Google basically confirms the launch date of Android 13

The latest Android 13 beta build arrived last month as beta 4, a promise from Google that this is the last of the betas. Not counting the 4.1 update to address some bugs, Google said the next update to Android 13 will be a stable release in the coming weeks. Today, as part of the release of Android August security bulletins, Google revealed that Android 13 will be released in AOSP on September.

The surprising “Android 13 Security Release Notes” was posted on the Android Security Bulletin page that Google posts monthly bulletins for as it releases new monthly updates for its Pixel phones. It pushes both general Android security bulletins as well as Pixel/Nexus-specific bulletins with this special Android 13 note within the general section.

We collect rare notes before, after to notice That Google posted the August patch bulletin for its Pixel phones without posting factory images or OTA files.

In the note, Google explains that Android 13 devices are “protected against these issues with a security patch level of 2022-09-01 or later,” which they later list as “fixed security vulnerabilities as part of Android 13.” Google then noted that “Android 13 released in AOSP will have a default security patch level of 2022-09-01.” And that’s where we jump into the idea that Android 13 will arrive on September.

Apart from the seemingly late arrival of Android 12 in October last year, Google released Android 10 and Android 11 in early September. Android 9 “Pie” was released in early August 2018 for reference only.

Now, if Google pushes Android 13 to AOSP in early September, we may or may not see it on our Pixel phones. For Android 12, Google pushed the code to AOSP, but then didn’t push the update to Pixel phones for several weeks. This move is an outlier in the grand scheme of new Android build rollouts and could be for a variety of reasons. Android 12 was a huge update, and its timing with Google’s fancy new Pixel 6 phone made a lot of sense. In most previous years, AOSP meant same-day updates for the Pixel.

Want a date for Android 13 in September? It wouldn’t be a bad idea to casually pencil in September 6. Google likes to release updates on the first Monday of every month, but it’s also September 5th and Labor Day. Google now says that if the first Monday is a holiday it pushes updates on the following “working” day, which would be the 6th. I can’t imagine a better time to drop Android 13 than then.

Note: That last paragraph has been updated since September 5 is Labor Day, so Google will likely release the update on September 6.

Google cracks down on spam and scams with new Play Store rules

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Most of the Android malware scares we hear about originate from shady third-party marketplaces, but that doesn’t mean the Play Store isn’t suspicious. Google has announced several changes to make apps safer and less annoying for users. In fact, one of the first steps would be to limit how long intrusive video ads can be.

The first change won’t be immediately obvious to users, but it can have a positive effect on your battery. On July 31, Google will begin enforcing stricter limits on the use of exact alarms. An “alarm” in this context is a trigger that wakes up your device so that it can perform a task. Any apps targeting the latest version of Android will need to use the new USE_EXACT_ALARM permission if they need to wake your phone from a low-power state without delay. However, only apps that really need it, like timers and event notifications, will be allowed to do so.

Starting September 30, developers will be required to limit the length of full-screen video ads. These are a common feature of free apps, inserting videos between levels (if you’re lucky) or in the middle of gameplay (if you’re not). Going forward, these ads must be skippable after no more than 15 seconds However, if you’re using an app that lets you watch videos to unlock content or features, those ads may be longer.

At the end of August, Google will implement several changes aimed at improving safety and security. For one, the new incognito guidelines mean apps won’t be able to use misleading icons that make them appear affiliated with governments or organizations. Google offers a few examples of icons that will be banned after the change Google will also ban apps that “contrary to existing medical consensus” and harm users.

Another policy change in August is something I’m surprised Google didn’t ban a long time ago. Android supports a feature called FLAG_SECURE, which allows developers to indicate an app’s sensitive information and screenshots should not be allowed. This is common for streaming and banking apps. Google will no longer allow apps that try to bypass this feature to record content on the screen. The only exception is the Screen Reader Accessibility Tool.

Finally, Google is cracking down on VPN apps in the Play Store. Starting August 31, apps on the Play Store will not be allowed to access Android’s VPN functionality if they collect personal information, manipulate traffic, or serve ads. Google will still allow some exceptions such as apps for parental controls, app usage tracking and network analysis tools. However, there are some concerns that this could affect legitimate, privacy-preserving features such as DuckDuckGo’s prevention of app tracking. Even if it’s not intended, Google’s app reviewers often apply the rules with little regard for it.

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Get Windows 10 for less than $13 and get a free Windows 11 upgrade, Office for $28

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The Galaxy Fold 4 and Flip 4 images are very revealing

The next Samsung Unpacked event has been scheduled and will be held on August 10 It will be a classic Samsung affair, with a big reveal of the new foldable and plenty of polished accessories, all of which will command a bigger price tag. If you’re hoping for a surprise, I have some bad news for you – everything coming soon is leaking.

Image courtesy of the latest round 91 mobile, we get all-angle looks at both the Galaxy Fold 4 and Galaxy Flip 4. There are plenty of colors to look at as well, but the most important aspect here is that each device can be folded, opened, and viewed from all sides. . It’s a pretty comprehensive early look.

Take a peak at each of these.

Galaxy Fold 4

The Galaxy Fold 4 is official

Galaxy Flip 4

Galaxy Flip 4 is official

My only real reaction here is that the 2022 foldable lineup from Samsung looks almost identical to the 2021 foldable lineup from Samsung. We have identical camera housings, similar color blocking and overall similar devices. Samsung seems to be refining things like their folding hinges, but for the most part, you’d be hard-pressed to find major differences here from last year.

That’s not necessarily a bad thing, since Samsung’s Fold 3 and Flip 3 were great devices that sold millions. If anything, these devices will have solid internal upgrades that make them worth considering if you skipped last year’s. A Fold 2 or 2nd Edition flip would be a really nice upgrade.

Maybe 2023 will bring us a big refresh? Or maybe Samsung doesn’t need to do that.

DeepMind AI breakthrough allows prediction of more than 200 million proteins

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Google’s DeepMind division has developed some interesting and impressive AI models, including one that makes you (and almost anyone else) play StarCraft II better. DeepMind isn’t just interested in AI for playing games. Last year, the company unveiled AlphaFold, a machine learning model that can predict the shape of proteins. Now, DeepMind has announced that it has created structures for all 200+ million proteins in the centralized UniProt database. This is a big deal for basic biological research as well as efforts to tackle some of the most pressing scientific problems of our time.

Proteins are the basis of all biological life on Earth, but even if you know the amino acid sequence of a protein, that doesn’t mean you know what it does or how it works. A protein’s sequence gives it a pattern of positive and negative charges, hydrophilic and hydrophobic regions, and cross-linked segments. This is what determines the protein’s active shape, or “conformation” as it’s known in the lab, and the structure of a protein is what gives it its function. Even a few mistakes in structural predictions can be the difference between an enzyme that correctly catalyzes a reaction and one that does literally nothing.

Determining the structure can be a laborious process, often relying on advanced techniques such as X-ray crystallography. AlphaFold helps put that data into context with highly accurate conformation predictions. In the video below, you can watch a team from the University of Colorado, Boulder talk about the challenges of studying proteins involved in bacterial resistance to antibiotics. The team spent ten years puzzling over the shape of a protein that Alphafold was able to predict in just a few minutes. This is possible because Alphafold has been trained on more than 170,000 known protein structures, giving it the ability to predict what new sequences will look like in 3D.

When DeepMind announced Alphafold last year, it decided to make the Alphafold database freely accessible. At the time, there were just over a million structures available, making a 200-fold increase over the past 12 months quite impressive. DeepMind says Alphafold has been cited in more than 4,000 scientific papers since its debut and could help scientists understand important topics such as antibiotic resistance, food safety and the effects of plastic pollution.

With the entire UniProt database now complete, DeepMind will provide a predicted sequence directly on the web page. The complete database of all 200 million structures will be available as a bulk download from a Google Cloud public database.

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iOS 16 Beta 4 Release Notes, Changes and Bugs According to Apple

Here are the iOS 16 Beta 4 and iPadOS 16 Beta 4 release notes, changes and bugs for iPhone and iPad users, according to Apple.

Apple has now made the fourth iOS 16 and iPadOS 16 betas available for download and that means we have a lot of new fixes and improvements to enjoy.

This means new bugs are also implemented, and is less than ideal. If you want to know exactly what’s going on, you should check out the release notes that are now available to registered developers.

The iOS 16 and iPadOS 16 updates are expected to be made available to the public this fall, and that means we can expect a few more beta releases before that happens. All eyes are on Apple to see how things change through the beta process, but early releases have been surprisingly stable.

The new updates bring with them big changes to the iPhone lock screen with a new lockdown mode on iOS, improved multitasking and widgets with Stage Manager on iPadOS, and new customization options.

If you’re planning to install the developer or public betas, please note that there are potential issues — despite Apple’s improvements, these remain beta updates and aren’t ready to install on your major devices. Keep this in mind before installing.

You can see the full changelog below.

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Pixel 7 Pro camera news adds mystery to their launch

All the focus this week may be on the Pixel 6a and Pixel Buds Pro still open for pre-orders, but the Pixel 7 wants you to remember it’s coming. Thanks to a bit of developer effort, we may know the camera situation of Google’s new phone, as well as the codename of an additional, as-yet-unknown high-end device.

Developer Kuba Wojciechowski made a post thread (via XDA) on Twitter that talks about their dive into code from Google, where Google tried to obfuscate the sensors in their upcoming phones, but left enough information to reveal it. In short, it looks like Google will use a similar setup to the Pixel 6 line, only with a new telephoto lens and matching selfie camera.

Pixel 7 line camera setup

Information from Google Code shows that the Pixel 7 and Pixel 7 Pro will use the Samsung GN1 as their primary sensor, as well as the Sony IMX381 for ultra-wide shots. These are the same sensors on the Pixel 6 and Pixel 6 Pro. The new lens will be on the Pixel 7 Pro as the Samsung GM1 telephoto, a change from the Sony IMX586 seen on the Pixel 6 Pro. These sensors seem pretty similar, so we’ll have to wait and see what’s new or what their plans are from one to the next.

Another change will be Samsung’s use of the 3J1, an 11MP front-facing camera for selfies. On the Pixel 6 and Pixel 6 Pro, we saw different selfie cameras, with the Pixel 6 Pro having a better 11MP shooter. Maybe this matching setup will eventually allow face unlock? haha

You might be disappointed to know that Google is using almost the same camera setup from the Pixel 6 line in the new Pixel 7 line. Try not to be. Google has used the same 12.2MP shooter in the Pixel line for multiple generations of phones and still manages to lead the industry in the camera department. If anything, this could mean additional fine-tuning, plus we don’t know if Google’s Tensor 2 will have additional image processing to further improve the Pixel 6’s already-solid cameras.

Mystery Pixel “Lynx” device

As for the alleged high-end mystery device mentioned above, information found alongside the Pixel 7 camera staff revealed a codename of “Lynx” with a new camera setup. This device has that main GN1 camera, but then it also has Sony IMX787 (telephoto?) and Sony IMX712 (13MP selfie?) cameras. That’s about all the evidence for this “Lynx” device, so the speculation here is that it could be experimental hardware for Google to play with the new camera hardware.

Bonus Pixel tablet camera

And finally, I didn’t talk about this initially, but this developer also found out that the upcoming Pixel tablet will use some kind of dual IMX355 camera setup. This is the selfie camera currently found on the Pixel 6, so it could be that Google is using this sensor for cost-cutting purposes, knowing that tablets aren’t for fancy cameras. Someone tell Apple.

So much to take in.

Steve Jobs’ Apple-1 Prototype PCB Up for Auction

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(Photo: RR auction)
Last year there were some rare vintage Apple products on the auction block. Most were semi-complete systems though, and part of the original batch of PCs sold by the Byte Shop in Mountain View. Now up for auction is the printed circuit board (PCB) made by Steve Jobs to collect the original order of the computer in 1976. It’s labeled “Apple Computer A” and hand-soldered by The Woz himself. It is expected to fetch at least $500,000 when the auction ends in August.

“Computer” is a simple PCB, and was used to demonstrate the functionality of the Apple-1 computer. The demo was given to Paul Terrell, who owns The Bite Shop. It was one of the first computer stores in the world. What Jobs and Wage thought was a $40 hobbyist kit then turned into a full-blown personal computer. Terrell placed the company’s first order for 50 pcs, and each sold for $666.66. “It was the biggest single episode in the company’s history. Nothing has been so great and so unexpected in the years since,” says Waze of Bite Shop Order.

The authenticity of the PCB was verified through photographs taken in 1976. (Photo: RR auction)

This particular board is rare enough to be labeled as #2 in the Apple-1 registry. It was originally in the “Apple Garage” for several years before the job was passed on to the current owner 30 years ago. It was considered “lost” until recently. However, it was tested and proven this year by Apple-1 expert Corey Cohen. The current state of the board sadly leaves a lot to be desired. A huge chunk of it is missing, and it is probably lost forever. Also, some ICs are removed with the microprocessor. The auction site said Jobs likely reused some missing parts from the first Apple-1 computer.

The Apple-A prototype is sadly missing a large piece, which will probably never be found. (Photo: RR auction)

The auctioneers noted that a unique feature of the board is that it demonstrates Steve Wozniak’s unique “three-hand” soldering technique. In it he held a wire in one hand, an iron in the other and solder in his mouth. This causes the solder to “bubble” at the connection point.

Another interesting feature is a populated clock circuit in the top left area of ​​the prototype. This would allow it to use a Motorola 6800 or MOS 6501 processor. However, the production version left this area blank, as it used a MOS 6502 CPU. This chip had an on-chip clock oscillator, making an external timing circuit unnecessary. When it was released in 1975, this 8-bit microprocessor ran at 1-3Mhz and was much less expensive than its competition. It (or a variation of its design) has been used for various historical devices such as the Atari 2600, the Nintendo Entertainment System, and eventually the Apple II.

We went to press the current bid $278,005, which is typical for vintage rarities like this prototype. Earlier Apple-1 computers sold for hundreds of thousands of dollars, but they had more parts. This is the first time in recent memory that we can recall a broken PCB for auction, which can reduce its final price. Still, there’s no denying how rare this item is, making it a must-have for any well-heeled collector.

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How many days can the Galaxy Watch 5 Pro go without a charge?

We expect Samsung to unveil its latest smartwatches, including Galaxy Watch 5 Pro, at this year’s Unpacked event in early August. While we wait for official details from Samsung, the internet is doing its thing and filling in a few gaps before the unpacked. The latest information concerns the battery life of the Watch 5 Pro.

According to one of the most prominent Samsung leaks around, the Galaxy Watch 5 Pro will be able to run for at least 3 days without a charge. This news shouldn’t come as too much of a surprise, as it was previously reported in April that the Watch 5 Pro’s battery would be massive, coming in at 572mAh.

For a Wear OS watch that’s actually being used and not idle all day, 3 days seems incredible and very welcome. Typically, my Wear OS devices need to go on the charger every night before bed. We’re not sure if this 3-day figure is with regular use or some kind of battery saver mode, but since Unpacked is just around the corner, we’ll find out soon enough.

If you already know the Watch 5 Pro is your next wearable, I recommend making a reservation on Samsung’s website. Samsung offers generous pre-order credits to those who do.