People wanting to take advantage of carrier billing for Apple Music, the App Store, and other Apple online services now have further options in several European countries. AppleInsider – Frontpage News
The increased popularity of the IoT leading to growing adoption is one of the main reasons for more cybersecurity attacks against enterprises and utilities, according to a new Navigant Research report.
The report, titled “Managing IoT Cybersecurity Threats in the Energy Cloud Ecosystem”, evaluates cybersecurity threats in relation to IoT affecting enterprises and utilities alike. With IoT popularity, new threats are coming in and the need for a stronger IoT security lingers.
According to the report, over the last few years, the need to shield cybersecurity attacks has heightened as corporates are demanding robust security along value and supply chains. So far as domestic consumers are concerned, similar demand to improve security of IoT devices and services is noted.
Neil Strother, principal research analyst with Navigant Research, said: “The mushrooming number of IoT devices being deployed by utilities and other enterprises carries an obvious and growing security risk. Smart managers need a comprehensive strategy to stay ahead of potentially devastating threats to IoT assets. No longer can managers rely on an old-school reactive approach; instead, they and their security teams must adopt the latest proactive and predictive tools and methodologies to keep devices and systems safe.”
Another report from Navigant Research has placed Philips Lighting, Acuity Brands, Eaton, and OSRAM among the leading players in the IoT lighting market. The report evaluated a total of 16 vendors including the giants – Cisco, Intel, Schneider Electric, and Siemens – although they are labelled as challengers and not contenders or leaders. Navigant Research argues that the global IoT lighting market is all set to touch $ 5.5 billion by 2027 from $ 808.2 million in 2018.
Project Fi has long offered international usage in more than 100 countries without roaming fees, but today Google’s wireless service is getting even better when it comes to international usage.
Google says that Project Fi now has coverage in even more countries. The list of newly-covered countries includes Algeria, Belize, Morocco, Guam, Bangladesh, Nigeria, Uzbekistan, Uganda, and many more.
Google is also rolling out a new Project Fi feature that’ll make prepping for your international travel a bit easier. Project Fi can now send you a notification in the Project Fi app to let you know that the country you’ll be traveling to is included in Project Fi’s coverage. The app figures this out based on your upcoming international flights from Gmail.
You can turn these notifications off in your account settings if you’d like.
International travel can be stressful, and one of the things that you have to do before going to a different country is make sure that you’ll have cell coverage there. These Project Fi improvements aim to make your travel a bit less stressful, which is great news for anyone using Project Fi’s service.
Sea of Thieves is unquestionably an absolute blast to play. It unashamedly embraces every seafarer cliché and trope so you can live out all your pirate fantasies, just without the sunburn, scurvy and missing appendages. You can down grog until… Engadget RSS Feed
A while back, we walked down memory lane to revisit storage milestones on mobile phones. That article focused only on the stand-out devices, today we’re going to take a broader look. We will look at the base storage for all phones added to our database since 2005. We’re only be counting phones with 4GB or more as anything less is basically the same from our current point of view. Last time, we highlighted the Nokia N91, which was the first phone to deliver 8GB of storage (with a micro HDD). However its base version had only 4GB – that’s the metric we’re tracking today, the minimum…
Apple is ramping up its work on self-driving cars. The Silicon Valley tech company has reportedly increased its autonomous fleet of test vehicles to 27.
According to BloombergApple has registered another 24 Lexus RX450h SUVs. This increases their test driving fleet nearly ten-fold; the company obtained a permit for three autonomous cars from the California Department of Motor Vehicles in April 2017.
Tech Crunch notes the Lexus SUVs are popular among companies interested in self-driving vehicles. The SUVs are easily retrofitted with additional sensors that work seamlessly with those already installed.
Apple’s initial permit prompted speculation that the company would be designing their own autonomous car under the name “Project Titan.” While the company’s recent direction hasn’t eliminated that possibility, it’s clear that Apple is more focused on self-driving software than designing actual vehicles.
That said, it’s not as if Apple hasn’t been testing vehicles. The company’s autonomous Lexus SUVs were spotted on the road last year. But a larger Apple fleet will likely lead to more public sightings.
When Apple is finally ready to unveil their self-driving technology to the public, it’s likely to incorporate other Apple products, especially Siri, into the design. After all, nothing says self-driving cars like an AI assistant that speaks to the driver and passengers.
Google has once again given us an update on its Android distribution stats.
For the 7-day period ending January 8, 2018, Google says that 0.7 percent of all Android devices that accessed the Play Store were running Oreo. That breaks down to 0.5 percent running Android 8.0 and 0.2 running running Android 8.1. That’s up slightly from last month.
Android Nougat (7.0 and 7.1) grew from last month as well, finishing January 2018 at 26.3 percent usage. Android Marshmallow (6.0) fell slightly to finish at 28.6 percent.
Android Lollipop (5.0 and 5.1) fell, too, finishing the month at 25.1 percent usage. Android KitKat (4.4) fell to 12.8 percent usage, Android Jelly Bean (4.1-4.3) usage slipped to 5.6 percent this month, while Android Ice Cream Sandwich (4.0) and Android Gingerbread (2.3) held steady at 0.5 percent and 0.4 percent, respectively.
These numbers show that usage of Android Oreo and Nougat continues to grow while all other versions slip. That’s not terribly surprising, as there are still very few devices out there running Oreo, and they’re mostly Google’s own Pixel and Nexus devices. Meanwhile, we’re still seeing phones launch with Nougat in tow. Once flagship phones from Samsung, LG, and others begin to get their Oreo updates, we should see Oreo gain a bigger slice of Google’s pie.
A collaborative effort between Nanyang Technological University, Singapore (NTU Singapore) and Carnegie Mellon University has established a method of growing hydrogel in a way that more closely resembles the shape and structure of plant or animal tissue. Robots and the medical field will be among the benefactors.
When these tissues are grown naturally, different areas grow at different rates, which can result in very complex shapes. The researchers imitated this in their approach, manipulating the concentration of oxygen in order to create the desired designs. A higher concentration would suppress cross-linking between chemicals, which inhibited growth.
This process can be augmented via the use of mechanical constraints like soft wire or glass substrate that can form chemical bonds with the gel. This can guide the substance’s self-assembly, making it possible to build all kinds of different structures.
Current techniques build a 3D structure by adding or removing layers of material. For this to be a success, the porous hydrogel needs to mimic the process of enlargement and proliferation in living tissues via continuous polymerization.
Hydrogel is commonly used for tissue engineering, and in the field of soft robotics. There are hopes that this process could make the substance even more effective for those purposes.
Our organs possess various specializations that allow them to do their jobs well — for instance, the small intestine is covered in microscopic folds called villi that increase its capacity to absorb nutrients, by increasing its surface area. Forming structures using this new process will allow us to better replicate that kind of complex architecture.
“Greater control of the growth and self-assembly of hydrogels into complex structures offers a range of possibilities in medical and robotics fields,” commented inbound NTU Singapore president Subra Suresh in a press release. “One field that stands to benefit is tissue engineering, where the goal is to replace damaged biological tissues, such as in knee repairs or in creating artificial livers.”
It’s thought that advances in soft robotics could have a profound impact on both the next wave of robots, and our capacity to create synthetic organs and advanced prosthetics. We can already produce artificial muscles and working 3D printed hearts, but a better capacity to imitate biological tissues will help propel these efforts even further.
Growth- and structure-controlled hydrogels could prove to be very useful as we develop robots and machines that need to move around. If we can emulate the way that our soft musculature interfaces with our rigid skeletons, we can give these creations a much wider range of motion.
The study could also lead to further research into the nature of cell growth itself. Continuous growth can be observed in the majority of life on earth, so this new process gives scientists a way to observe how it plays out in a controlled instance.
For three decades this was speech recognition: You would talk to your computer, typically using a head-mounted microphone and either the unpublicized speech-recognition app in Microsoft Windows or a version of Dragon NaturallySpeaking, from Nuance Communications. If you enunciated carefully, words would appear on the screen or commands would be executed.