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While GPU (Graphics Processing Unit) runs at 100% usage (Windows 11 or Windows 10) is not necessarily a bad thing, it may not be good in certain situations especially when your computer is idle. Apart from knowing how to use your computer to game or work, sometimes you should also know how the hardware parts in your computer ought to behave under high usage.

Also see: How to Know Which App is Using The Internet in Windows 11

Well, it depends. GPU runs at 100% usage (sometimes between 99% and 100%) doesn’t mean it is being excessively stressed or burning itself out. It just means that it is currently being used under 100% load – its absolute max performance. Graphics card is designed to work at 100% usage for maximum graphics performance.

However, there are a few things you should check to determine if having GPU constantly running at high usage (near or consistently 100%) should be a concern to you. Does the GPU usage spikes to 100% only when you play games, or does it also happen when the computer is idle (while you are not using it and no app is running)?

No, GPU runs at 100% usage while gaming is not a bad thing at all. It is completely normal to see GPU usage constantly at 100% while you game. It just means that your GPU is being fully utilized by the game to run the game as best as it can. GPU will almost always run at 100% for modern and high graphics games.

Graphics card performance determines the resolution you can play the game with, the frame rates, the graphics quality in the game, etc. GPU runs at 100% usage while playing a game simply means the GPU is being used to the absolute max to produce the best gameplay experience it can for you.

Other than games, graphics-intensive apps (such as video editing and processing software) can also cause GPU 100% usage if the app is squeezing the maximum performance out of your GPU. It is nothing to worry about as long as the app is the one that is utilizing the GPU.

Also read: How to Force App or Game to Use Nvidia GPU or Integrated Graphics

If you are not running any app or game and your computer is basically in an idle state and yet you still see GPU usage constantly at 100%, it signals something else is using the GPU without your consent. You should check what process is actually consuming the GPU and then decide if you should close or uninstall the rogue program. We will discuss about this in the next section below.

Additionally, similar to any other hardware, GPU has a life span. The life expectancy of a GPU is mostly determined by how much it is used. The more you use your GPU, the faster it will reach the end of its effective life. However, most modern graphics cards are designed and built to last a good couple of years (depending on how you use it).

Generally, you should not worry too much about your GPU life span if it is only running at its maximum performance (100% usage) while you are running a game or an app. But if your GPU runs at 100% at all times, you should find out what’s wrong and which process is consuming the GPU unnecessarily.

Related: How to Limit CPU Usage of a Process in Windows 11

When you are not running any app, program or game but the GPU usage stays at 100% at all times, here are how to find out what process is consuming your GPU and what you can do to fix the 100% GPU usage problem in Windows 11.

You can check which app or process is using up your graphics resources from the Task Manager in Windows 11. Follow the steps below to do so.

1. Press Ctrl + Shift + Esc to open Task Manager.

After determining the source of the problem, you should then decide if you want to completely remove or uninstall the problem app or program which has been constantly exhausting your GPU.

A malware, Trojan horse or virus could also be the cause of unknown 100% GPU usage. It is especially common since the introduction of cryptocurrency because a malware may inject a crypto miner that uses your GPU resources to mine cryptocurrency on your computer without your consent.

It is always a best practice to have an antivirus software actively protect your computer against such malwares and threats. If you don’t already have an antivirus software installed on your computer, install one. Then, try to run a full scan using your antivirus software to check for potential threats (that may be the cause of the 100% GPU usage issue) on your computer.

If GPU starts to run at 100% usage soon after you start your computer (on every restart), it may be due to a program that is set to run automatically on startup. Consider disabling any startup program that you don’t need to eliminate possible causes of high GPU consumption you may not be aware of.

Read: How to Disable Startup Programs in Windows 11.

A driver tells the operating system how to work with a piece of hardware properly. An incorrect, corrupted or outdated driver may cause issue to the hardware and affect how it works. It can cause the 100% GPU usage in Windows 11 as well. Thus, it is always a good practice to make sure your graphics card driver is up to date.

To learn how to keep your GPU driver updated in Windows 11, go to: How to Update Graphics Driver in Windows 11.

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Ai: Good Or Bad? All Your Artificial Intelligence Fears, Addressed

Microsoft’s recent study revealed that AI showed capabilities of human reasoning.

Leading Artificial Intelligence [AI] researcher Geoffrey Hinton recently quit Google, citing concerns about the risks of artificial intelligence. He voiced his concerns that the tech might soon outperform the human brain’s information capacity. He termed some threats posed by these chatbots as “quite scary.”

Hinton argued that chatbots can learn on their own and share their expertise. This means that any new knowledge acquired by one copy is automatically distributed to the entire group. This enables chatbots to collect knowledge far beyond the capacity of any individual.

Let us dig deeper into these concerns and understand how much of these concerns are shared by the online world.

What is the level of today’s tech?

At the moment, an AI that interprets your language cannot predict your movements. These would be two distinct programs. Artificial intelligence, as of now, does not involve general cognitive processes. We are so far from a refined AI model as depicted in science fiction that we don’t even know what developing a highly intelligent AI entails.

At present, our existing AI models handle specific issues in specific circumstances. They are essentially just sophisticated statistical models. Although this technology is extremely effective, there is no reason to believe that we are developing a powerful general-purpose AI model.

However, a lot of money is being poured these days towards coming closer to a general-purpose AI, both in academia and in industry, but it doesn’t exist yet.

The AI of today is incapable of resolving moral quandaries. Moral issues are not rational; they are subjective and unique to the person who discusses the issue. If AI is told to kill all persons of X demography in a certain place while causing no harm to members of Y population, it will do so without hesitation.

The problem with today’s artificial intelligence

The problem with this approach is that it ignores the sole thing that limits our own intellect, the environment. The universe’s intricacy is incomprehensible. Just because we have a very specialized AI system does not imply that the AI is a specialist in everything.

There is an implicit assumption that morality is something we lose track of as we get smarter. But that is far from the case. Indeed, ethics is a common wisdom among us, though ever-evolving. It is a method of dealing with the complexities of universal problems.

AI now has huge economic incentives for development, with billions of dollars in research being spent across a wide range of applications by both private and public organizations. This way, we can say that ruling out quick progress in the next few decades would be foolish.

However, most industries are currently focused on compartmentalized AI, which involves combining numerous separate AIs that each does a certain task very well.

The main question – AI: Good or bad?

The development of AI is frequently viewed as both a threat and an opportunity for humans, depending on a variety of circumstances.

On the one hand, there are concerns about the possible hazards of AI. These include employment displacement, privacy and security concerns, algorithm biases, and the concentration of power in the hands of a few individuals/organizations. These risks, if not appropriately handled, might have severe effects for people, society, and humanity’s general well-being.

The aim is to create and deploy AI in a responsible and ethical manner. We can maximize the good impact of AI while minimizing possible hazards by addressing concerns such as transparency, accountability, justice, and prejudice. It requires collaboration among researchers, policymakers, and industry leaders to ensure that AI is developed and used in ways that align with human values and benefit society.

Valorant Download Or Update Stuck At 0.1 Kb/S Or At 0%, 95%, 100%

Is Valorant download stuck for you? Here is a complete guide on how you can fix the issue. A lot of users have complained that the Valorant download speed is forever stuck on at 0.1 kb/s or at 0%, 95%, 100%, etc. for them. It may also happen during updating process of Valorant. Now, if you are experiencing the same issue, this post will help you with the fixes of the problem.

Why is my Valorant download stuck?

Your Valorant download may be stuck due to various reasons. Here are some potential causes:

The issue is most likely to be caused due to an unstable internet connection. Hence, make sure you are connected to an optimal internet connection.

It can also occur if you are dealing with a DNS server issue. If the scenario is applicable, you can try switching to a more reliable DNS server like Google DNS.

Your network settings might be at fault for causing the issue of Valorant download being stuck. So, you can try resetting your network settings to fix the problem.

Another cause of the problem at hand can be your firewall. It might be interfering with the download process of Valorant and thus the download is forever stuck. If the scenario applies, you can fix the issue by allowing Riot Client through your firewall.

You can try a suitable fix from the below-mentioned solutions based on the scenario most suited to you.

Fix Valorant Download or Update Stuck on PC

Here are the fixes that you can try to resolve the problem of Valorant download or update being stuck at 0.1 kbps:

Restart the Riot Client launcher.

Check your internet connection.

Close bandwidth-hogging apps.

Reset Network Settings.

Switch to Google DNS Server.

Set Riot Client Priority to High.

Allow Riot Client through your Firewall.

Let us discuss the above fixes in elaboration.

1] Restart the Riot Client launcher

The issue might be caused due to some temporary glitch with Riot Client. So, if the scenario is applicable, you should be able to fix the problem by simply restarting the Riot Client launcher. See if this fixes the issue for you. If not, you can move on to the next potential solution to fix it.

Read: Fix Riot Vanguard Crashed Error on Valorant

2] Check your internet connection

A stable and high-speed internet connection is needed to download or update Valorant. If your internet connection is not stable and reliable, you might experience the issue at hand. Hence, you need to make sure you. So, you need to make sure that you are using a stable internet connection with good internet speed. In case your internet connection is not optimized, you can try the below tips and tricks to optimize it:

Firstly, test your internet speed and check if it is good enough for downloading or updating the game. In case the speed is low, you might need a better internet plan to enjoy online gaming without hiccups.

A lot of games recommend using a wired internet connection instead of a wireless connection as it is more stable and reliable for gaming. Hence you can try switching to a wired internet connection and see if it fixes the error for you.

If there are some network or internet issues on your PC, fix the WiFi problems.

You can also try disconnecting other devices connected to the same internet to avoid bandwidth throttling.

Try performing a power cycle on your router/modem to clear the bad router cache.

If your internet connection is stable and optimized and you still getting the same problem, move on to the next potential fix to resolve the issue.

See: Fix VALORANT failed to launch on Windows PC.

3] Close bandwidth-hogging apps

If you have too many bandwidth-hogging apps running in the background on your PC, it can cause the problem at hand. As the apps consume the required internet speed and bandwidth, it may cause your Valorant download or update stuck at 0.1 kbps forever. Hence, shutting down such apps will be effective in this case.

You can open Task Manager using Ctrl + Shift + Esc and from the Processes tab, select the high bandwidth-consuming app. And then, press the End Task button to close the app. Similarly, close all other apps consuming your internet speed.

If this doesn’t help you fix the problem, go ahead and try the next potential fix to resolve the issue.

Read: Fix VALORANT Error Code 31 and 84 on Windows PC.

4] Reset Network Settings

If the problem is caused due to conflicts in the network, you can try resetting your network settings to fix the error. This also reinstalls corrupted network adapters and resets your IP address. Here is how you can reset your network settings:

Firstly, launch the Settings app using Win+I hotkey and navigate to the Network & internet tab.

It will then start resetting your network settings; wait for the process to finish.

When done, relaunch the Riot client and see if the problem is fixed or not.

If this method doesn’t work for you, try the next potential fix to get rid of the issue.

Read: Valorant Vanguard anti-cheat has encountered an error.

5] Switch to Google DNS Server

Here are the steps to change to Google DNS Server on Windows PC:

Firstly, open the Run dialog by pressing the Windows + R and then enter ncpa.cpl in its Open field to launch the Network Connections window.

Now, select your current active internet connection and press the right-clcik on it.

Then, from the appeared context menu, tap on the Properties option.

Next, in the Properties dialog window, select the Internet Protocol Version 4 (TCP/IPv4) option and then press the Properties button.

Preferred DNS server: Alternate DNS server:

Next, you need to go back to the previous screen and select the Internet Protocol Version 6 (TCP/IPV6) option.

Now, choose the Use the following DNS server addresses option and enter the below addresses in the given fields: Preferred DNS server: 2001:4860:4860::8888 Alternate DNS server: 2001:4860:4860::8844

Now, relaunch Riot Client and see if the issue is resolved or not.

Read: How to fix VALORANT Error 29 and 59 on Windows PC?

6] Set Riot Client Priority to High

You can also try changing the priority of Riot Client to High in order to enhance the downloading speed of Valorant. This has worked for many affected users, so you can try the same and see if it helps you resolve the issue at hand.

Here are the steps to set the priority of Riot Client high:

Firstly, press the Ctrl + Shift + Esc hotkey to open Task Manager.

Next, from the context menu, select the Go to details option.

Finally, go to the Set Priority option and choose High.

7] Allow Riot Client through your Firewall

The culprit might be your firewall which is interfering with the Valorant’s downloading process. So, if the scenario is applicable, you should be able to fix the problem by allowing Riot Client through your Firewall.

You can try the below steps to allow Riot Client through your firewall:

Now, tap on the Allow an app through the firewall option from the left side panel.

Next, press the Change Settings button present on the Allowed Apps page.

Once done, enable the Public and Private checkboxes for Riot Client.

Hope this guide helps!

Fix: Riot Vanguard Crashed Error on Valorant

What is error code 43 Valorant?

The error code 43 on Valorant is a game client error. It basically shows up “There was an error connecting to the platform. Please restart your game client.” error message. To fix it, you need to make sure the servers are not down. Other than that, you can also try updating your network adapter driver, flushing DNS, or enabling the Vanguard service in System Configuration.

Now read:

How To Fix 0% Gpu Usage

Many applications, such as video games and simulations, use GPU for their operation. Your GPU takes care of resource-intensive display processes and eases the CPU load.

However, if your total GPU usage or usage for certain games shows 0%, the processes are likely to use your CPU instead. You can easily fix it by changing the graphics settings.

So, let’s move on to your problem’s potential reasons and solutions.

Here are some possible reasons for 0% GPU usage:

System using CPU integrated GPU rather than the dedicated GPU.

Task Manager displaying incorrect data.

GPU driver issues.

First, make sure to connect your display cable to the GPU ports, not your motherboard. If the GPU usage stays at 0%, apply the possible solutions below to fix the issue:

Most users use the Task Manager to check the utilization of your system resources. However, sometimes, it does not show accurate data, especially concerning GPU. If you are running GPU-intensive applications, such as video games, chances are the usage you can see on the Task Manager is false.

We recommend using GPU overlays or GPU monitoring applications to get the correct GPU usage.

If you are using any applications that render images or videos, they should use your GPU. By default, your system decides whether the CPU integrated or the dedicated GPU handles the application.

Sometimes, when the app uses the CPU integrated graphics processor, the Task Manager shows activity at the CPU. So, you need to force such apps to use your dedicated GPU before running it. To do so,

Low GPU usage is normal if you are not using any process requiring a dedicated GPU. That said, if your total GPU usage is 0%, it might be because your display is running on the CPU.

We recommend enabling Hardware-accelerated GPU Scheduling to fix this issue. It allocates some high-priority tasks to the GPU to reduce CPU load. Your graphics card and driver must support this process. Moreover, you need to have the Windows 10 May 2023 update as well.

Here are the necessary steps for this method:

NVIDIA GPUs have the PhysX hardware accelerator engine for better graphics performance. If your current PhysX processor is the CPU instead of your GPU, your system transfers all heavy load to the CPU. Here’s how you can change this setting:

As we mentioned earlier, your system can also allocate the graphics-related tasks to the CPU’s integrated GPU instead of the dedicated one. You can also force the system to use GPU by changing a BIOS setting. Here’s how you can do so:

Visit the official website of the motherboard to find out the option.

Outdated graphics drivers may also be responsible for your system using the CPU instead of the GPU. This happens as the OS erroneously determines the GPU to be defective. You should always have your drivers fully updated to prevent such issues.

It’s better to install the latest drivers from the official website. But you can also update the drivers from the Device Manager using the steps below:

If you already have the latest drivers, uninstall and then reinstall them. For NVIDIA GPU, we recommend using the Display Driver Uninstaller (DDU) to uninstall the software.

You can usually check the GPU usage using the Task Manager. But as we mentioned earlier, it doesn’t always give accurate information. We have a dedicated article on How to Check GPU Usage. You can visit to find additional methods to check GPU usage.

If you have more than one GPU on your system they will show up as GPU 0,1, and so on on the Task Manager. You can find which GPUs they represent from the Performance tab.

When Bacon Flew To The Moon; Or, #Spacebacon

The list of considerations when developing Apollo meals was impressive. From a biological standpoint, things like nutrition, calorie count, nutrient balance, absorption, and astronaut personal preference were taken into account. From a more practical standpoint, what the food weighed, how long it would take to prepare, and even its temperature and humidity were things to think about before launch.

In short, meals on Apollo had to keep the astronauts happy, healthy, and had to not gum up the spacecraft if they floated around. Before each mission, astronauts got to pick their favourite foods, and their choices were then assembled into roughly 2,500 calorie, nutritionally balanced meals. There were four different meals for each breakfast, lunch, and dinner, and the mission schedule cycled through them in sequence, so meals were repeated during a flight. And one staple throughout the program was bacon. Or, more specifically, bacon cubes.

Apollo food and accessories, stored.

The first manned Apollo mission, Apollo 7, had the least variety in its meals. But bacon was a key food in three out of four breakfasts. The astronauts’ first meal on days 1, 5, and 9 of the flight consisted of peaches, eight bacon squares, cinnamon toasted bread cubes, and breakfast drink. Breakfast on days 4 and 8 were with Canadian Bacon and applesauce, strawberry cereal cubes, cinnamon toasted bread cubes, and more breakfast drink. Only days 3, 7, and 11 were bacon free.

Apollo 9 continued the trend of bacon in space, and was the first mission to see bacon featured in meals other than breakfast. The crew had bacon squares in three out of four breakfasts, as part of lunch on days 4 and 8, and as part of their dinner on days 2, 6, and 10. Apollo 9 was also the first mission to see bacon eaten inside a lunar module; the mission was first and foremost a shakedown flight of the lunar module in Earth orbit.

Unlike the main spacecraft, the command module, the lunar module had no hot water so meal were a little more on the bland side. But there was still bacon. The third meal planned for the lunar module astronauts, in this case Jim McDivitt and Rusty Schweickart, included eight bacon squares per astronaut.

An Apollo meal pack

Meals started to get a little more interesting with Apollo 10. This crew on this flight had more than 60 foods to choose from, including some wet-packed meals like the Apollo 8 astronauts had for Christmas. This crew had less bacon, but still ate bacon. Each man had eight bacon squares with each breakfast, in the command module as well as in the lunar module.

Apollo 11 had even more selection than Apollo 10 did with more than 70 food items to choose from including wet-pack and spoon-bowl foods. Neil Armstrong had eight bacon squares with two out of four breakfasts and Canadian bacon and applesauce for one; the fourth was bacon-free. His crewmates each swapped the bacon squares for sausage patties for one breakfast. But there were bacon snacks on this flight. Three servings of Canadian bacon and applesauce and 12 servings of eight bacon cubes were stored in the snack pantry, a handy “cupboard” from which astronauts could grab something to nibble on without digging out the meal packs.

Apollo 11 was also, of course, the first mission to land on the Moon. And there was bacon involved in this as well; bacon cubes were among the meals stored in the lunar module. And it worked out that meal A, the first scheduled meal to be eaten on the Moon, consisted of bacon squares, peaches, sugar cookie cubes, pineapple grapefruit drink and coffee. They ate history’s first meal on Moon slightly ahead of schedule after landing at the Sea of Tranquility.

The next landing, Apollo 12, also had a fair bit of bacon on board. Typical crew meals had bacon squares with two out of four breakfasts and Canadian bacon and applesauce with a third. The remaining breakfast had sausage patties. One hundred and one hours into the mission, the crew was on the far side of the Moon discussing the upcoming lunar landing attempt when Pete Conrad’s bacon got away from him. “What happened to my bacon? I guess it got away.”

Apollo 13 also had about 70 different food items from which to build meals, and again bacon squares were featured in two breakfasts and Canadian bacon with applesauce featured in the other two. Apollo 14 had more or less the same food as the previous missions with some interesting additions like lobster bisque and peach ambrosia. Neither of these crews mentioned much about bacon in flight.

Apollo food packs.

Apollos 16 and 17 had the largest selection of foods to choose from, and bacon started playing a smaller role. Bacon squares were included in two out of four breakfasts on these last two lunar landing missions. On Apollo 16, bacon was part of two lunches and Apollo 17 it was featured in one. Both missions also had servings of eight bacon squares in the snack pantry; six on the former mission and nine on the latter. On both flights, astronauts didn’t sing bacon’s praises like they did on Apollos 7 and 8. Mentions of bacon are limited to what the crew was eating at a given time.

The bacon squares that were a staple on Apollo missions actually predate the lunar program; they debuted during Gemini mission where they were a breakfast staple. And bacon squares lived on after Apollo. In the 1990s, NASA astronauts also had bacon squares as part of their meal options. A meal plan from 2002, however, had a distinct lack of bacon. Today on the ISS, the closest thing astronauts have is a freeze-dried sausage pattie they rehydrate with hot water.

Sources: NASA; All Apollo mission press kits (Apollos 7-17); All Apollo spacecraft and air-to-ground transcripts (Apollos 7-17). Thanks to William Jeffs for the update on sausage patties in space. And for those interested, here’s a list of common foods eaten on Apollo missions.

When Innovation Becomes A Bad Thing

It’s always possible to have too much of a good thing. But too much innovation?

At the risk of aiding and abetting those who believe in the end of software innovation — something I fundamentally disagree with — I have to admit I’ve recently seen another compelling reason why we need to temper our views of progress with a little bit of reality. Or pay the price.

I ran into a similar problem in the late 1990s, when Internet net markets were being sold to top-tier manufacturers as a way to further squeeze out their second- and third-tier suppliers, who also were being asked to pony up millions of dollars in order to connect to the very net markets that were designed to further undercut their margins. It was a classic case of doing something largely because the technology can, no matter the consequences. Those net markets failed, in part because the suppliers basically refused to play ball.

The latest example of “good technology, bad business model,” may, unfortunately, succeed.

My new candidate for “too much innovation” is MEDecision, a medical management vendor selling largely to HMOs. MEDecisions raison-d’etre is to provide HMOs with software that lets them better manage patients and doctors, with a wishful eye toward providing better service to patients. They do this by compiling, or trying to compile, tons of data about patients, their diagnoses, treatments, and lab tests, and then using that data to run a system that provides automatic responses to authorization requests for further treatments, lab tests, and medications.

That’s only the beginning of the MEDecision business plan.

The end game is that this system will eventually offer alternative treatment options to doctors based on an analysis of patient data. The result, according to MEDecision, will be a whole lot of cost savings and a whole lot more time for doctors to spend with their patients instead of monkeying around with those pesky authorizations, or even, in the end, the diagnosis process itself.

Among the many things wrong with this model is the data access and quality issue. Automated decision-making systems are as smart, or as stupid, as the rules they work with and the data they process. When it comes to chúng tôi recommending books to you based on past buying history, rules and data are pretty much in synch: they know enough about your buying habits and the buying habits of their other customers to accurately infer, at relatively low risk, what other books you might want to buy.

But feed a rules-based system bad or incomplete data, and the garbage starts to flow.

The problem is that complete data is going to be hard for MEDecision to find. Medical records are still largely stuck in the pre-Gutenberg era, hand-scratched on paper and encoded in cryptic acronyms. Furthermore, most HMOs don’t even own this data. It’s the property of the patient and the doctor. So in order for these automated decision-making systems to work, the HMOs need to force the doctors and hospitals to pony up the data — at their cost — and then hope that it arrives both clean enough and complete enough to do the job.

And if the data is bad, guess what happens?

At Amazon, you’re offered a biography of Barry Manilow when you’re really trying to read the complete works of Dave Barry. No harm there. But if you’re a medical patient with a complex diagnosis and an incomplete medical record in the MEDecision system, it’s potentially quite harmful.

Of course, in many cases, authorization denied is a relatively benign problem. Unless it happens on a Friday afternoon, or a holiday, or your doctor is out of town, or your meds have been stolen along with your purse, or you’re sick and the system is dead wrong and there’s nothing you can do about it. The combination of rigid rules, poor data, and problems with creating flexible exception handling make it hard to be excited about further automating authorizations the MEDecision way.

Unfortunately, MEDecision has the right idea, but the realities of data and healthcare make it impossible to do the idea justice. It’s like the net market idea: Just because we can doesn’t always mean we should. Sometimes too much innovation is just that: too much.

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