.
It keeps all the metadata and ID3 tags intact. Thus, you will continue to enjoy the music in the same breath on other devices. It makes the transition a smooth affair.
Convert Audiobooks in Multiple Formats
Apart from being a top-notch music converter, TuneFab also works as a highly efficient audiobook converter. Again, it performs the task not just with top speed but also without damaging the quality.
I used this tool to transform several of my audiobooks at once. It lived up to my expectation by getting the work done rapidly. What I have liked more about this software are the intuitive user-interface and easy-to-use functionality. You don’t have to take roundabout ways to carry out the task. Simply select the audiobooks and hit the convert button. And you are done.
Support Multiple Music and Audiobook Formats
I always want the music converter to have the support for several formats. It just offers you more flexibility. And, I’m glad to know that the app stands up to the mark fairly well in this regard.
With the support for several file formats like MP3, AC3, M4A, M4R, FLAC, MKA, AU, AA, AAX, AAX+, M4B and more, it ensures you never run out of options. If you have to deal with music conversion more often than not, this is exactly what you need to remain at the top of your game.
How to Convert Apple Music or the Songs Purchased from iTunes Using TuneFab on Mac or Windows
As mentioned above, using TuneFab to get rid of DRM or transform any music to another format is dead simple.
Step #1. To get started, download and install the TuneFab Apple Music Converter on your computer. Meanwhile, please make sure that you have installed iTunes on your computer previously. TuneFab needs to works with iTunes.
Step #2. Now, launch the app on your computer and then select the songs you want to convert. You can select an entire album of songs or select multiple Apple Music tracks at a time.
Step #3. Next, adjust the output format depending on your specific requirements. There are different output formats that you can choose from MP3, M4A, AC3, AAC, AIFF, AU, FLAC, etc.
Step #4. Finally, hit the Convert button. The program will start converting Apple Music songs to plain MP3 format immediately.
Now, let it finish the task.
Price and Availability
This music converter works with both macOS and Windows PC. Its original price is $49.95. However, you can currently get it at $39.95.
Frankly speaking, reviewing this tool was very easy for me thanks mainly to its simplicity. I gave TuneFab a long run before writing this piece. Throughout the test, I hardly noticed any roadblocks and came out impressed with what it has to offer.
Whether it’s versatility, high efficiency or speed, the software stands up to the billing on all fronts. As for price, I think it’s competent.
Now comes the most important question. Should I recommend this software? The answer is absolute “Yes.” I would recommend it to you if you have to carry out music conversion more often and want a more effective tool to get through the task. Moreover, it can also come handy if you wish to listen to your favorite Apple Music on multiple devices without having to upgrade the plan.
Jignesh Padhiyar is the co-founder of chúng tôi who has a keen eye for news, rumors, and all the unusual stuff around Apple products. During his tight schedule, Jignesh finds some moments of respite to share side-splitting content on social media.
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