Paying with Options All Around

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I will not turn around until someone explains the cloud to me.
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Heading Onward

The cloud, for most people, is a mystery, for others, it’s a place for people to brag about where they house their data, and for the growing population of others, it’s a place where all the payment plans come from.

Since Cloud has stepped or more likely floated on the scene, depending on who you ask, there has been a slew of payment plans being offered that weren’t thought of before. And the people who benefit most from it aren’t big-name companies, they’re cybercriminals.

Payment plans in cloud computing are different methods that customers can pay for the services and resources they use from cloud providers.

There are different types of payment plans, such as pay-as-you-go, subscription, reserved instances, spot instances, and free tier. Each payment plan has its own advantages and disadvantages, depending on the customer’s needs and preferences.

Pay-as-you-go is the most flexible and common payment plan, where customers only pay for what they use, without any upfront or long-term commitment. A subscription is a payment plan where customers pay a fixed amount per month or year for a certain level of service or resource allocation.

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We’re cloud providers and you can pay-as-you-go, we promise.
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Reserved instances are a payment plan where customers pay upfront for a specific number of resources for a certain period of time, usually at a discounted rate.

Spot instances are a payment plan where customers bid for unused resources at a variable price, which can be lower or higher than the regular price. The free tier is a payment plan where customers can use a limited number of resources for free, usually for a trial period or for testing purposes.

What’s that? These are all great things; they’re offering different ways for people to be able to make payments on their bills. We can you hear say, and we say to you; Remember this is the internet we’re talking about here. Nothing here stays pure.

However, with this same concept for payment options in the cloud comes similar payment options on hacking forums and other seedy places to trade data. A few of the payment plans (feel free to look them up as we’ll be sure that you’ll find them and more) are phishing-as-a-service, scam-as-service, malware-as-a-service, ransomware-as-a-service, and many more.

We’re not too sure how some of these services actually work, the idea could be similar to cloud payment plans, but the fact that they’re out there and growing in numbers seems promising for the cyber problems to come.

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Would like to give sincere thanks to current followers and subscribers, your support and actions mean a lot and has a play in the creation of each script.

Do you feel like there is something I may have missed on various as-a-service payment plans? Script a comment below.

The Great Cooling Showdown: Liquid vs Air Explained

AI-generated image. “Ladies and geeks, it’s the moment you have not been waiting for. Let’s view great debate that no one is having right now.”

When it comes to cooling a computer, two major contenders battle it out—liquid cooling and air cooling. It’s the eternal showdown: sleek, high-performance liquid cooling versus tried-and-true, reliable air cooling. Whether you’re pushing your system to its limits with high-powered gaming or just want to keep your rig running efficiently, choosing the right cooling method is essential. But which one reigns supreme? Let’s dive into the pros, cons, and quirks of liquid vs. air cooling and figure out which option suits your setup best.

Staying Cool: Liquid vs. Air in the Real World

Think of it like this:

  • How Cool? Usually, liquid cooling can make your computer’s parts run a bit cooler than air when things get really busy. Liquid can carry more heat away from the hot parts more quickly. Imagine the difference between a gentle breeze and dunking something in cool water.
  • Moving the Heat: Air coolers use a chunk of metal (the heatsink) and fans to blow the hot air away. For air cooling to work best, you need good airflow inside your computer case. Liquid coolers use liquid to grab the heat and move it to a radiator (like a car’s radiator), where fans then cool the liquid.
  • Long Gaming Sessions? If you play games for hours or do other heavy-duty stuff, liquid cooling can sometimes keep things more consistently cool, so your computer doesn’t slow down.

Making It Fit: Space and Setup

How easy are they to deal with?

  • Air Coolers: Generally simpler to install. You just screw or clip them on. They can be big though, sometimes taking up a lot of space inside your computer.
  • Liquid Coolers: Usually a bit more work to set up because you have to mount the radiator and fans. Some fancy “custom loop” liquid cooling is even more involved, like plumbing inside your PC!
AI-generated image. “I just added a splash of water! I didn’t think it would blow up on me.”

Will It Break? Keeping It Running

What could go wrong?

  • Air Coolers: The main thing that might fail is the fan.
  • Liquid Coolers: They have more parts, so there’s a slightly higher chance of something like the pump failing or, yikes, a leak! But good ones are usually pretty reliable.
  • Keeping Clean: Air coolers just need a bit of dusting now and then. Some liquid coolers also need dusting, and the really fancy ones might need you to check the liquid levels.

How Loud Is It? Noise Levels

Do you want a quiet PC?

Both air and liquid coolers can be quiet or noisy, mostly depending on the fans they use. Sometimes, liquid cooling can be quieter for the same cooling power because it can use bigger, slower fans.

The Money Question: Cost

What’s it going to cost you?

Generally, a liquid cooler that cools as well as a high-end air cooler will cost more upfront. Simple air coolers are often the cheapest option.

When Does Liquid Cooling Make Sense?

So, when should you consider liquid cooling?

  • If you really push your computer with overclocking (making parts run faster).
  • If you have high-end parts that get really hot.
  • If you want to try and keep your system quieter when it’s working hard.
  • If you like the way it looks (some liquid coolers have cool lights!).

The Bottom Line

At the end of the day, both liquid and air cooling have their strengths and weaknesses. Air cooling is straightforward, affordable, and low-maintenance, while liquid cooling delivers better thermal performance and a futuristic aesthetic. The choice ultimately depends on your needs, budget, and how much you’re willing to tinker with your system. Whether you’re a hardcore overclocker or just want a reliable setup, cooling matters—so choose wisely and keep those temperatures in check!

Still curious about cooling? Let me know what you’d like to chat about next!

AI-generated image. “So, next time just add water, right?”

Key Takeaways

  1. Liquid cooling generally offers better cooling performance than air cooling, especially under heavy loads, because liquid can transfer heat away from components more effectively.
  2. Air coolers are simpler to install and typically more affordable upfront, relying on a heatsink and fans, with good case airflow being important for their effectiveness.
  3. Liquid coolers, while potentially quieter at similar cooling levels, are generally more complex to install and carry a slightly higher risk of failure (like pump issues or leaks).
  4. For most everyday computer users, a good air cooler is sufficient, while liquid cooling is often preferred by enthusiasts who overclock, use high-end components, or prioritize lower noise levels under intense workloads.
  5. The choice between liquid and air cooling depends on individual needs, budget, technical comfort level, and the performance demands of the computer.

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The RedClouds Are Coming!

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I TOLD YOU ALL TO READ THESE SCRIPTS AND ONW THE REDS ARE COMING! WHY DIDN’T YOU SUBSCRIBE LIKE YESTERDAY!?
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Here we go again, with a well-known product and manufacturer comes the threat of great risk. This one is especially true if you part take in the use of Dells’ computers.

Information stealing malware isn’t anything new but with the current economy and threat actors wanting your information, the use of them has been on the rise.

We’re going to look at what kind of attack this is, who is using it, the functionality and effects upon release, and what are some ways you can at least try to keep your information safeguarded from this erection of threats.

Guys, we’re just serving up malware and trojans today. I hope you’re cool with that.
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The Attack

The newest and hottest malware on the market looking to capture the heart of your data and forward it to the hands of someone else is called RDStealer. RDStealer does this by infecting the RDP server and watching the connections taking place.

For those unfamiliar with RDP, which is Remote Desktop Protocol, this is the network connection protocol that was offered by Microsoft, its purpose is to allow users to perform remote operations on other computers.

There has been some confusion about RDP vs VPN (Virtual Private Network) but in an effort to clear things up the difference is this, VPNs offer access to all resources on the network, these are items like file servers, printers, and company/organization websites meanwhile RDP offers only access to the resources on the given computer it’s connected to. In short, VPN access the network, and RDP access the computer.

There’s trouble on the horizon…or on the curve depending on how you view the Earth.
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Who Can It Be Now

At the moment of its “RedClouds” campaign, there is no one individual or group named for making use of RDStealer. However, while it’s campaigning its RedClouds, the malware will run a check to see if it detects a remote machine connected to a server and CDM (Client Drive Mapping). If “Enabled client drive mapping” is not enabled, then the client will deny the connection to the client’s file system. Meaning no check, no go.

RDStealer can collect keystrokes, and copy information from the clipboard data, and another dangerous thing to note is that it can target regardless of being client or server-side. When a network is infected, files in both “%WinDir%\System32%” and %PROGRAM-FILES% are filled in and could be filled with files and folders that could be excluded in a full-system scan.

This means these malicious files could hide under the radar during a scan. Afterward, there are a number of attack vectors, aside from the CDM, RDStealer can begin from web advertisements, email attachments, and social engineering methods. Moreover, like your hair, if you have any, don’t let your guard down as there will likely be more variety in the days to come. 

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Geez, I could never be a hacker. There’s so many things to choose from.
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The Sinking Feeling

Speaking on variety, it has been noted that threat actors use a custom version of this malware which utilizes the redirection feature which is done by watching the RDP connection and auto stealing from the local drives once a connection is made.

There are five modules that make up RDStealer which are a keylogger, persistence establisher, data theft, and exfiltration staging model, a clipboard content capturing tool, and one controlling encryption/decryption functions, logging, and file manipulation utilities.

Out of all this just know that it’s recording every move made and can possibly deny access to certain information via encryption. Once activated the malware enters an infinite loop calling the “diskMounted” function, this checks the availability of the drives on the tsclient network shares.

If the malware finds any connection, it then notifies the command-and-control (C2) server and begins pulling data from the connection with the RDP client. This is that “having a roommate who is a few months behind on rent move out and take a couple of your belongings before they go” kind of situation.

Just be aware, things may be a tad bit different the next time you turn your computer on.

If the Reds are coming, then it’s time for some Blue team action. All about the Blues baby.
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The Prevention

It is safe to assume that if you have used a remote desktop via RDP that at some junction your system has been exposed to the RedClouds campaign.

It is hard to catch RDStealer manually, but you can better protect your system by using tighter security protocols and performing full-system scans often. While it has been noted this malware particularly goes after Dell computers given that it is coded to run in the Dell directories it is best practice to exercise caution while on the web. Using a 2MFA (Multi-factor Authentication) when abled as this will make it less appealing for threat actors because they have more to try to work around. And finally, encryption of your information is a must as this also helps ward off threats like RDStealer. Your information may be in the cloud but that doesn’t mean RedClouds should have unauthorized access to it.

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Made it this far and found this to be entertaining? Then a big thanks to you and please show your support by cracking a like, sharing this with whomever, scripting a comment, or plug-in to follow.

Would like to give sincere thanks to current followers and subscribers, your support and actions mean a lot and has a play in the creation of each script.

Do you feel like there is something I may have missed on RDStealer? Script a comment below.