Tag: Computers

© Provided by The Daily Dot A woman talks to someone who dropped multiple TikTok laptops

A woman's response to a call for ridiculous things TikTok creators had to explain to people left viewers wondering how an adult could go on for so long, not knowing computers were supposed to be loaded.

The video posted by @rubygirl_22 tells the story of a grad student who helped her over the phone while she was working in a financial aid office.

"I was transferred to a woman and she was very upset that her refund was delayed," @rubygirl_22 explains in the video. "We talked on the phone for about an hour and she was very upset about this refund delay because she had to buy a new computer. I completely understand that school is expensive. Because we spend over an hour on the phone, she is way. to tell me more about his life story. I mentioned in passing that this is the seventh computer he's graduated from, and I'm thinking, oh yeah, you're a graduate student, it's going to take a lot of computers to complete your program, or more degrees, I thought, his seventh computer in three weeks.

@rubygirl_22 says she found out about the woman going through so many computers just because she didn't know they had to charge them.

"I asked her if there was a charger sticking out of the box and she said, 'There's no charger,'" he said. "I told her to get the computer case out, I told her to look inside, and she was like, 'Oh yeah, I found a cable for something.'" It still takes 15 minutes to get him away and convince the computer. As I was plugging the computer in, pressing the button and turning it on, she started yelling in my ear and yelling at her husband who was sitting next to her. Apparently he dropped seven nines because he didn't know how to reload them. This person was in a PhD program. Seven new computers in the trash can never get it back. "

Viewers were not surprised that someone had survived the education system until now, not knowing that the computer needed to be charged to continue using it.

"Just because they're polite doesn't mean they're smart… Words from a manager I worked with," one commenter wrote.

Another commenter wrote: "This is why I'm so angry that some jobs don't hire people without a degree." "Having a degree doesn't necessarily mean you're smart."

"As someone who also works in higher education," wrote one commenter, "the things we have to explain to a PhD student are sometimes confusing."

Others told their own stories of intellectuals thinking or believing nonsense.

Another commenter wrote: "I once had to show a neurosurgeon how to use the elevator, I worked as a dishwasher at the same hospital, he worked there for 5 years."

The Daily Dot reached out to @rubygirl_22 with a TikTok comment.

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The message How to buy 7 new computers in 3 weeks???? : Customer Throws Out 7 New Computers Because He Didn't Know How To Ship Them appeared first on The Daily Dot.

How to make your brain focus | Chris Bailey | TEDx Manchester

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November 19, 2022 (The Expresswire): Analysis of the Russia-Ukraine war and the impact of COVID-19 on the industry will be included in the final report.

2022 Insights “ Gaming PC Market” – By Application (Residential, Commercial), By Type (Gaming PC, Gaming Laptop), Segmentation Analysis, Region, and Forecast to 2028. The Global Gaming PC Market Report Games provides an in-depth analysis of the market. Status of the leading gaming PC manufacturers with the best facts and figures i.e. definition, SWOT analysis, PESTAL analysis, expert opinions and the latest developments around the world. The Gaming Computers Market report contains comprehensive table of contents, tables and figures and key analysis, analysis of the impact of the epidemic on the market before and after the spread of COVID-19, and charts with the situation by region.

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“Red Light” – Squid Game Style Rap By ChewieCat

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Nov. 17, 2022 (The Expresswire) — Analysis of the impact of COVID-19 on this industry will be added to the final report.

Mini PC Market 2022 Insights: by Application (Home and Personal Use, Commercial Use), by Type (Barrebone Mini PC, Standard Mini PC), Segmentation Analysis, Regions and Forecast to 2028. World Mini Computer Market Report provides a detailed report on the state of the Mini PC Market vignette. The best manufacturers with the best facts and data like definition, SWOT analysis, PESTAL analysis, expert opinions and latest developments from all over the world. Mini Computer Market report contains complete summaries, tables, figures, key analysis and market impact analysis of the pandemic, before and after the COVID-19 outbreak, and situation by region.

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Preliminary Analysis of CIMA SCS ‘Snakwheel’ – August 2022.

IBM Algoritmiq Inc. Collaborating with startups to explore ways quantum computing can accelerate drug discovery.

The companiesannounced the collaboration today.

IBM has been conducting research aimed at building a large-scale quantum computer for years. It is believed that such a system would be able to perform calculations too complex for even the most powerful conventional supercomputers. The latest research product from IBM is the 433-qubit Osprey quantum processor, which debuted last week .

Finnish company Algorithmiq is developing a simulation platform optimized to run on quantum processors. The platform aims to help scientists accelerate research initiatives in areas such as healthcare and materials science. Algorithmic raised $4 million earlier this year from a group of investors that included Tiger Global.

As part of the partnership announced today, Algorithmiq will work with IBM to explore how quantum computing can be used for drug discovery. In particular, companies hope to develop ways to speed up the drug discovery process and reduce associated costs.

IBM and Algorithmiq will prioritize quantum chemistry as part of the research. Quantum chemistry applies the concepts of quantum mechanics to the study of molecules and matter. According to the companies, Algorithmic has already developed several algorithms that have demonstrated the potential to advance research in this area.

A major obstacle to building large-scale quantum computers is that qubits, the fundamental building blocks of quantum processors, are prone to computational errors. As a result, complex computational tasks such as molecular modeling are difficult to perform. Algorithmic says its researchers have found a way to “significantly improve” the accuracy of quantum chemistry simulations.

“Quantum computing holds the key to revolutionizing drug discovery and development,” said Sabrina Maniscalco, founder and CEO of Algorithmic.

IBM and Algorithmic plan to bring the new technology under a partnership on Kiskit’s open source software tools. A toolkit released by IBM in 2017 makes it easier for developers to write algorithms that can run on quantum processors. Kiskit also includes many pre-built quantum algorithms.

IBM is making its Quantum processors available to developers through a cloud service. Osprey’s latest quantum processor contains three times more qubits than previous generation devices. Next year, IBM plans to introduce a more advanced processor called Condor, which will have more than 1000 qubits.

Image: IBM

Learning to Measure: A New Adaptive Approach to Data Mining Algorithms for NISQ Devices

Computers are an expensive one-time purchase for Black Friday and Cyber ​​Monday. Whether you’re buying for yourself or a loved one, this time of year is where the best computer deals are. In fact, you can save hundreds of dollars by buying the latest laptops and desktops from today’s leading companies. Buy now to get your PC on time without worrying about shipping delays or out of stock.

Apple MacBook Pro 14-inch $1,599.99 (previously $1,999.99)

Apple isn’t discounting its hardware — the company typically offers Apple Store gift cards when people shop in stores or online on Black Friday — but that hasn’t stopped Amazon from slashing the price of its latest $400 14-inch MacBook Pro. The device is equipped with an Apple M1 Pro processor which is powerful enough to handle intensive tasks like 4K video editing and multi-track audio editing without delighting your fans. The M1 Pro comes with 16GB RAM (storage), 512GB SSD (solid-state drive), and a 14.2-inch high-definition display. It’s also the first Apple laptop since 2015 to feature an HDMI port, MagSafe port, and SD card slot, in addition to three Thunderbolt 4 ports.

This laptop can handle anything you throw at it, which makes for an impressive $400 discount. While comparing M1 series processors to Intel and AMD is not an apples-to-apples comparison, you won’t find a Windows laptop that offers this level of performance at this price point. If you prefer a Mac but haven’t upgraded to Apple’s new laptop because of the price, this is the first PC deal worth considering ahead of Black Friday.

Best laptop deals

• 13-inch MacBook Air, $899 (previously $999)
• 13-inch MacBook Pro, $1,149 (previously $1,299)
• 13.6-inch MacBook Air, $1,099 (previously $1,199)
• 16.2-inch MacBook Pro, $2,199 (previously $2,499)
• Dell Inspiron 3511, $598.21 (previously $629)
• Dell Inspiron $15.467 (previously $529)
• Dell Latitude 5520, $1269 (previously $1509)
• HP Pavilion $15,784 (previously $949.99)
• HP Pavilion 17, $504.50 (previously $639.99)
• ASUS 14, $249.99 (previously $399.99)
• ASUS VivoBook 15 OLED, $629.99 (previously $799.99)
• ASUS Vivobook Go 12, $199.99 (previously $249.99)
• ASUS TUF Gaming F17, $699.99 (previously $899.99)
• Razer Blade 14, $2,302.95 (previously $2,799.99)
• Razer Blade 13, $1,593.83 (previously $1,999.99)

Alienware Aurora R10 $1397.99 (previously $1572.45)

Let’s face it, most desktop computers are not very attractive; However, the Alienware Aurora R10 is an exception. This gaming desktop is equipped with AMD Radeon RX 6600XT with AMD Ryzen 7 5800 processor, 16GB RAM, 1TB SSD, and 8GB dedicated VRAM. The machine should be able to play the best games on medium to high settings, depending on the resolution of your choice. Older games and indie games should run fine on the highest settings on the R10. This desktop computer is equipped with a liquid cooling system, which allows its main components to be cooled under a fan (a less cool computer can continue to run at maximum speed without limiting the processor to avoid overheating).

Features aside, we love the look and feel of the desktop. The elegant oval frame is visually appealing, as is the elegant little Alienware logo. The company isn’t just interested in aesthetics, as the front panel of the device has three USB-A ports, one USB-C port, a microphone input, and a headphone jack that lets you connect peripherals to your computer hands-free. If you’re looking for a gaming desktop, the Alienware Aurora R10 is a great choice, especially for the price.

Best office deals

• M1 Mac Mini, $849 (previously $899)
• Dell Inspiron 3910, $621.93 (previously $749)
• Dell Optiplex 9010, $226.99 (previously $269.99)
• Dell Inspiron 3891, $628 (previously $729.99)
• HP Pavilion Desktop PC, $738.94 (previously $834.99)
• ASUS ROG Strix G10, $972 (previously $1,449.99)
• Acer Aspire TC-1760-UR11, $699.99 (previously $749.99)
• Acer Predator Orion 3000, $1,459.99 (previously $1,699.99)

Samsung Odyssey G7 $579.99 (previously $799.99)

This new battle station is useless without a monitor, and the Samsung Odyssey G7 was designed with gamers and developers in mind. Of course, this 28-inch 4K display will also come in handy for office workers who need to open multiple spreadsheets and documents at the same time. The large external display has a maximum frame rate of 144 Hz and a response time of just 1 millisecond. It also supports Nvidia’s G-Sync and AMD FreeSync technologies, so you can keep up with the latest games at high speed without experiencing screen blur or tearing.

Samsung has equipped this screen with two HDMI ports, a DisplayPort, two USB-A ports, a USB-B port, and a headphone jack. This port option allows you to connect multiple devices at once (for example, a gaming PC and two consoles). The USB-A port is very useful because it allows the display to be used as a hub for other accessories. You’ll be looking at this screen for several hours a day, so it’s important to be able to adjust the height and angle of the G7 so you can find the right place to avoid neck strain. Whether you’re looking to complete an office gaming setup or are looking for a high-quality monitor for everyday work, don’t miss out on this Samsung G7 offering.

Best Monitor Deals

• Dell S2721HS, $169.99 (previously $219.99)
• Dell Curved Gaming Monitor, $374.99 (previously $499.99)
• Dell G2722HS, $149.99 (previously $279.99)
• HP M24fw, $136.99 (previously $209.99)
• HP M27fw, $169.99 (previously $269.99)
• HP M27ha, $163 (previously $299.99)
• Samsung T350, $129.99 (previously $149.99)
• Samsung CF39, $149.99 (previously $219.99)
• Samsung SJ55W, $239.27 (previously $329.99)
• LG 24MP60G-B, $126.99 (previously $169.99)
• LG 27GL83A-B, $269.99 (previously $299.99)
• LG 32UN880-B, $499.99 (previously $699.99)
• Acer K242HYL, $99.99 (previously $129.99)
• Acer R240HY, $109.99 (previously $149.99)
• Acer PG241Y, $119.99 (previously $179.99)

Ty Grizzly – “First Day Out” [Official Music Video]

I remember my first Mac with a screen saver. It was a program that had to be installed and activated, and it would appear on the desktop after a period of inactivity. After a while, the system will turn off completely so that the computer does not heat up, but the screen saver will remain on. And I love that. It was amazing how much time you could spend looking at these moving little things or watching them slowly change over time. Many people still enjoy using screen savers because they are unique and interesting ways to customize your desktop and make it more interesting at work or at home. So, if you are interested in learning more about these apps and why they might be useful to you, read on.

What is a screensaver?

A screen saver is a program that activates when your Mac is idle for a certain period of time. However, this is not a security feature. The idea is to prevent screen burn-in and damage to computer circuits. As a general rule, if you do not use your computer for more than an hour or two, it is best to wear a screen protector to avoid damaging anything inside the device.

There aremany screensaver programs such as Flip Clocker, Fliqo, and Flip Timer. Most of them are available both online and offline which creates something interesting that reflects the time. Screensavers are often used as decorative elements in OS X; Some enjoy small animations like snow or moving balloons which are fun games after work.

Why do Mac users want to use a screensaver on their PC?

1. Screensaver turns the screen black after a period of inactivity.

The screen saver for Mac allows you to specify when the screen will go black and become inactive. When the user uses his computer, the screen is active and shows the applications he is using. If the screen does not turn on, then after some time it turns black. This is configured in System Preferences under Desktop & Screen Saver > Screen Saver tab.

The first option on this tab is Start After, which specifies how many minutes must pass before the screensaver starts (the default here is 5 minutes). You can also choose Start Screensaver if you want your Mac to automatically start any screen saver when it has been idle for a longer period of time. However, this disables the ability to use hot corners of the keyboard or mouse buttons when your Mac is locked, so be careful.

Other options include Show with Clock, which displays an analog clock on the screen. In contrast, there are no other applications open (useful for those who have problems with digital clocks), and there are no options to customize the slideshow settings, such as transition effects between images (fade) or remove them entirely (opacity).

2. After some time, a fully functional screen saver appears.

If you want to set upyour Mac’s screen saver after a period of inactivity, follow these steps:

• Open the System Preferences app.
• Click “Desktop and Screen Saver”.
• Click “Screen saver”.

The screen saver settings window will open. Set when the screen saver opens and click Start Screen Saver.

3. Screensavers were invented in the days of CRT monitors.

Screensavers weren’t invented sooner than CRT screens. They were invented to keep your old CRT monitor from burning out. CRT monitors were used from the early 1990s through 2005 and were bulky, heavy, and required a lot of maintenance. They also generate a lot of heat that can destroy your system if you don’t keep it cool with fans or water cooling systems.

If you leave your computer running for a long time without moving anything on the screen (such as single player gameplay), you will experience “screen burn”. Screen burn-in causes permanent damage to the part of the screen where images are often displayed during use (such as a darkened window). In addition, screen protectors provide a certain level of protection against accidental power surges when the computer is turned off. These voltage spikes can burn essential components inside, even when turned off.

4. However, today’s screen protectors are not necessary to protect our screens because they are made of different materials than before.

However, screen protectors today are not necessary to protect our screens because they are made of different materials than they were in the past. LCD displays are made of glass and have a protective coating that makes them more durable than CRT displays, which have plastic displays that can be easily scratched. If you’re worried about damaging your screen, your best bet is to get a glass protector or a case for your MacBook Pro.

In addition to the longevity of LCD screens, modern technology has greatly reduced the risk of burnout in current computers compared to older models such as CRTs.

5. Screensavers are still great because they are fun and can serve as live wallpapers that display useful information on your desktop.

However, screensavers are still great because they are fun and can serve as live wallpapers that display useful information on your desktop. For example, if you’re using iCal, the calendar screensaver can display events for the next day by date or time. You can also use screen savers to view recent emails in Mail or your five favorite contacts in Contacts.

Screensavers shouldn’t be fun. It may also be useful. If you have scripts or programs that display items on your desktop, you can also display those items as part of the screen saver (as long as the item appears on top of all other windows).

You can also use the iPhone screensaver to turn your Mac into an iPhone with iOS 13 interface and functional apps like YouTube and Instagram.

You can also use the iPhone screensaver to turn your Mac into an iPhone using the existing iOS 13 interface and functional apps like YouTube and Instagram. It’s a great way to see what your new iPhone will look like, especially since you don’t want to spend $1,000 on something that might not be as good as your current phone. In addition, it is much better than using the iPhone at your desk.

Why are Flip Clock apps good screen savers?

1. Create a realistic rotation effect with sound effects

Perhaps the best thing about this software is that it has a built-in feature that records your computer’s activity, which means you can see when you open certain apps or websites. You can also use this app to create shortcuts to files, folders, and desktop programs by dragging and dropping them into the Flip Clock interface. The app will also automatically add the code to your bank.

The clock screensaver is available in two versions, one for Mac and another version designed specifically for Windows PCs (but both cost $2).

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2. Make your computer more interesting 

Some other great Mac screen savers can make your desktop more useful and interesting. Flip Clock is one of my favorite computer screensavers that displays useful information on your desktop, especially if you want to know what’s going on in the world but don’t have time to read everything as it happens. This screensaver will display headlines from popular media like CNN, Forbes, Wired, and many others on your Mac’s desktop every time you enter screensaver mode. Stories are being investigated, so stay tuned.

This screensaver for Mac will also allow you to add an interesting animation effect to your watch background. It will liven up your work day with its beautiful pictures and soothing music (you can even turn off the sound). It features realistic planets orbiting each other, creating the illusion of depth as they pass one by one before moving forward again before finally disappearing into infinity outside our solar system.

conclusion

Screensavers are fun and convenient. Do you know when you stare at your computer screen or phone for hours? It can get boring after a while, especially if it’s the same thing day in and day out. Animated screensaver will change the situation and add visual pleasure to your desktop.

Gone are the days of using a Mac with a CRT monitor. Modern devices use LCD screens that do not need protection from excessive light or damage from dust and dirt. However, screensavers are still important because they are fun and can serve as live wallpapers that display useful information on your desktop.

Of course, a screensaver like Flip Clockerisn’t just for fun. This may also be useful.It makes your desktop more interesting with animated animations and changing colors. Screensavers also help you focus on what’s most important by keeping it out of sight (most of the time). You don’t have to do anything except let them run (or play) in the background.

7 Screen Zoom Tips Every User Should Know

Quantum computers have recently attracted a lot of attention for their ability to solve problems in a matter of hours, where the best supercomputers can estimate the age of the universe (i.e., tens of billions of years). Their real-life applications are diverse and range from drug and materials development to solving complex optimization problems. Therefore, it is mainly focused on scientific and industrial research.

Traditionally, a "quantum advantage" is required in terms of raw computing power: we want to compute (significantly) faster.

However, today's power consumption issues may also require investigation, as today's supercomputers sometimes consume as much electricity as small cities (which may actually limit the growth of their computing power). By 2020, information technology will account for 11% of global electricity consumption.

Why care about the energy consumption of a quantum computer?

Since a quantum computer can solve problems in a few hours that would take a supercomputer tens of billions of years to solve, we naturally expect it to consume less energy. However, building such a powerful quantum computer will require solving many scientific and technological challenges, perhaps a decade or more of research.

A simpler goal is to create a less powerful quantum computer that can perform calculations at the same time as a supercomputer but consumes less energy.

These potential energy advantages of quantum computing have already been discussed. Google's Sycamore quantum processor consumes 26 kilowatts of electricity, far less than a supercomputer, and runs quantum testing algorithms in seconds. After the experiment, scientists proposed a classical algorithm to simulate the quantum algorithm. The first proposal of the classical algorithm required more power, demonstrating the energy advantages of quantum computing, but other more energy-efficient proposals soon followed.

Therefore, the question of power benefits is still open and an open topic for research, especially since Sycamore's quantum algorithm has yet to identify a "useful" application.

Superposition: A Fragile Phenomenon of Quantum Computing

To find out whether a quantum computer provides an energy advantage, we need to understand the basic laws by which it works.

Quantum computers manipulate physical systems called qubits to perform calculations. A qubit can take two values: 0 ("ground state", for minimum energy) and 1 ("excited state", for maximum energy). It can also hold a "superposition" of 0's and 1's. How we interpret superposition is still a hot topic of philosophical debate, but in simple terms it means that a qubit "can be both in the 0 state and at will 1 with some" "probability amplitude".

With this possibility, we can greatly simplify the working principles of a quantum computer by saying that it implements an algorithm that performs arithmetic operations "at once" on many numbers (in this case, 0 and 1 at the same time). This advantage becomes apparent as the number of bits increases: 300 stacked qubits can simultaneously represent 2 to the power of 300. For example, this is roughly the number of atoms in the observable universe, so it remains simple to map multiple states simultaneously on a supercomputer. unreal.

However, the fundamentals of quantum theory tell us that if the amplitude value of this probability were "measured" by another physical system, the superposition would be destroyed: the qubits would shrink to a value of 1 or 0, causing an error in the calculation.

A striking example of such annihilation is the absorption of a photon (a light particle with a small energy packet) by a qubit. If it does, it's because it's not in its maximum energy state (where it can absorb energy, the energy of photons). Thus, the photon and through it the "neighborhood" of the qubit indirectly "finds" the value of the amplitude, destroying the superposition. This is called decoherence.

In general, the challenge is to make sure that the qubits are sufficiently isolated to prevent information loss: we cannot allow photons or other particles to interfere with our qubits. This is difficult because even qubits must be controlled: they cannot be completely isolated.

This lack of protection is a major source of error in qubit-based calculations. For example, one of the more mature qubit technologies experiences an error every 1000 operations. If you consider that a typical quantum algorithm takes 10¹³ operations, you can see that there are a lot of them.

Maintaining obstacles requires energy

The computing power costs of quantum computers will primarily be driven by the need to "protect quantum data". For example, to avoid the above problem, the qubit environment must be set close to absolute zero (-273 °C) to ensure that the environment is not filled with photons. This is a process that requires energy.

Some other technologies, such as quantum error correction, also store quantum information and can improve operational accuracy. However, apart from the problems they cause, these technologies also lead to very high energy costs, as additional error detection algorithms or error detection qubits etc. are required.

In short, the more precisely we want to perform operations on a qubit, the more we protect it and the more energy we have to spend on it. In quantum computing, there is a very strong relationship between "error rate" and "energy". Therefore, understanding these correlations may enable the development of energy-efficient computers.

Is it possible to obtain quantum energy?

Some theoretical studies have been able to estimate the energy costs of building quantum computers, but in non-optimized systems, often using simplified computer models without exploiting the correlation between error rate and energy in particular.

Exploiting this correlation can lead to powerful optimizations that reduce the energy consumption of the algorithm. In practice, this requires an interdisciplinary approach that includes understanding the fundamental phenomena that cause decoherence, modeling quantum error correction algorithms and codes, and all the "engineering" required to control qubits. Thus, it is possible to calculate the minimum energy costs required to solve various problems, focusing on the error probability of the algorithm considered "acceptable".

As we can see, for qubits of excellent quality (that is, qualities that are practically unattainable today), there are tasks for which a quantum computer can use a hundred times less energy for the computation time than the best modern supercomputers (in a comparative sense, both can complete the task in a reasonable time will know). This power factor of 100 is also an indicator: more energy savings can be imagined with more improvements.

This is because quantum computers perform calculations using fundamentally different processes from quantum computers: one deals with qubits and the other deals with qubits. Therefore, the number of transactions for the same activity and even with the same processing time can be drastically different. Furthermore, the processes performed on a quantum computer will involve fundamentally different physical processes than those performed on a supercomputer. Taken together, these two observations show that, conceptually, even with the same computation time, a quantum logic process consumes more energy than a conventional logic process, but fewer quantum logic operations could mean that a quantum computer would ultimately be more powerful. effective.

Of course, this example sometimes comes from theoretical calculations based on very optimistic assumptions. However, this suggests that one of the main advantages of quantum computing may be active before computation.

This article is republished by The Conversation under a Creative Commons license. Read the original article.

Quantum Simulation | You can even program a quantum computer!

The United States says it has caught the developer of "Raccoon Stealer," a Windows malware that could infect millions of computers around the world.

On Tuesday, the Justice Department announced (opens in a new window) that a 26-year-old Ukrainian man named Mark Sokolovsky has been charged with participating in Operation Raccoon Stealer, which stole passwords, phone numbers, credit card information and more. Other sensitive accounts. Information details Infected persons PCS

According to court documents, Sokolovsky was arrested in March (opens in a new window) after driving from Ukraine to the Netherlands in a Porsche Cayenne. He was then arrested by the Dutch authorities at the request of the United States.

Mark Sokolowski (Source: Department of Justice)

The Justice Department said it also cooperated with European law enforcement to disable the IT infrastructure that powers Raccoon Stealer. This work led researchers to reveal that the malware stole more than 50 million unique credentials and forms of identification from victims, such as email addresses, credit card numbers, cryptocurrencies and banking information.

“Apparently, there are more than four million email addresses in the identifying information. The United States does not believe Raccoon InfoStealer possessed all of the stolen data and continues to investigate," the Department of Homeland Security added. Justice.

Raccoon Stealer was created in 2019 as a piece of malware that cybercriminals can access for around $200 per month. According to the Department of Justice (opens in a new window), Raccoon Stealer arrived in a phishing email. Victims were tricked into installing malicious code through fake emails about the COVID-19 pandemic. Security firms have also discovered (opens in a new window) that Raccoon Stealer infiltrates other malicious packages and malicious web pages.

(Credit: Department of Justice)

Once infected, the malware can be used by cybercriminals to steal victims' credentials or banking information, access valuable online accounts, or commit identity theft. Also, hackers can take the stolen information and resell it on the dark web market for profit.

The Department of Justice has created a website (opens in a new window) for anyone to find out if their computer was hacked by Raccoon Stealer. The site asks the user to enter their email address. The Department of Justice would then send a message asking if the stolen Raccoon Stealer was found in the Raccoon Stealer database that the United States was able to retrieve.

(Credit: Department of Justice)

Federal prosecutors are also working to extradite Sokolovsky to the United States. He faces up to 27 years in prison if convicted.

However, the raccoon stiller is far from dead. After a brief hiatus following Sokolowski's arrest, the malware team relaunched in June as Raccoon Stealer version 2.0 (opens in a new window) .

KSAT 12 is the 6 hour news. October 25, 2022