Microsoft did not know the best times for Windows updates. Users are tired of updates, including Windows Defender more recently. However, security updates are released for any reason, and Windows 10 users ignore them at their own risk.
Failure to update may leave systems open to “zero day” critical attacks such as this or the infamous “Full Control” attack. So, when Microsoft takes the unusual step of telling Windows 10 users to install a critical update before installing the remaining October cumulative updates, it’s probably best to follow these tips.
Microsoft has released a Critical Service Stack Update (SSU) that applies to all versions of Windows 10 and that, like Bleeping Computer reports, should address an issue where some users encounter multiple reboots involving the list. Start up revocation safely.
What is a service stack update? Do I hear you ask? I thought so, because it’s not really a high-level Windows 10 component and rarely gets a mention, even on tech sites. Microsoft describes an SSU as an update that resolves issues with the component that installs the Windows updates.
The SSU needs to be updated because it is essential to improve the reliability of the Windows 10 update process, which we all want. Microsoft adds that this helps to “mitigate potential issues by installing the latest quality updates and feature updates.” Perhaps most importantly, if you do not know about SSU releases, your device may not install the latest security updates correctly.
Service stack updates do not appear every month. rather, they are issued when circumstances demand it. However, one thing remains constant: SSUs are classified as critical security updates.
Microsoft is very clearly recommending to users of all versions of Windows 10 the October update of the service stack. “We strongly recommend that you install the latest service stack update (SSU) for your operating system before you install the latest cumulative update,” says the Microsoft support document for the SSU.
This notice is repeated in the documentation of the latest update, where Microsoft calls it again as a “strong” recommendation.
For business users, Chris Goettl, director of security solutions at Ivanti, said, “Windows update services will at some point become a prerequisite for future updates on affected systems.
generally A few months before the changes come into effect, given that Microsoft has just launched a full set of SSUs for all Windows operating systems in September, radical changes are forthcoming. SSU and prepare for deployment. ”
Meanwhile, individual users need to be completely safe when installing the October SSU, and then let Windows 10 break down and install the cumulative updates as usual.
Google’s Nest devices can tell if you’re near with ‘ultrasound sensing’
Google knows that people do not like to have cameras in their homes, but he still wants to offer useful features, which depend on devices that know if you’re there. After all, the very idea of ambient computing – a concept Google advocates in its various hardware departments – is based on devices that detect and adapt to you. Since the Nest Hub Max is Google’s only smart home camera to integrate a camera, the company needed to find a way to make sure its other products knew at all times. With ultrasound detection, a new feature announced today, Google may have found an effective workaround.
If you remember, Hub Max’s camera allowed her to recognize who was in front of her and reveal what Google called Proactive Notifications: relevant alerts for specific members of your household. Suppose your partner walks in front of the screen, Hub Max can show their appointments and their upcoming travel time (provided they have been added to your local network, of course).
The smaller Nest Hub, on the other hand, can not do that because it does not have a camera so it can not detect someone, not to mention who in particular is happening. Ultrasonic detection, however, might help. It will be deployed in new Nest devices, including Nest Hub, Nest Hub Max, Nest Mini and Nest WiFi hubs in the coming months.
The function works by using the device speaker to emit high frequency sound and leave the microphones tuned for feedback. By the way, do not worry about your beloved animals: Google told Engadget that the frequency used here was higher than the frequency that dogs can hear.) With a lot of calculations, machines can tell if there are four or five feet and do a variety of things. For the moment, ultrasound detection has the most obvious uses on the Max Hub.
When devices detect that you are standing near the screen, touch controls and detailed information are displayed, such as timers, weather forecasts, and your route. Walk beyond the four or five foot range and the interface changes to support larger fonts that you can read from further away and removes the onscreen controls because you can not reach them from anyway.
I was impressed by the effectiveness of this operation during a recent demo. As I walked away from the Nest Hub, a countdown developed to fill the entire screen when I was away. When I arrived within range, the timer returned to its normal size and buttons to stop and pause appeared.
When Google’s Nest Product Manager for Smart Screens, Ashton Udall, asked Nest Hub to retrieve their trip information, a map showing step-by-step directions and alternate routes appeared. When we walked away from the camera, the screen changed to indicate how long it would take, in the same font as the countdown. The numbers were green, indicating that the traffic was smooth, and Udall said the font color would turn yellow or red depending on the density of the road.
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Realme X2 Pro review: Super powerful, super affordable
Realme caused a sensation in 2019 with a series of devices at incredibly low prices, but the company now publishes its first phone that could be seriously described as high-end. The X2 Pro features Qualcomm’s fastest processor, a high refresh rate display, and a set of cameras with a giant 64 megapixel sensor.
All this means that the phone Realme is the most expensive so far, but the data sheet keeps it extremely competitive.
The industrial design of the X2 Pro is pretty boring, but there is nothing wrong with that either. A discrete drop of water appears on the screen, as well as a lower bezel slightly larger than the other three.
Realme has opted for a glass back panel for the X2 Pro, which feels better to the touch than previous plastic models, but which obviously compromises its durability.
Despite the small boxes, the X2 Pro manages to insert stereo speakers that sound pretty good. In combination with the above-average haptic feedback system, it’s clear that Realme wants to include features that more expensive Chinese phones often skim. Unfortunately, this does not extend to wireless charging.
The screen is a 6.5-inch 1080p OLED panel with an integrated fingerprint sensor and a refresh rate of 90Hz. Higher refresh rates are starting to spread on flagship phones such as the OnePlus 7T and (apparently) the next Pixel 4, and it’s really hard to go backwards once you’re using such a screen.
The use of Realme X2 Pro is incredibly smooth, especially for basic operations such as scrolling the timeline or scanning between pages of the home screen, where the text remains readable in motion.
The sensation of speed of the phone is enhanced by a Qualcomm Snapdragon 855 Plus processor, the fastest currently available on all Android phones. The X2 Pro comes with 6GB, 8GB or 12GB of RAM and 64GB, 128GB or 256GB flash storage.
The camera configuration includes Samsung’s same 64-megapixel sensor, a 13-megapixel telephoto lens, an ultra-wide 8-megapixel camera, and a 2-megapixel macro lens. There is also a 16 megapixel selfie camera.
The X2 Pro can charge up to 50W with Oppo’s super VOOC technology, which, according to Realme, should allow you to charge 80% of its full charge in half an hour.
The phone has a 4000 mAh battery. So it’s not as fast as Oppo’s new Reno Ace, with which it shares both the size of the battery and an almost identical industrial design, but the quick-loading solution .
If you think that sounds a lot like the OnePlus 7T, another phone manufactured as part of BBK Electronics’ global supply chain, you’re right. The screen, the processor, the speakers, the fingerprint sensor and other aspects of the phone are all similar, if not identical.
But the X2 Pro has an additional camera lens (of dubious value, of course), a bigger main sensor, and a faster, faster charge. The main advantage of OnePlus lies in its OxygenOS software developed on Android 10.
Realme uses Oppo’s ColorOS software, which is more influenced by iOS but remains stuck on Android 9 in its current iteration.
This may not be as disturbing if you consider the prices of this phone. In China, the X2 Pro costs 2,699 yuan (~ $ 380) for a 6GB / 64GB model, up to 2,899 yuan (~ $ 410) for 8GB / 128GB and 3,299 yuan (~ $ 465) ) for 12GB / 256GB.
It’s probably not that cheap once in China, but it’s clear that the X2 Pro will be less efficient than the OnePlus 7T and will probably be a serious contender for phones like the Mi 9T Pro / Redmi K20 Pro from Xiaomi.
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New Pixel 4 Stacks Up Against Other Smartphones
Google’s Pixel 4 made its official debut today. It will arrive soon, October 24, and you can book it now. But before you spend $ 799 for the Pixel 4 (or $ 899 for the Pixel 4 XL), here’s a quick look at how Google’s next smartphone compares to the competition:
Pixel 4: 5.7 “Full HD + Flexible Screen (OLED up to 90Hz)
Pixel 4 XL: HD Quad 6.3 “+ smooth screen (up to 90Hz OLED)
iPhone 11: Liquid Retina HD Screen 6.1 “(60Hz LCD)
iPhone 11 Pro: 5.7 “XDR Super Retina Display (OLED 60Hz)
iPhone 11 Pro Max: 6.5 “XDR Super Retina Display (OLED 60Hz)
Galaxy Note 10: Dynamic AMOLED + FHD 6.3 ”
Galaxy Note 10+: Quad HD 6.8 “+ Dynamic AMOLED
Pixel 4: 2800 mAh
Pixel 4 XL: 3700 mAh
iPhone 11: ~ 3000 mAh
iPhone 11 Pro: ~ 3200 mAh
iPhone 11 Pro Max: ~ 4000 mAh
Galaxy Note 10: 3500 mAh
Galaxy Note 10+: 4300 mAh
Pixel 4: Qualcomm Snapdragon 855
Pixel 4 XL: Qualcomm Snapdragon 855
iPhone 11: A13 Bionic
iPhone 11 Pro: A13 Bionic
iPhone 11 Pro Max: A13 Bionic
Galaxy Note 10: Qualcomm Snapdragon 855
Galaxy Note 10+: Qualcomm Snapdragon 855
Pixel 4: 6 GB of RAM
Pixel 4 XL: 6 GB of RAM
iPhone 11: not revealed
iPhone 11 Pro: not revealed
iPhone 11 Pro Max: not revealed
Galaxy Note 10: 8GB / 12GB (LTE / 5G)
Galaxy Note 10+: 12 GB
Pixel 4: 64 GB / 128 GB
Pixel 4 XL: 64 GB / 128 GB
iPhone 11: 64 GB / 128 GB / 256 GB
iPhone 11 Pro: 64GB / 256GB / 512GB
iPhone 11 Pro Max: 64GB / 256GB / 512GB
Galaxy Note 10: 256 GB
Galaxy Note 10+: 256 GB / 512 GB
Pixel 4: 12.2MP main and 16 MP telephoto
Pixel 4 XL: main telephoto and telephoto 16.2MP
iPhone 11: double 12MP ultra wide and wide
iPhone 11 Pro: Triple 12MP Ultra Wide, Wide and Telephoto
iPhone 11 Pro Max: Triple 12MP ultra wide, wide and telephoto
Galaxy Note 10: Triple 16MP Ultrawide, 12MP Wide and 12 MP Telephoto
Galaxy Note 10+: 16 MP ultra-fast, 12MP wide, 12MP telephoto and DepthVision camera
Pixel 4: 4K at 30 frames per second; 1080p at 30, 60 and 120 frames per second; 720p at 240 frames per second (rear camera). 1080p at 30 frames per second (front camera)
Pixel 4 XL: 4K at 30 frames per second; 1080p at 30, 60 and 120 frames per second; 720p at 240 frames per second (rear camera). 1080p at 30 frames per second (front camera)
iPhone 11: 4K at 24, 30 or 60 frames per second; 1080p at 30, 60, 120 or 240 frames per second; 720p at 30 frames per second (rear camera). 4K at 24, 30 or 60 frames per second; 1080p at 30, 60 or 120 frames per second (front camera)
iPhone 11 Pro: 4K at 24, 30 or 60 frames per second; 1080p at 30, 60, 120 or 240 frames per second; 720p at 30 frames per second (rear camera). 4K at 24, 30 or 60 frames per second; 1080p at 30, 60 or 120 frames per second (front camera)
iPhone 11 Pro Max: 4K at 24, 30, 60 or 60 frames per second; 1080p at 30, 60, 120 or 240 frames per second; 720p at 30 frames per second (rear camera). 4K at 24, 30 or 60 frames per second; 1080p at 30, 60 or 120 frames per second (front camera)
Galaxy Note 10: 4K at 60 frames per second; 1080p at 60 frames per second; 720p at 30 frames per second
Galaxy Note 10+: 4K at 60 ips; 1080p at 60 or 240 frames per second; 720p at 30 or 960 frames per second
Pixel 4: 799 €
Pixel 4 XL: $ 899
iPhone 11: 699 USD (64 GB); $ 749 (128 GB); $ 849 (256 GB)
iPhone 11 Pro: 999 USD (64 GB); $ 1,149 (256 GB); $ 1,349 (512GB)
iPhone 11 Pro Max: 1,099 USD (64 GB); $ 1,249 (256 GB); $ 1,449 (512 GB)
Galaxy Note 10: $ 949
Galaxy Note 10+: USD 1,099 (256 GB); $ 1,199 (512 GB)
This article was published in early October on the basis of the first leaks of Pixel 4. It was updated on 10/15/2019 with the official information of Google’s launch event for the smartphone.
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