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Command Prompt is a native command-line shell for Windows NT-based systems, such as Windows XP, Windows Vista, Windows 7, Windows 8 and Windows 10. Also available in Windows Server 2003, 2008 and 2012.

Its function is to execute the commands entered in its dialog box. Basically, CMD commands are tasks performed autonomously with scripts and .bat files.

What is the use of Command Prompt?

The program performs troubleshoot, solves certain errors and has several administrative functions.

Officially, Command Prompt is referred to as Windows Command Processor. In other less official settings, it’s called:

command shell

cmd prompt


Command Prompt is not a DOS prompt or MS-DOS itself. Some people make this mistake because it has certain resemblances. Still, Command Prompt is a Windows program that can use the command lines available in MS-DOS.

How to open Command Prompt

Of course, like any other program, before you start using it, you should know how to open it first. Fortunately, for Command Prompt, the procedure is really simple.

Just type “command prompt” in the search box from the Start menu. It will appear as the first search result. For an added comfort, you can just type “cmd”, the result would be the same.

Still, using the shortcut is way faster and easier. As you can see, even with Run, there are additional steps to be followed.

Keep in mind that most of the repair commands can only be executed if you run it with administrator rights. Here’s what to do if you can’t run Command Prompt as administrator on Windows 10.

How to use Command Prompt

In order to use Command Prompt, you must enter a valid command along with the needed parameters required by the task at hand.

There’s no room for mistakes when you enter a command. The Command Prompt will not recognize a command if you misspell a word, so, it will fail to execute or worse, it will execute a wrong command.

The syntax is also very important. For example, if you want to delete a certain document, but by mistake, you leave a space, the Command Prompt would delete the entire folder.

Speaking of “del” command, you can use it to delete a certain type of file. Just write “*”, followed by the extension of the file (eg: .jpg, .mp3, .iso etc.).

You can use a large variety of commands. The most commonly used are chkdsk, format, ping, del, shutdown, help, and copy.

So, as you can see, the commands are logical and intuitive. For example, “chkdsk” stands for “check disk”. It is a very useful tool, where Windows will check your disk for errors. Also, chkdsk will fix certain issues.

For more details about this tool, check out our guide on how to use CHKDSK.

Moreover, the Command Prompt is probably the most efficient tool for fixing corrupted files.

In short, the Command Prompt is a tool where you can do almost everything, from repairing your computer, running programs or even deleting your files.

If CMD is not working properly on your computer, check out our collection of troubleshooting guides.

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Everything You Should Know About Ai Prompt Engineering

The popularization and widespread use of tools like ChatGPT have opened the door to a brand new skillset many call AI prompt engineering.

A prompt engineer has a nuanced understanding of how to interact with large language models or generative image models like ChatGPT, Stable Diffusion, or Midjourney to generate a desired output.

Many of us have experimented with ChatGPT by asking it to write a fictional story or draft an email to a work colleague.

But prompt engineering seeks to unlock unique and valuable use cases.

Prompt engineering 101

Because this is such a new field, limited information exists about what a prompt engineer does or even how to become a prompt engineer.

This blog post explores the basics of AI prompt engineering, including what it is, its importance, and how to start learning.

We will also look at examples of prompt engineering roles, the salary, and how to get hired as a prompt engineer.

By the end of this blog post, you will better understand prompt engineering and its potential applications.

And, who knows, this might be the start of your next career.

So let’s get started!

AI prompt engineering involves designing, creating, and testing conversational prompts for AI systems to ensure they respond appropriately and provide helpful information.

A prompt engineer guides outputs of language models like ChatGPT, Dall-E, and Midjourney to generate results relevant to a specific use case.

They achieve this by writing prompts with the following:

Clear language

Concise (least amount of words or tokens)

Constraints (limit the output length, style, or data format)

One of the most common examples is creating a chatbot or virtual assistant.

These products can save companies thousands or even millions of dollars per year in customer service expenses.

A shortcoming of many chatbots is that they sometimes fail to comprehend requests and provide low-quality responses.

In this case, a prompt engineer can experiment with potential text-based prompts that create a more realistic and helpful chat experience.

Prompt engineering to improve customer service

For example, an initial prompt might include a phrase like:

“Act as a helpful and polite virtual assistant for a company that sells mattresses. Do not provide inaccurate information. Provide responses that are no longer than 75 characters. If you cannot answer a question, refer the customer to our contact information page.”

ChatGPT prompt

In practice, this prompt probably would not be enough to provide a productive customer experience.

But that is where a prompt engineer can tweak the prompt and explore alternative phrasing.

Another field of prompt engineering involves data analysis.

Large language models (LLMs) like GPT-3 can help answer questions about a set of data using plain English.

Often, problems with the outputs can be resolved by providing a more specific prompt.

A prompt engineer can adjust the original query until the desired output is achieved.

Engineering, or rewriting, the prompt until you achieve the desired outputs is core to developing the prompt engineer skillset.

We have only scratched the surface of leveraging the power of AI models like ChatGPT.

The beauty of prompt engineering is that once a suitable input is identified, that prompt can be implemented into an automated process.

Daily tasks like replying to emails can be set on autopilot once you identify a prompt that works well in several use cases (i.e., which email is worth responding to, and how to phrase the response).

Expand this concept to a billion-dollar company.

The time and cost savings alone can be worth tens of millions of dollars.

A carefully crafted AI prompt limits the need for human interaction, freeing up time and resources for more productive tasks.

Prompt engineering is challenging because it requires a deep understanding of human-computer interaction, knowledge of natural language processing, and the AI model’s capabilities.

This is a brand new field, after all!

The only way to achieve this knowledge is through many hours of hands-on building and experimentation with generative AI models.

The best way to learn prompt engineering is by creating a personal project or trying out different AI tools.

There is currently no standardized course or certification to learn prompt engineering.

Many individuals building out this skill are using OpenAI’s GPT Playground, ChatGPT, or connecting to the API.

A great way to fast-track this process is to build small projects for yourself using AI.

For example, I built a small tool in Google Sheets that allows GPT to run in individual cells.

This tool is perfect for reformatting or cleaning large amounts of data.

One of the key aspects of this project was to write the prompt in a smart way.

If we want GPT to categorize the sentiment of the text in a particular cell, we must provide clear instructions:

“Only one-word response. Classify text as positive, neutral, or negative based on sentiment.”

GPT Prompt

Prompt engineering for data analysis (text sentiment)

Online communities and industry websites are also great ways to get started and stay motivated to keep learning.

Here are some resources focused on text and image-generative AI prompt engineering:

The demand for skilled prompt engineers is on the rise.

We expect this field to expand fast.

More companies across various industries are set to adopt AI and conversational technologies.

Current jobs for prompt engineers range from full-time roles in the six figures to freelance projects listed on popular gig websites.

In some cases, we see AI prompt engineers sell their prompts on marketplaces like PromptBase.

Additionally, we see an opportunity for individuals with this skillset to provide consulting services.

Many companies want to start incorporating AI more in their daily operations.

But these companies do not even know how to write a job description for a role like this.

A simple path forward for a prompt engineer consultant might look like this:

Learn how to write effective prompts for a variety of use cases

Build a personal portfolio of small AI-powered projects

Create a case study for a company (i.e., e-commerce) where you solve a specific problem

Anthropic, an AI startup founded by former OpenAI employees, has a product called Claude, like ChatGPT.

Anthropic Prompt Engineer job posting

Freelance roles on platforms like Upwork are already available for aspiring prompt engineers looking to hone their craft.

Hourly rates for these jobs range from $30 to $60.

Upwork AI prompt engineer post

Several graphic designers and editors are starting to include the term prompt engineer in their job descriptions.

The potential for AI prompt engineering is enormous.

This skill can automate daily tasks, save time and resources, and drive value for many companies.

There is no standard certification for learning prompt engineering.

Hands-on experience and experimentation with AI tools like ChatGPT and OpenAI’s API can help individuals develop this skill.

The importance of prompt engineering is only starting to be realized, and we are excited about what the future has in store!

Everything You Need To Know About 360

Video comes in all sorts of aspect ratios, such as 16:9 widescreen and 21:9 ultra widescreen. These are pretty immersive, but what about a video that spans a whole 360-degree around you? 

Yes, it’s possible to make spherical video that really puts the viewer right in the middle of the action, but obviously the equipment that we use to make more traditional video isn’t the right solution. So if you’re interested in either making or consuming 360-degree video, here’s everything that you need to know.

Table of Contents

360-Degree Video Is Not (Exactly) VR

However, since 360-degree videos are not interactive or computer-generated, there is some debate as to what extent we can really lump them in with VR. So while the convention might be to refer to this media format as VR video, it’s good to know that a clear distinction exists.

Why Choose 360-Degree Video?

Every aspect ratio or format of video has its own unique attributes that make it suitable for one purpose or another. As has been said many times before, the medium is the message.

This type of video is perfect when you want to convey what it feels like to stand in a particular place. Unlike traditional video, the viewer in a 360-degree video gets to choose what deserves attention. You can’t direct their viewpoint through framing as with traditional video formats.

That means it’s best to use this video format for content that doesn’t rely on precise framing and benefit most from immersion. Training videos are one good example, as are concerts and theatre performances. Action sports videos have also become a popular medium and tours of places like museums or other travel locations are also perfect for 360-degree video.

That doesn’t mean you can’t use this immersive video to tell a story, but it needs a new visual vocabulary to properly guide the story, something they didn’t teach in film school in the past for obvious reasons.

Camera Types

As you can imagine, a normal camera isn’t going to produce this sort of surround video. You need a special setup in order to capture spherical video. There is no standard for this though. Some rigs are literally several regular cameras stuck together. Then special software is used to stitch the various overlapping camera feeds into one 360-degree video.

There are now also specialized 360- and 180- degree cameras that use fish-eye lenses to bend the incoming image onto a standard sensor. Software then undoes the known distortion of the lens to provide a clear image, but one that give you a surround view of what was filmed.

In general, the fewer cameras needed to create the final image, the more seamless it will look. Using makeshift multi-camera rigs makes it much more likely that there will be stitching errors. Which show up as visible cuts in the final image, where things don’t quite line up.

For the regular person on the street, something like the Insta360 line of smartphone-attached cameras is a good place to start.

Computer-Generated 360-Degree Video

Using cameras isn’t the only way to generate 360-degree video. You’ll find plenty of examples that are made using 3D animation software or from video games using a custom field of view that encompasses 180- or 360- degrees. 

Obviously it’s pretty simple to create stereoscopic video this way as well, since you have full control over the rendered world. It’s also a good way to bring non-interactive CG experiences to hardware platforms that have no hope of running them natively on local hardware.

Monoscopic & Stereoscopic Video

Another major subdivision within 360-degree video formats is between monoscopic and stereoscopic video. Basically, monoscopic footage isn’t in 3D. Although you have a giant video that surrounds you as a viewer, it’s still flat. Stereoscopic 360-degree video gives each eye it’s own unique feed, which your brain interprets as a 3D image.

Obviously 3D video is more compelling, but it’s much more complex when it comes to equipment. Basically, you need two independent 360-degree cameras, mounted at precisely the right distance from each other. Cameras that can shoot stereoscopic video like this are quite a bit more expensive, so most of the video you’ll find is the non-3D kind right now.

Editing 360-Degree Video

Fundamentally, 360-degree video is no different than any other digital video file. So, in principle, you can edit it with any software that can read the video codec used to encode it. However, the video is going to look like a distorted mess, shown as a normal frame.

Software designed to edit or play this type of video warps the footage into the correct spherical form, so that everything looks the way it should. Which means it’s best if you use an editing suite that knows how to do this. 

More often than not, your camera will come bundled with some sort of editor. What specific features are present will depend on the app in question.

Professional editing packages such as Adobe Premiere and Final Cut Pro natively support editing 180-degree and 360-degree video, as do other mainline video editing solutions. If you already have one of these programs, you may find you can also already work with this format.

Supported Platforms

So, once you have recorded and edited your 360-degree masterpiece, where can you actually upload it for other people to watch? Believe it or not, YouTube already supports several formats of 360-degree video.

There are also several apps for mobile devices that also support 360-degree video, but of course the user has to download the video to their device and can’t stream it.

Watching 360-Degree Video

The other way is to simply watch the video on a normal screen. On desktops, you can look around by using the mouse and on mobile phones you can swipe with a finger or use the phone’s built-in motion sensors.

Our Favorite Examples Of 360-Degree Video

Now that you know the most important information about this exciting video format, the only thing left to do is highlight some excellent examples of video you can try out for yourself right now.

Starting off with an example of live music performances, check out Childish Gambino’s “Me and Your Mama”. The camera I set low to simulate being at the show, but other videos even put the camera on stage so you can stand with the musicians and see the massive crowds.

This promotional video for the new Doctor Who series is both an example of a CG video and a narrative video. You don’t even have to be a fan of the show to appreciate how cool this concept is.

Windows 10 On Arm: Everything You Need To Know About It

Microsoft earlier bought Windows operating system to ARM-based devices with Windows RT for x32 ARM Processors. Windows RT was first announced at CES 2011 and was released as a mobile operating system along with Windows 8 in October 2012. It was designed to come preinstalled with hardware from specific OEMs. Microsoft’s first Surface Tablet had an ARM-based processor made by NVIDIA, and it ran Windows RT as well.  There were many other devices from other Microsoft partner OEMs like Dell and HP that were shipped with Windows RT and an ARM Processor. But now Microsoft is returning to the game with Windows 10 on ARM.

What was Windows RT

Windows RT was another flavor of Windows 8 released along with it designed specifically for low powered devices. As mentioned above, these low powered devices came with ARM processors like the Qualcomm’s Snapdragon 800 or ARM chipsets made by makers like NVIDIA (Surface).

This gradually decreased the cost of these new devices, and at the same time, you get great battery life. But you lose some things too. You cannot run any apps that didn’t come out of the box. But there are exceptions, like Microsoft Office that was optimized to run on Windows RT. But other than that, you could mainly run Windows Store apps only which made it immune to Viruses and Malware.

What is Windows 10 on ARM

At WinHEC 2024, Microsoft’s Terry Myerson demoed Windows 10 running on a Qualcomm Snapdragon 835 flagship chipset. People might say that this was nothing but a Windows 10 flavor of Windows RT, but it isn’t. Microsoft took the game a little forward. Windows 10 on ARM initiative was to bring desktop-like experiences to low-powered and cheaper devices. And by desktop-like experience, they mean that users can now run Win32 applications like full Adobe Photoshop on those devices. However, the speed and reliability won’t be better than conventional Intel CPUs, but these cheap devices will just get your work done.

Read: How is Windows on ARM different from Windows RT.

Why is Windows 10 on ARM good for Microsoft

The desktop CPUs that Intel or AMD makes are based on x86 and x64 architecture. But mobile devices like iPhone, or other Android or Windows Phones used a CPU based on the ARM Architecture.

These ARM chips are cheap, portable, have greater connectivity capabilities with LTE and better battery life unlike the conventional chips from Intel and AMD.

So, with Windows 10 on ARM and support from its partners, Microsoft aims to make Windows 10 devices more affordable for consumers. They strive to bring 2-in-1 devices like Surface or Laptops but with ARM processors and hence Windows 10 on ARM.

The screen is instantly on whenever I pick up the device. I never have to wait for it to wake up, it’s just on.

Being always connected wherever I am whether I am in the car, airport or coffee shop, always being connected just feels like the most natural, safe and secure way to work with teams and be creative.

Lastly, the battery life is just awesome! I am finding myself charging it once a week. When I was using a wearable that needed to charge every day, I didn’t really rely on it. Once I moved to a Fitbit that only needed charging once a week that was game changing for me. Not carrying around power cords is liberating.

How does it run x86 apps when it is made for ARM

All the things that I will be briefly described now will be coming from this video from a session about Windows 10 on ARM from Build 2023.

Now, these x86 apps run by using an emulation layer. This layer of emulation works magically to make it all up. The code for Kernal, drives and other inbox programs like Microsoft Edge, Microsoft Store, Calculator, Camera and other pre-loaded apps are written for ARM. The other x86 apps like Adobe Photoshop or 7-zip are executed using custom emulator from Microsoft called WOW or Windows on Windows. And for the x86 DLLs, Compiled Hybrid PE or CHPE is used to convert the code in x86 to ARM64. This makes all the magic to happen.

Everything You Need To Know About Forecasting Headcount Spend

Everything You Need to Know about Forecasting Headcount Spend

Why and how to correctly forecast spend on headcount

Written by

Josh Aharonoff

Published April 6, 2023

Updated April 14, 2023

How to Forecast Headcount Spend

Your headcount spend is one of the most important numbers to project correctly.

Most people don’t realize that their headcount typically accounts for 50-80% of their cash burn. But it makes sense — a company’s biggest asset is its people, so it shouldn’t come as a surprise that it may be the biggest expense as well.

That’s why it’s crucial to understand your headcount forecast. Even the slightest mistake can make a huge impact on planning.

When you project your headcount spend correctly:

You get insights into who you can hire and when

You understand where your cash is going

You get ahead of any surprises

When done incorrectly:

Your cash-out date hits sooner than expected

You may be forced to do layoffs, with exit packages and other unexpected costs

Company morale takes a hit as others fear for their job security

Let’s get into the why, how, and what of forecasting headcount the correct way.

Why Should You Forecast Your Headcount Spend?

Your headcount spend will often account for 50 to 80% of your cash burn each month. Within this, the salary costs are the main driver of structure costs.

A good forecast can help determine the break-even point for the company to cover the structure costs. It provides the sales volume needed to reach profitability.

Your headcount spend can also be one of the most challenging costs to reduce, with a number of challenges ensuing from lay-offs — including severance, lawsuits, and decreased work morale.

Forecasting your headcount expense will allow you to make better informed decisions as you plan for your cash burn for the next 12-18 months.

How Do You Forecast Your Headcount Spend?

To begin, you need to define your needs for the next 12 to 24 months depending on your backlog and sales projections.

Next, begin adding your projected hires one by one.

For a long-range forecast (12 months or more into the future), add roles in bulk.

Consolidate and review the consistency of all headcount with the management team.

How Do You Calculate Projected Spend?

Now that you have your inputs, it’s time to calculate your projected spend for each month. There are two ways to go about doing this:

The simple method

Determine the departments with direct FTE.

Apply the business growth ratio to the direct FTE to calculate the traditional headcount.

Use one salary increase rate across the board to calculate the salary costs for next year.

Your salary costs for next year should be (# of FTE next year X average salary per FTE current year X (1+salary increase).

The detailed method

Prorate the salary for any hires who joined this month, or were terminated.

Full-time employees have a number of other incidental costs:

Employer payroll taxes which are around 8 to 10% of salary

Health benefits which are around 8 to 10% of salary, or a fixed dollar amount per employee

Payroll processing fees which is around 2.5% of salary, or a fixed dollar amount per employee

Other payroll costs to consider


Commissions (could be monthly, quarterly, or annually)

Recruiting fees (often a percentage of first year salary)

Training costs

Additional structure costs that include place, energy, and equipment — these could be marginal if the structure is already big, but for a smaller team, this is an impact to consider

Putting It All Together

Once you have all the information entered, you can start to use it to analyze your headcount:

Slice and dice your data on a department basis, and by each cost type

Use graphs to understand costs and hires by department and across multiple periods

Use ratios like FTE increase VS sales increase

Being in full control of your headcount planning allows you to analyze the data in a variety of ways. This includes:

Headcount: The evolution per month and compared to your budget.

Percentage of direct employees: A direct employee works directly on a project or production order, whereas an indirect employee has more of a supervisory or a support function role — figure out what employees are working directly on projects and which are supporting.

Flexibility: You gain flexibility through contractors or temporary workers, and understanding this will help you know how much you can reduce or increase your activity to adapt to the business demand.

Capacity: Compare the gross capacity (hours before holidays, sickness, leaves) as well as the net capacity to help explain why there are less or more hours worked.

Turnover rate: The number of employees leaving the company compared to the total number of employees. You can see if there is some anomaly in some departments or some reason for the turnover.

The key is to not just create the headcount forecast and stop there. You want to provide ongoing reporting to ensure that the company continues to stay aligned on its plan, and its progress against that plan.

The Greatest Gaming Myths You Need To Know About

While we may have recently covered how fake news expands in the general media, modern gaming media is also just as prone to spreading lies and falsehoods. For this reason we’re going to tackle and debunk prominent gaming-related myths.

There is no need to have you spend extra money or think you need something you can’t have because the industry is trying to sell you a product, after all.

Higher Clock Frequency/Core Count = More Performance!

The chart above shows the increase in clock speeds over the years. It hasn’t been updated for some time, but there still hasn’t been a massive change in CPU clock speeds or CPU core counts because that’s not where the performance increase comes from anymore. People think they need to buy the latest, greatest CPU for their gaming PCs or that a console with an arbitrarily higher or lower clock speed won’t perform as expected.

The only time clock speeds and core counts can be used as an accurate metric of performance is when they’re from the same series and same manufacturer. Otherwise you’re better off using a tool like UserBenchmark to compare actual CPU performance between real processors.

The PS4 Pro Is Playing Games at 4K

In the case of the Xbox One S, which doesn’t perform much better than a normal Xbox One, it upscales supported games from FHD to 4K UHD. As you can probably deduce from looking at that chart, 4K is literally four times the size of 1080p, and no matter how good your upscaling is, the image quality between upscaled 1080p and real, native 4K simply do not compare.

The PS4 Pro does this upscaling with most of its games as well, but at least it does it from a higher resolution, usually around 1440p, which is between 1080p and 4K. Even so, claiming that your games are in 4K, when they are actually being upscaled, borders on deceitful practices. If you have an actual 4K TV, you’d be much better served finding a gaming PC with the hardware to actually run games at full 4K.

Console Gaming Is Less Expensive than PC Gaming

This is a popular one. Everyone seems to think that a console is less expensive than a PC of equal performance, but this simply is not true. It used to be, in the era of the PS360 and in the years before, but nowadays one can build performance-oriented gaming at the same price (or lower) as the latest consoles.

Even if consoles were better from a hardware standpoint, they certainly aren’t from a game-pricing standpoint. PC gamers have access to multiple online storefronts which results in fairly competitive pricing. Games rarely, if ever, stay at $60 for long on a platform like Steam, and even when they do they go on massive sales quite frequently. Console gamers, meanwhile, are left with buying from retail (whose idea of sales are laughable in comparison) or downloading from their manufacturers, who have no incentive to lower prices since you can only buy the games from them.

$100 on a console can buy you one new AAA game and a yesteryear AAA game from a year or two back, if you’re lucky. $100 on Steam, especially during the Winter Sale, can buy you recent AAA releases for as low as $30 a pop.

All Free-to-Play Games Are Pay-to-Win

A lot of free-to-play games, and even premium titles, can be pay-to-win. Pay-to-win is a term which means games where users are required to pay microtransactions in order to stay on an even playing field with other players. This is an unfortunate stigma on the genre that keeps people away from otherwise great games.

A few games that aren’t pay-to-win that come to mind are:

Team Fortress 2. All gameplay-effecting weapons can be earned just by playing, and no weapons are direct upgrades to stock

DOTA 2, another Valve title, which follows a similar pricing scheme, with money only required for cosmetics that don’t affect gameplay

Hearthstone, a card game from Blizzard

Quake Live, a free-to-play, updated version of Quake 3, a classic arena shooter

These are just a few that come to mind, as games I happen to play. There are a lot more out there!

You Have to Spend a Thousand Dollars (or More) to Stay with The Curve

Whether you’re looking at investing in a PS4 Pro to stay with the latest console titles or buying some Alienware PC so you can play 4K in the future, you may be under the mistaken assumption that you need to spend a lot of money to stay in pace with the latest games.

This isn’t true. Even though consoles are getting mid-cycle upgrades, all games on those consoles are required to be playable on both versions of the hardware.

As far as PC gaming goes specifically, you can spend about the same amount on a PS4 Pro as you would on PC parts that, when assembled, perform better or at the same level. The idea that people need to invest in multiple graphics cards and i7s to play their games isn’t based in fact at all. If you’re a PC gamer who wants to stay with the curve without breaking the bank, I recommend taking a look at PCMR’s builds, which are updated regularly.


Image credit: CPU Scaling Chart, Resolution Chart, TF2 Wallpaper, Expensive Gaming PC

Christopher Harper

I’m a longtime gamer, computer nerd, and general tech enthusiast.

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