Redmi K60 Ultra sketch reveals uniform bezels

0
[ad_1]

The Redmi K60 Ultra will seemingly have uniform bezels. A tipster shared a sketch of the device, revealing that information. This image comes from Abhishek Yadav, by the way.

The Redmi K60 Ultra will seemingly offer uniform bezels

If you check out the image below, you’ll see the phone itself. You can clearly see that it features uniform bezels, though some of you may be skeptical. It’s possible this sketch is deceiving. There is a reason to believe it’s not, though.

Redmi K60 Ultra sketch leak

The Xiaomi 13 did offer uniform bezels, for example, and Redmi is functioning under Xiaomi’s wing, so… it could easily happen. The Xiaomi 14 Pro is also tipped to offer uniform bezels, by the way.

In any case, the Redmi K60 Ultra will also feature a centered display camera hole at the top. We believe that this display will be flat, as it was on the Redmi K50 Ultra. We cannot be sure, though, as this is a 2D sketch.

The phone will feature three cameras on the back, it would seem, two of which will host rather large sensors. We cannot really see physical buttons on this sketch, but chances are all physical buttons will sit on the right-hand side of the phone.

The Snapdragon 8+ Gen 2 is expected to fuel Redmi’s upcoming flagship

Chances are that this phone will be fueled by the Snapdragon 8+ Gen 2, if it ends up launching. The Redmi K50 Ultra arrived in August last year, so its successor is expected to launch around the same time this year.

If Qualcomm doesn’t announce the Snapdragon 8+ Gen 2 in the near future, the Snapdragon 8 Gen 2 will fuel this handset. You can expect rather powerful specifications all around. Its predecessor did include a 144Hz OLED display, plenty of RAM, a larger battery, and 120W charging.

So… the Redmi K60 Ultra will match it, or even go beyond what was offered last year. It would be nice to see wireless charging as part of the offering, but that probably won’t happen. We’ll have to wait and see.


[ad_2]
Source link

The US administration reveals more details about its ‘responsible’ AI development plan

0
[ad_1]

The US administration has put forward a “responsible” AI development plan to mitigate AI risks to society and national security. White House is now revealing more details about its plan and how it can help keep people safe and uphold democratic values.

The Blueprint AI Bill of Rights, a risk management framework for AI, and investing $140 million into launching seven new National AI Research Institutes are a part of Biden administration initiatives to regulate and develop AI in the United States. To continue these efforts, the White House announces an update to the National AI R&D Strategic Plan.

The National AI R&D Strategic Plan has not been updated since 2019 and Trump’s administration. The plan provides federal governments with insights on developing and investing in AI. It also serves as a guideline for developing a responsible AI that doesn’t harm public rights and protects democratic values.

The US administration updated the responsible AI development plan

The plan previously had eight main cores, but the White House updated it by adding “a principled and coordinated approach to international collaboration in AI research.”

The Office of Science and Technology Policy (OSTP) says, “The federal government plays a critical role in ensuring that technologies like AI are developed responsibly and to serve the American people.” OSTP also pointed to federal investments as a facilitator for many AI developments in recent years.

While the White House has already opened a request for comment (RFC) to gather the public’s opinion on AI regulations, the OSTP is also asking “interested individuals and organizations” to share their input on the updated plan and AI development. The questionnaire includes 30 questions, and you can submit your comments through the Federal eRulemaking Portal by 5:00 pm ET on July 7, 2023.

Besides the White House and OSTP, the Department of Education is also worried about AI’s impacts on schools and students. The department has released a report that sheds light on the effects of Chatbots, like ChatGPT, on Learning, Teaching, Assessment, and Research.

Of course, the DoE has an optimistic approach toward AI, arguing that it can “enable new forms of interaction between educators and students, help educators address variability in learning, increase feedback loops, and support educators.”

The European Commission also hopes to collaborate with the US administration and companies like Google to establish minimum standards for AI. The EC industry chief, Thierry Breton, and EU Commissioner for Competition, Margrethe Vestager, have recently met with Alphabet CEO Sundar Pichai to discuss the matter.


[ad_2]
Source link

Social media posts suggest password sharing ban is leading to a surge in Netflix cancellations

0
[ad_1]

A few days ago we told you that Netflix had put the kibosh on password sharing in the U.S. Netflix wants each account to consist of one household and anyone living in another household must either pay for their own account or have another account pay for them. No longer can someone living in a separate household share a Netflix password and get the streaming service for free.

If you want to share Netflix with someone not in your household, the video streamer is giving you two options. Anyone on your account can transfer a profile to a new membership that they pay for. Or, you can share your Netflix account with someone who doesn’t live near you for $7.99 per month. Keep in mind that if your Netflix subscription is obtained through one of Netflix’s partners (such as a subscription you have through your wireless carrier), you cannot use the latter option.

Twitter subscribers create the #CancelNetflix hashtag

Whether Netflix anticipated what was going to happen, we can’t say. But as spotted by BGR, on social media sites like Twitter, the #CancelNetflix hashtag has been seen quite often on numerous tweets. Not that the end to password sharing is the only reason for the surge in cancellations. Other factors mentioned by former subscribers included complaints about the quality of the original content released by Netflix, and complaints about the cancellations of original series that Netflix users were following.

Netflix most likely realized that it would be getting some cancellations after cracking down on password sharing. It probably figured that whatever business it lost would be made up by those willing to pay for their own account, or from those willing to pay for a Netflix user who they previously shared their password with. But it appears that some long time Netflix subscribers are the ones saying goodbye to the streamer.

Netflix still expects to report revenue growth after banning password sharing

Earlier this year during an earnings conference call, the company said, “From our experience in Latin America, we expect some cancel reaction in each market when we roll out paid sharing, which impacts near-term member growth. But as borrower households begin to activate their own standalone accounts and extra member accounts are added, we expect to see improved overall revenue, which is our goal with all plan and pricing changes.”

So there you have it. Netflix expects that even after the cancellations, it will see revenue grow as those at risk of losing their Netflix connection pay up for it. or extra member accounts are created. The extra member accounts depend on the largesse of the account holder and that might be hard for Netflix to control. But getting those who were riding the back of password sharing to pay for their own accounts will depend on producing compelling content and that is an area where the video streamer might need more work.

As of the first quarter of this year, Netflix had 232.5 million paid subscribers world wide according to Statista. In the U.S., that figure is believed to be 74.4 million paid subscribers. During the first quarter of 2023, Netflix reported revenue of $8.162 billion.


[ad_2]
Source link

XSS Flaw Riddled Beautiful Cookie Consent Banner WP Plugin

0
[ad_1]

Heads up, WordPress admins! It’s time to update your websites with the latest Beautiful Cookie Consent Banner plugin version, as the developers addressed a serious cross-site scripting (XSS) flaw.

Serious Security Flaw Patched In Beautiful Cookie Consent Banner Plugin

Researchers from team Wordfence have found a severe cross-site scripting vulnerability in the cookie management WordPress plugin. According to their post, exploiting the plugin could allow an adversary to create malicious redirects from target websites and add rogue admin accounts.

Specifically, the XSS flaw affected the nsc_bar_content_href parameter of the Beautiful Cookie Consent Banner versions 2.10.1 and earlier. The vulnerability existed due to insufficient input sanitization and output escaping, allowing malicious script injections on target web pages.

Consequently, the scripts would redirect visitors to malicious web pages, simultaneously harming the visitors’ security and the site’s credibility.

Patch Released For The Vulnerability Under Attack

According to Wordfence, this vulnerability, unfortunately, caught the adversaries’ attention before receiving a fix. The researchers noticed the malicious campaign exploiting the flaw when the Wordfence firewall blocked around 3 million attacks against 1.5 million sites since May 2023. The attack pattern suggests the presence of a single threat actor running the campaign. However, the researchers could not identify the exact attacker behind it.

Nonetheless, after detecting the issue, the researchers reported the matter to the plugin developers, who then released the full patch with plugin version 2.10.2. Wordfence assigned this zero-day vulnerability a high-severity rating with a CVSS score 7.2.

The plugin’s official WordPress page boasts over 40,000 active installations, hinting at how the vulnerable plugin versions risk thousands of websites globally. Thus, it is critical for WordPress admins to ensure updating their sites with the latest plugin releases to avoid suffering malicious attacks.

The plugin’s changelog shows the current plugin version as 2.13.0. So ideally, site admins should update their websites with this release to receive all bug fixes from the developers.

Let us know your thoughts in the comments.


[ad_2]
Source link

Bellroy will offer a leather case for the Google Pixel Fold

0
[ad_1]

Bellroy is making a leather case for the Google Pixel Fold, which are good news. Bellroy is a well-known company in some circles, and it has been making cases for Pixel phones for a while now.

Bellroy is planning to launch a leather case for the Pixel Fold next month

This company manufactures backpacks, slings, hip bags, wallets, key cases, and more. In addition to all that, they obviously make smartphone cases. It’s not exactly surprising Bellroy is making a Pixel Fold case, as this company is a Made for Google partner.

Bellroy did tease the arrival of its Pixel Fold case, via the image below. You can clearly see the Obsidian Pixel Fold encased in Bellroy’s leather goodness. This case seems to be similar to the one provided by Google, but this one is made out of leather, of course.

You can clearly see that both the rear cameras, and the cover display will be well protected. There’s a lip around the cameras, and raised edges all around the cover display. This case won’t exactly be thick, but the phone itself is, considering it’s a foldable phone, so it’ll add a bit of thickness to the equation.

There’s also a long cutout on the right side of the case, for the power/lock button, which will double as a fingerprint scanner, and also volume up and down keys which are also placed there.

This case will likely arrive in a couple of color variants

This is a light brown case (Terracotta color), but Bellroy will likely offer this case in several color options. We do expect a black one to be available, and perhaps even a third choice.

Many of you are probably wondering how much will this case cost. Well, we don’t know. The Pixel 7 and Pixel 7a case are priced at $49, while the Pixel 7 Pro case costs $55. We do expect the price for the Pixel Fold case to be a bit higher (not by much, though), but we’re only guessing.

This case is expected to become official next month, once the Pixel Fold gets released by Google. It’s currently available to pre-order, but the sales don’t start until June 27.


[ad_2]
Source link

ARM unveils Immortalis-G720 to revolutionize mobile graphics

0
[ad_1]

ARM has unveiled its fifth-gen mobile GPU solutions. The flagship Immortalis-G720 leads the line, followed by the Mali-G720 and Mali-G620 GPUs. The company has also changed the naming convention for its GPU architecture, simply calling it 5th Gen this time around. No more names like Valhall (4th Gen) or Bifrost (3rd Gen).

The ARM Immortalis-G720 brings massive performance and efficiency gains

The Immortalis-G720 is ARM’s best mobile GPU yet. Designed for the next generation of flagship smartphones, it brings improved performance and reduced memory bandwidth usage, delivering better framerates. The company claims an average 15 percent increase in sustained and peak performance over last year’s Immortalis-G715. It also claims a 40 percent reduction in memory bandwidth usage. This helps reduce the CPU load, leading to lower power consumption and higher-quality graphics. Effectively, you get more immersive visual experiences.

Many of these gains are brought in by ARM’s new geometry flow known as Deferred Vertex Shading (DVS) on the 5th Gen GPU. It’s the next step for Variable Rate Shading (VRS) and ray-tracing technologies, something ARM already excels in. It helps reduce memory bandwidth usage during VRS and ray tracing while ensuring that there’s no drop in framerate. The company has built this technology into the GPU, so developers can take advantage of it from the get-go. They don’t need to do anything on their end to use DVS.

In simpler terms, the Immortalis-G720 allows for more effective inclusion of PC-level effects such as “real-time dynamic lighting, blooming, depth of field, and screen space ambient occlusion” in mobile games. Other key specs include support for 10-16 cores, 2X architectural throughput for 64bpp texturing, high dynamic range (HDR) rendering, improved Vulkan dynamic buffers, and support for a 2x MSAA (Multisample Anti-Aliasing) module. As pointed out by XDA, earlier ARM GPUs would automatically jump to 4x MSAA when a developer requested 2x MSAA from the GPU.

ARM DVS GPU technology gain

Mali-G720 and Mali-G620 also bring similar gains

Thanks to the 5th Gen architecture, ARM’s Mali-G720 and Mali-G620 GPU also bring substantial performance and efficiency gains over the previous-gen solutions. Both of them support DVS and come with other new premium graphics features from the company. Of course, they aren’t as powerful as the Immortalis-G720 but they are intended for the more affordable segment as well. The Mali-G720 supports six to nine cores, whereas the Mali-G620 is limited to up to five cores.

It’s worth noting that OEMs are required to include a ray-tracing unit (RTU) only when they pair their chipsets with an Immortalis GPU. An RTU isn’t mandatory for the Mali-G720 GPU, even though the latter supports ray tracing as well. Nonetheless, the new mobile GPUs are all set to further bolster ARM’s stature as a formidable contender in this industry. “With the introduction of the 5th Gen architecture, we now have the foundation for the next generation of visual computing that will enable new game-changing graphical capabilities on mobile devices,” the company said.

ARM Immortalis G720 Mali G720 Mali G620


[ad_2]
Source link

Invicta Malware Delivered Through Fake GoDaddy Refund Invoices

0
[ad_1]
Fake GoDaddy Refund Invoices

The creator of this Invicta malware is heavily active on social networking sites, using them to advertise their information-stealing malware and its deadly powers.

GoDaddy refund emails have become a common tool hackers use to deceive customers into downloading malware.

They decided to launch the payload with a particularly novel approach, or a collection of ones. The payload is a special free open-source Invicta Stealer.

The Invicta Stealer can gather system data, hardware information, wallet data, browser data, and information from applications like Steam and Discord.

Cyble Research and Intelligence Labs (CRIL) discovered this new stealer, termed Invicta Stealer.

GitHub Post of Invicta Stealer

“CRIL has noticed a significant increase in the prevalence of the Invicta Stealer due to its builder availability on the GitHub page, leading to numerous TAs actively employing it to infect unsuspecting users,” researchers explain.

Phishing in the GoDaddy Refund Email

According to researchers, the infection starts with a spam email that contains a misleading HTML page intended to fool the recipients into thinking it is an actual refund invoice from GoDaddy.

Phishing HTML Page

Users that view the phishing HTML page are immediately taken to a Discord URL, where they can download the “Invoice.zip” file. The mechanism by which the HTML page directs users to the Discord URL where they can download “Invoice.zip”.

Browser Redirecting to Download Compressed File

“Inside the “Invoice.zip” archive file, there is a shortcut file named “INVOICE_MT103.lnk”. When the user opens this .LNK file, it triggers a PowerShell command that runs a .HTA file hosted on the TAs Discord server”, researchers.

Details of the Malicious Link File

This HTA file has VBScript code in it, and that VBScript code then runs a PowerShell script. The PowerShell script downloads an extremely nasty Invicta Stealer.

Following the execution, the stealer gathers a wide variety of system data.

There are specifics like the computer’s name, the system username, the system time zone, the system language, the operating system version, and the names of the processes currently running. 

The stealer also uses methods to gather hardware-related data from the computer, such as the amount of main RAM, the number of CPU cores, the screen resolution, the device ID, the IP address, and the geo-IP information.

List of targeted web browsers:

List of targeted cryptocurrency wallets:

Researchers say, “Its objective is to steal crucial information such as active gaming sessions, usernames, and a comprehensive list of games installed by the user on the system.”

It can also target the less popular but still expected KeyPass password manager application.

Final Thoughts

Due to its capacity to target numerous types of extremely sensitive information across different applications and browsers, the Invicta Stealer stands out as a particularly formidable danger.

Attackers can use this stolen information to initiate assaults on other people or companies as well as use it to increase their financial benefit. It is imperative to recognize the seriousness of this threat and take the necessary precautions to safeguard against such nefarious acts.

Shut Down Phishing Attacks with Device Posture Security – Download Free E-Book


[ad_2]
Source link

Galaxy S23 FE looks certain to get Exynos 2200 chip globally

0
[ad_1]

The Galaxy S23 FE may not be coming anytime soon, but the device is still very much in the pipeline. Samsung will probably unveil the new FE phone late in 2023. But if early rumors turn out to be accurate, it may struggle to sell the phone in large volume.

Samsung doesn’t plan to launch a Snapdragon version of the Galaxy S23 FE

Recent rumors have suggested that Samsung will ship the Galaxy S23 FE with its in-house Exynos 2200 processor. Several sources have said the same, and we’ve now got further confirmation from Twitter tipster @Tech_Reve. They claim that the upcoming FE phone “definitely” uses this aging Esynos chipset. Moreover, Samsung doesn’t plan to offer the device in a Snapdragon version. The Exynos 2200 powers it globally.

Samsung used this chipset in last year’s Galaxy S22 series flagships in some markets, including Europe. While that may sound promising, the story is a little different. The Exynos 2200 isn’t the best flagship chip of its generation. It has some major power and performance issues. The problem is with the Korean firm’s foundry tech. Chips manufactured by the company have historically had such issues, and it was no different with the Exynos 2200.

The problems got so big that Samsung hasn’t launched a new flagship chipset since then. It didn’t use Exynos processors in the Galaxy S23 series. Its latest flagship smartphones are powered by a Snapdragon chip globally, and the power and performance gains are obvious. Despite that, the company is now seemingly equipping the Galaxy S23 FE with the Exynos 2200. The plan is to reduce the manufacturing cost by using in-house chipsets, thus keeping a higher profit margin. But the plan may backfire as consumers don’t trust Exynos anymore.

It Samsung’s part, it may be banking on the recent changes in its foundry tech. The company has improved its 4nm and 5nm process nodes. Since the Exynos 2200 is a 4nm chip, it should benefit from those improvements. But it may still be too difficult to convince potential buyers. Strong word of mouth would be critical. Time will tell whether Samsung manages to do that. More importantly, whether the process “improvements” are enough for the Exynos 2200 to deliver a notably better performance and power efficiency.

The rest of the specs are fairly convincing

The processor may put most prospective Galaxy S23 FE buyers off, but the rest of its specs are fairly convincing. We are expecting the same 50MP primary rear camera and 12MP selfie camera found on the Galaxy S23 and Galaxy S23+. The phone may also retain the 12MP ultrawide camera from its pricier siblings but downgrade to an 8MP 3x zoom lens. Other rumored Galaxy S23 FE specs include 6GB/8GB LPDDR5 RAM, 128GB/256GB UFS 3.1 storage, and a 4,500mAh battery with support for 25W fast charging.


[ad_2]
Source link

ARM launches Cortex-X4, A720 & A520 64-bit only CPUs

0
[ad_1]

Along with its 5th Gen mobile GPUs, ARM has also introduced its upgraded CPU cores. The company unveiled Cortex-X4, Cortex-A720, and Cortex-A520 v9 CPUs. It also launched a new DynamIQ Shared Unit, the DSU-120. These solutions will make it into the next-gen smartphone processors later this year.

ARM is going 64-bit-only with its latest CPUs

The latest CPU cores from ARM only support 64-bit computing. The company has ditched 32-bit support this year. This has been coming ever since Google mandated Android developers to update their apps with 64-bit binaries in 2019. The Android maker further set the tone for this impending transition last year by launching the Pixel 7 series as the world’s first 64-bit-only phone. ARM has now ensured that the next-gen smartphones will do away with 32-bit computing.

That’s not the only notable change, though. We are in for a major performance boost as well. The Cortex-X4 arrives as the most powerful ARM CPU yet, while simultaneously bringing some power gains as well. The “X” series CPUs are usually power-hungry due to their extremely high peak frequency. Hence chip makers only use one or two of these cores in their solutions, with “A” series CPUs making up the majority of those chips.

The Cortex-X4 offers a 15 percent performance improvement over last year’s Cortex-X3. It is also 40 percent more power efficient. For a similar performance as last year’s CPU, the Cortex-X4’s power consumption will be much lower. An L2 cache size of 2MB also helps improve real-world performance. The new solution is marginally larger, though. ARM says it’s less than ten percent larger in physical size than its predecessor.

Elsewhere, the ARM Cortex-X4 adds two more Arithmetic Logic Units (ALUs) for a total of eight. It also features an additional branch unit (three in total), an extra Multiply-Accumulatator unit, and “pipelines floating point and square root operations”. There are many other changes in the back end to bring these performance and power gains. Of course, running the new CPU at its peak speed would draw more power. OEMs will probably throttle the chip for improved power efficiency.

ARM Cortex X4 CPU core gains

Cortex-A720 and Cortex-A520 bring notable improvements too

The Cortex-A720 is ARM’s latest mid-core that brings a balance of power and performance. The company touts a 20 percent reduction in power consumption at the same performance level as last year’s Cortex-A715. This CPU core is optimized for improved system-level power efficiency, ensuring longer battery life.

The Cortex-A520, on the other hand, is all about efficiency. The low-performance CPU core brings a 22 percent power improvement over the Cortex-A510. It’s built on the same merged-core microarchitecture but still boasts the lowest power per area ARM v9.2 core. It significantly reduces computing power for low-intensity tasks, enabling longer battery life in consumer devices.

Finally, ARM has a new DSU (DynamIQ Shared Unit) that supports up to 14 cores per cluster (up from 12) and 32MB of L3 cache (via XDA). The company has focused on efficiency here as well. Since the DSU facilitates how ARM’s CPU cores interact with each other and share data, these improvements will benefit the entire chipset. All of these latest ARM CPUs should be found in the next-gen smartphone chipsets such as the Qualcomm Snapdragon 8 Gen 3.


[ad_2]
Source link