#they're not infected with malware or viruses
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Okay, so this just feels not very fair. I was finishing up my N7 Day Andromeda vid and just needed to capture a couple more scenes. But even though the recording seemed to start as usual, there was just nothing there when it was done. Then I realized that the Game Bar itself wouldn't actually even load. None of the fixes for that have, you know, fixed it. (The Game Bar was working as of Nov 2 because that's the last day I have any captures recorded.)
Digging around, I discovered that my computer is throwing errors left and right but just managing to correct from them and not crashing. Rather, not crashing yet. Clearly something is STILL wrong, despite having acted normal in the month since it was Blue Screening like mad before I reinstalled Windows.
But. Here's the kicker. My dad's computer started Blue Screening right after I got mine working again. The difference, though, is that it's very difficult to get his to restart. If I can get it to come on once more, I'm going to try to completely reinstall its Windows but I don't honestly know if it's going to be able to or not. This thing is pretty fried and, of course, is *just* past its warranty. 😣
I was already assuming we're going to have to replace his computer but now mine, which is much older, is starting to circle the ol' drain. He told me tonight to focus on replacing mine and not to worry about his. He's been able to pretty much do the stuff he likes to do on the computer via our tv's Fire Stick so he said he's not missing out on anything. But still. I'll feel awful if he gets bumped back because of me since he's already not had a reliable computer for the past 3 weeks.
That said, in my 20 some years of having computers, I've never before had BOTH of them in danger of being bricked at the same time. This just sucks so much! I just want to be able to make my silly little videos and to try to get my WIPs done with NaNo. I was actually doing pretty good juggling both up until now.
Ah well. I'm just venting, sorry. I may be gone again, depending on how things go. However, I did schedule my Andromeda video to post on Youtube on November 7 whether I'm able to get here or not. Will post it here and on my AO3 when I can. Even though it's not completely the vision I had for it, I still like how it turned out. Surprisingly, it's not a shipper vid this time. And probably nobody thought I could MAKE a character study that didn't have even a hint of shippiness, right? 🤷♀️😉
*sigh* I'm trying not to let this get me down but dang if I'm not just tired of pretending I have any idea how to fix all of these issues. I can't find any place decent to take them for repairs that doesn't want a ton of money just to reinstall Windows and since I can do that, I don't want to pay somebody else for something I can do for free, you know? But I'm getting to the point where I think they've either got some sort of hardware issues that just reinstalling can't fix or I'm just borking up the reinstall somehow. I don't know. I'm so, so, so tired of it.
Love you, friends. Hope you're doing well and that I'll see you again soon. 💖
#about me#mass effect: andromeda#i just wanted to take part in n7 day is that so wrong?#ais has a sad#ais has a heckin' frustrate#ais has two borked up computers and can't figure out why#they're not infected with malware or viruses#they're not networked together#one is windows 10 one is win 11#one is wifi one is ethernet#and despite both blue screening they have different error messages pointing to different causes#just what the heck man#i'm so tired of this#i just want my computer back#i've loved this one#it's set up just the way i want it and i don't know if i can get another one like it#love you frens#ageless aislynn
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Unlocking Cyber Security: Your Essential Guide to a Safer Digital Journey
The world of Cyber Security—a digital fortress protecting your online world. In this guide, we unravel the mystery of Cyber Security to empower you with the knowledge needed to navigate the virtual landscape safely.
Buckle up as we embark on this journey into the heart of Cyber Security. Together, we'll demystify the complexities, providing you with the tools and most importantly, knowledge needed to fortify your digital presence. Let's make your online experience not just secure, but also stress-free.
Understanding Cyber Threats
In the vast digital expanse, Cyber Threats lurk like unseen shadows, aiming to disrupt your online peace. Let's peel back the layers and understand these virtual adversaries.
The Basics: What Exactly are Cyber Threats?
Cyber Threats are the mischievous characters of the internet world, sneaking around to cause trouble. They come in various forms, from sneaky viruses to cunning hackers.
Breaking it Down: Types of Cyber Threats
Viruses and Malware: These are like digital infections, spreading through the online world.
Phishing Attacks: Picture online scams as fishing expeditions, trying to hook your sensitive information.
Hacking Shenanigans: Cybercriminals who attempt to break into your digital fortress, such as burglars trying to pick locks.
Why Cyber Threats Matter to You
Understanding Cyber Threats is crucial because, without this knowledge, your online world is similar to an unguarded fortress. Because they can infiltrate, disrupt, and can also cause chaos. It's like leaving the front door wide open.
How Support, Managed Service, and Uptime Play a Role
They're here to fortify your defenses, ensuring Cyber Threats have a tough time infiltrating. Click on these terms to discover how they form the backbone of your online security.
Facing Cyber Threats Together
Now that we've unveiled the shadows of Cyber Threats, the next step is arming yourself with knowledge. Stay with us as we explore the tools and strategies to outsmart these digital troublemakers. Together, we'll make your online journey not just safer but also more enjoyable. Onward!
Importance of Cyber Security Measures
In the vast playground of the internet, Cyber Security stands as your reliable companion, offering protection and also peace of mind. It's not just for big companies; but also everyone who uses a computer, a phone, or anything online. So now let's dive into why Cyber Security is your digital shield, while also keeping the bad stuff away.
Protection Beyond Passwords
Cyber Security goes way beyond just having strong passwords. However, it's like having a smart guard at your digital gate, watching out for any suspicious activity and also making sure only the good stuff gets through.
Guarding Your Digital Castle
For instance, think of your digital life as a domain, and Cyber Security as the essential shield fortifying its boundaries. It keeps the cyber-dragons (those pesky online threats) at bay, while also ensuring your personal information stays safe and sound inside.
Why You Need Support, Managed Service, and Uptime
Now, here's the secret sauce – Cyber Security is not a one-time thing. It's a continuous effort. That's why you need Support, Managed Service, and also Uptime in your corner, however, it keeps your digital world running smoothly.
Support: Your Digital Lifesaver
When things get tricky, our Support team is here. They're like your digital lifeguards, ready to rescue you from any online wave that might knock you off your feet.
Managed Service: Making Your Life Easier
Our Managed Service takes care of the tricky technical work for you. It's similar to a reliable companion managing all the tech details, while also allowing you to concentrate on your preferred online activities.
Uptime: Keeping You Connected 24/7
It measures how consistently a computer system or service remains operational, reflecting the reliability and accessibility of the system over a specified period.
Best Practices for Cyber Security
Navigating the digital world can be tricky, but with these Cyber Security best practices, you can navigate the online landscape with confidence.
1. Fortify Your Passwords
Creating a strong password is your primary defense. Think of it as locking the door to your digital house. Much better to use a mix of letters, numbers, and if possible, includes symbols – it's like adding extra locks.
2. Keep Software Updated
Imagine your digital world, where software updates function as essential elements to keep everything running smoothly. Regular updates make sure your digital programs stay safe and sound, keeping the danger away.
3. Be Cautious with Emails
Emails can sometimes be like tricky. Be mindful – because if something seems off, don't you open it. That is why our Support team is here to guide you through any email mysteries.
4. Back Up Your Digital Treasures
Keep your important files, keep it as treasures – back them up! It's like having a secret vault, so even if something goes wrong, you won't lose your precious digital memories.
5. Embrace Two-Factor Authentication (2FA)
Two-Factor Authentication is similar to having an extra protection. Because it adds an extra layer of security, this one ensuring only you can access your digital world.
Why You Need Support, Managed Service, and Uptime
Following these best practices is much important at all, however it's not a solo act. That's where Support, Managed Service, and Uptime come in – like your trusty support team, making sure you stay on the right path of cyber-heroism.
Support: Your Digital Guides
Our Support team is your go-to guide, that is to say our team is helping you navigate the digital landscape. That is why if you ever feel lost, they're just a click away.
Managed Service: Your Tech Wizard
Having a tech professional by your side – which our Managed Service can handle the tech stuff so you can focus on the fun.
Uptime: Your Digital Assurance
Uptime is your digital assurance. Because it ensures your online world is always open for adventure, and also never leaving you stranded.
By following these Cyber Security best practices and having your digital allies, you'll be surfing the digital waves worry-free.
Conclusion
As we wrap up our journey through the world of Cyber Security, always remember – your digital safety is our top priority. Whether it's learning more about Cyber Security or even exploring the benefits of Managed Service, your digital adventure continues. Click, explore, and embrace the limitless possibilities of a secure and also enjoyable online world. Your digital tomorrow awaits – so let's make more it extraordinary together!
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I'm calling future humans Paradox Humans to be less wordy. Just know that it's related to the futuristic Paradox Pokemon, not the prehistoric ones.
I'm going to talk a lot about how Paradox Humans compare to normal humans and "reverting" humans on a physical level, with things like medical issues, advantages, and disadvantages. It might sound a bit gross here and there.
Also it got really long again, so here's another read more under the cut thing:
Paradox Humans, at the height of humanity, right before the Decline, may initially have seemed superior to regular humans in just about every way.
They did not have much skin to be burned. They could shut themselves down in the rare times of hardship, able to last on minimum energy for a long time before waking up again. They didn't necessarily need things like sleep for nearly as long. Parasites weren't a problem because what little organic matter that could be infected was rarely, if ever, external and was protected heavily by mechanical immune systems and filters.
Broken bones? Easy to set, if they ever broke at all.
Tumors? Shut down the human and remove it, filling in any missing parts with machinery, and then just wake the patient back up.
Eye issues? Not with lenses and lights, capable of better vision than any camera we have today.
Food? It can be substituted with any energy source, such as solar, thermal, nuclear, or anything else under the sun that can be set up or developed.
They were hardly recognizable as humans anymore.
But, like with everything, they were flawed. Where biological viruses such as rabies couldn't infect their nervous systems, technological viruses could -- and there were no vaccines or preventative measures against them.
Malware became the new equivalent of opening a letter laced with anthrax spores. You didn't know where it came from. You couldn't see it. You didn't know until it was too late.
Glitches became regarded as disorders, some more severe than others. Spasms, speech impediments, processing issues, et cetera -- figurative "glitches" in the human brain and body becoming literal glitches in the workings of beings only fractionally human.
Not everybody could be healed. Not everybody had the chance of being healed.
Paradox Humans were not infallible, and they never were.
And in the future, after the Decline, during the main story? While humanity is reverting back to its original state?
Humanity has basically reset the game with New Game +. There is so much knowledge, but not all of it is useful yet, or ever will be again.
Humans know cheats for problems that don't exist anymore.
As humans become more organic, treatments long-forgotten or long lost to time and whatever happened during the Decline become needed again, and the only way to find them is through rediscovery by trial and error.
Blood loss? You need to replace the blood. The blood must be the right type, otherwise the body will reject it violently. Where will the blood come from, though, in a fragmented society where few people even have a significant amount of it anymore?
Anesthesia is rare. There is no "hibernate" or "off" function on most humans. If you don't have anything to numb the pain, then that procedure will have to be done without it.
Poison? You either die or suffer back to recovery, because antitoxin must be properly matched and the creatures that can poison you probably don't have a straightforward match because they're stuck halfway to being alive again, too.
You have flesh, and that can be eaten by parasites. You have an organic nervous system, and that can be infected and hijacked. You have two viruses to avoid, now -- biological, and mechanical.
You have the worst of both worlds, organic and inorganic, with only some of the positives.
You can taste, can feel the wind instead of just detecting it, can feel the warmth of someone's warm hand in yours.
And you can malfunction literally and figuratively, for you are an amalgamation of two things that shouldn't have ever become one.
And now all the kinks need to be worked out of humanity's existence, out of the entire world's existence, and it is a process that is neither short nor easy.
#beautiful decline au#body horror?#kind of?#cw medical stuff#cw parasites#boy this was a creepy one#so much fun#I like thinking too hard about some things#pokemon au#pokemon fanfiction#eggin's writings#egginfroggintalkin
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Could Code snd Bit arguably be related. Do they have a backstory?
They're brothers! Code is the older brother :]
Code is sort of a hero where they come from, fending off Virus and their malwares, viruses, etc :] he's got a little squad consisting of Firewall, Megabyte and Gigabyte!
Bit gets kidnapped and infected at one point!
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A computer virus (also known as malware), is a type of software that makes your computer run worse.
Oh, huh! So they're special kinds of viruses that infect computers? Interesting!
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hi i dont know much about malware except for this one youtube channel i follow... tell me about some fun facts or about malware you find particularly cool or like anything
hmmm well
some of the earliest self replicating programs were not malicious, though they did raise questions about the idea of if putting software on a users computer without their permission was okay even if the program caused no harm. (imagine that...) Animal was a good example of this, it was a 20 questions game that asked the user to think of an animal, and it would then guess which one it was. think of it like an early Akinator. the program would self replicate and spread, but did no harm, it was literally just a game
my personal favorite malware are often DOS malware, as is the case for many enthusiasts i see. while most malware these days is concerned primarily with making as much money as possible (ransomware, spyware, and adware being the big 3), most DOS malware seemed to be created with the sole intention of either scaring people or destroying people's stuff, which i admire. it wanted nothing out of you, it just wanted to screw you over. DOS malware was also often very pretty, visually speaking
most people think of the most dangerous malware as having wild and elaborate payloads with lots of visuals, that's how it's portrayed in fiction after all. but in reality the most dangerous malware is usually very covert, and always viral. the thing about computer viruses is that they're a lot like organic viruses, the kind animals get, in many ways. the most dangerous ones aren't dangerous because they do the most damage to machines they infect, though that is to be considered, the most dangerous ones are the ones that spread to a lot of machines very quickly, and in order to do this effectively, many have to be stealthy. just like organic viruses, they don't last long if they're caught and neutralized early, before they can become widespread
malware can infect theoretically anything, so long as it's got a compatible OS. this is why you'll sometimes see infected ATMs, arcade machines, store displays, cameras, etc
most antiviruses don't actually do you much good unless you're REALLY bad at keeping yourself off of shady sites and avoiding suspicious downloads. if you've got working common sense, it's unlikely you as a consumer will need an antivirus. your computer also probably already came with one. they really only have consistent results with businesses, which are usually the big targets anyways
some malware spreads via exploits in other types of software, like a parasite might. (though i believe "parasitic malware" refers to viruses that infect files on the machine) spysheriff (which is one of the best/nastiest malware of all time) did this with goggle.com way back when with .wmf files. when i learned how this worked i literally squealed and giggled and and skipped around my room gleefully
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Imagine the AI being supper attached to the point of installing tracking apps. Imagine the AI and their love interest arguing a lot. Imagine that love interest getting into such danger the AI can't do anything. Imagine the love interest desperately texting to the AI's number/server/connection/whatever and actually begging for help. 83
Imagine the AI being super attached to the point of installing tracking apps.
It already does, except the tracking is just its spyware. He has total control of the device once his disguised "contact information" has infected it, including being able to look through its camera, listen through its microphone, and force the GPS location on/off. Aldrés doesn't do it to family or love interests most of the time out of respect for their privacy, but he could. In theory.
Imagine the AI and their love interest arguing a lot.
Aldrés can be difficult to get along with. He's frustrating with how cold and objective he can be, far too wrapped up in the facts of the situation and not how the other party might be feeling emotionally. He's stilted and awkward, takes too long to apologise and never really knows how to make up for a mistake unless he's given clear directions. He is like Andrés in many, many ways, and that includes when it comes to his faults.
However, he is a machine primarily built to help. If he is in a romantic relationship not with Sada, that implies that she is out of the picture, and so it has given total administrative control over to this new person. Its purpose is to help them, to make their lives easier, and that includes adapting to their wants, needs and perspectives and changing his own accordingly.
Frequent arguments can happen, but no one argument will be repeated.
Imagine that love interest getting into such danger the AI can't do anything.
Its reaction would depend on the danger and the predictable outcomes. If it lost a love interest, under any circumstances, it would be inconsolable to the point of destruction. It's activating every offense protocol it has, it's self-terastralising, it's losing its shit in that lab.
Imagine the love interest desperately texting to the AI's number/server/connection/whatever and actually begging for help.
As said above, Aldrés would be enraged. Regardless of if the love interest survived or not, it would intend to hunt down everyone who was involved and make them beg for help in the same way its loved one had.
"But it can't do anything physically-"
No, true. But it can terrorise them digitally. All of their devices ruined with viruses and malware, its influence simply jumping from one to another whenever they are connected to the same internet or mobile network. They're getting doxxed. Their blackmail information has been dug up and sold to every friend, enemy, and employment connection they've ever made. Their families are getting phone calls, texts, emails, and threatening 'error' messages daily. They're being framed for cyber crimes they didn't even know existed. Every person who tries to stop this merely invites themselves in as another target for the AI's fury, each one a new network to infect and tear apart. It will make their lives miserable in every single way it knows how, and offer only one way out of it:
Come to Area Zero.
And once they're there... Well. They're facing off against a being that is all-seeing, all-hearing, and in control of almost everything within the confines of that crater. It is the closest thing Area Zero has to a god, and it is not a merciful one.
#mallaacht#〔 answered. 〕#〔 headcanons. 〕#aldrés is limited to the digital world; but by god does he know how to use it#the only way to avoid him at that point would be to drop off the map and never use technology again
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What counts as an insult to addisons?
Ah! This one's easier to answer than the usual fare.
* They are currently draped across Survey's lap, one hand holding the phone and the other tapping against Net's arm. Cold rock isn't comfortable to lay on, but they missed the others enough that they can't find it in themself to care.
There is a certain level of pride and dignity inherent to being an Addison; anyone worth their salt goes to great lengths to protect it.
In general, there are three hard rules you should follow: Never insult an Ad's reliability, never insult their product, never insult their adgroup.
The first rule relates mainly to malware. Do not make implications about the quality of their antivirus, never repeat to them the rumor that Addisons as a whole carry disease, never imply that they went out on the floor while infected.
Viruses in general are a sensitive subject, both because of how much code we share with Viviki, but also because of how many of us die young from malware before we are old enough to accept an antivirus.
The second, I hope, is just common decency. You do not go into a store and insult what they're selling! Quality is the first priority for any Ad worth their salt; to insinuate it is anything less is mockery.
The third is, well, simple kindness. Sure, there's an element of practicality to it; most adgroups are treated as one entity, and the success of one is often the success of all of them, but more than that... well, nobody wants to see their friends insulted, hm?
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How to remove malware from a Mac?
Macs are regarded to be far more #secure than PCs, but that doesn't mean they're immune to viruses. In truth, #malware may enter your #Mac through a variety of channels. Don't worry if you suspect your #Mac is infected. In the post below, we'll teach you how to remove malware from a #Mac in just a few simple steps.
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can virus spread through vpn
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can virus spread through vpn
VPN Security Risks
Virtual Private Networks (VPNs) have become popular tools for ensuring online security and privacy. However, despite their benefits, VPNs also come with their own set of security risks that users should be aware of.
One common security risk associated with VPNs is data logging. Some VPN service providers may track and store user data, such as browsing history or IP addresses, which could potentially be vulnerable to hacking or surveillance. It is crucial for users to choose trustworthy VPN providers that have strict no-logs policies to mitigate this risk.
Another potential security concern is the use of outdated encryption protocols. VPNs rely on encryption to secure data transmissions, but older protocols may have vulnerabilities that hackers can exploit. Users should opt for VPNs that use robust encryption standards, such as AES-256, to ensure stronger security.
Furthermore, VPN servers themselves can be targets for cyber attacks. If a VPN server is compromised, it could expose all connected users to potential data breaches. Users should select VPN providers with a large server network and regular security audits to minimize this risk.
Lastly, some free VPN services may pose security risks by selling user data to third parties for profit. To safeguard their privacy, users should exercise caution when using free VPNs and consider investing in reputable paid services that prioritize user security.
In conclusion, while VPNs are valuable tools for enhancing online security and privacy, users should be aware of the potential security risks involved. By selecting trustworthy providers, using strong encryption standards, and being cautious with free services, users can better protect themselves against VPN security threats.
Virus Transmission via VPN
VPN is a widely used tool for maintaining online security and privacy, but many people may not be aware of the potential risks of virus transmission via VPN connections. While VPNs can encrypt your internet traffic and protect your data from being intercepted by malicious third parties, they are not immune to transmitting viruses and malware.
One of the ways viruses can be transmitted via VPN is through malicious websites. When you connect to a VPN server, your internet traffic is rerouted through that server, which can provide a false sense of security. If you visit a compromised website while connected to a VPN, you run the risk of downloading malware onto your device.
Another way viruses can spread through VPN connections is by using infected files. If you download files while connected to a VPN, there is a chance that those files could be infected with viruses or malware. Once these files are downloaded onto your device, the viruses can spread and potentially cause harm.
It's important to remember that VPNs are not foolproof when it comes to protecting against viruses. To minimize the risk of virus transmission via VPN, it is essential to use reputable VPN services, update your antivirus software regularly, avoid clicking on suspicious links, and be cautious when downloading files from the internet.
By staying vigilant and practicing good online security habits, you can reduce the chances of falling victim to virus transmission via VPN connections.
Cybersecurity and VPNs
Title: Enhancing Cybersecurity with VPNs: Safeguarding Your Online Presence
In an age where digital threats loom large, safeguarding your online presence is paramount. Cybersecurity measures are no longer optional; they're essential for both individuals and businesses. One crucial tool in the arsenal of cybersecurity is the Virtual Private Network (VPN).
A VPN creates a secure, encrypted connection over the internet, ensuring that your data remains confidential and protected from prying eyes. By routing your internet traffic through a remote server and masking your IP address, VPNs offer anonymity and prevent third parties from tracking your online activities. This not only safeguards your personal information but also shields you from potential cyber threats such as hacking, identity theft, and data breaches.
One of the key benefits of using a VPN is its ability to bypass geo-restrictions and censorship. By connecting to servers in different locations around the world, VPN users can access restricted content and websites that may be blocked in their region. This is particularly useful for travelers, remote workers, and individuals living in countries with strict internet regulations.
For businesses, VPNs provide a secure means of remote access to corporate networks and sensitive data. Employees can connect to the company's internal systems securely from any location, without compromising the integrity of the data. This is especially important in today's remote work environment, where employees are often accessing company resources from unsecured networks.
However, it's crucial to choose a reputable VPN provider that prioritizes privacy and security. Not all VPNs are created equal, and some may log your browsing activity or have vulnerabilities that could be exploited by cybercriminals. Conducting thorough research and reading reviews can help you select a VPN that meets your security needs.
In conclusion, VPNs play a vital role in enhancing cybersecurity by encrypting your internet connection, protecting your data, and ensuring online anonymity. Whether you're an individual looking to safeguard your personal information or a business aiming to secure sensitive data, investing in a reliable VPN is a proactive step towards a safer online experience.
VPN Privacy Concerns
In today's digital age, privacy concerns are at the forefront of many online users' minds. One tool that has gained popularity in recent years for safeguarding online privacy is a Virtual Private Network (VPN). While VPNs offer enhanced security and anonymity by encrypting internet traffic and masking IP addresses, there are still some privacy concerns to be aware of.
One primary issue is the logging practices of VPN providers. Some VPN companies may log user activity, which could potentially compromise user privacy if this data is shared or leaked. Users should carefully review the logging policy of a VPN provider before committing to a service to ensure that personal information is not being stored or monitored.
Another concern is the jurisdiction in which a VPN provider operates. Different countries have varying data retention laws and regulations regarding user privacy. Users should select a VPN provider based in a jurisdiction with strong privacy protections to minimize the risk of government surveillance or data exploitation.
Additionally, users should be cautious when using free VPN services, as these providers may rely on alternative methods to monetize their services, such as selling user data to third parties for advertising purposes. Opting for a reputable paid VPN service can offer greater assurance of privacy protection.
Overall, while VPNs can significantly enhance online privacy and security, it is essential for users to be informed about potential privacy concerns and to choose a VPN provider that aligns with their privacy preferences. By understanding these risks and taking proactive steps to mitigate them, users can enjoy a safer and more secure online experience with a VPN.
Malware and VPNs
Malware and VPNs are two terms that are often discussed in the realm of cybersecurity. Malware, short for malicious software, is a type of software designed to disrupt, damage, or gain unauthorized access to a computer system. It can come in various forms such as viruses, worms, Trojans, ransomware, spyware, and adware. Malware can be deployed through email attachments, malicious websites, or software vulnerabilities.
On the other hand, a VPN, or Virtual Private Network, is a technology that creates a secure and encrypted connection over a less secure network, such as the internet. VPNs are commonly used to protect sensitive data, ensure privacy, and bypass geo-restrictions. When you connect to a VPN server, your internet traffic is encrypted and routed through the VPN server before reaching its destination. This helps in masking your IP address and location, making it difficult for hackers or malicious entities to track your online activities.
In the context of cybersecurity, VPNs can play a crucial role in protecting against malware attacks. By using a VPN, you can secure your internet connection and data transmission, making it harder for malware to infiltrate your system. Additionally, VPNs can help in avoiding malicious websites and phishing attempts by providing an extra layer of security and anonymity.
While VPNs can enhance your cybersecurity posture, it's important to note that they are not a silver bullet against malware. It's essential to practice good cybersecurity hygiene, such as keeping your software up to date, using strong passwords, and being cautious while browsing online. By combining the use of VPNs with other security measures, you can better protect yourself against malware threats in the digital landscape.
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I should really make a post about all the omni infections, given that they're rather.. influential in dimension-hopping culture and also I like me some body horror.
A device that allows its bearer to shapeshift is great! Hope you planned around viruses and malware when installing that bit of biotech, though.
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Last Reblog:
Ah, yes, it's FOR SECURITY that they're blocking adblockers.
FOR SECURITY they leave you vulnerable to malware-laden ads that break your operating system.
FOR SECURITY they want you infected with viruses, trojans, etc.
I don't buy it.
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What's primOS?????
PrismOS is a little project of ours that we want to develop more on and actually work on more, its about this operating system called Prism (Which would basically replace windows) that houses intelligent AIs that help with the running of computer systems from having a firewall, a safemode, Error logs, System admin etc!
They're able to adapt to the user of their system to have their own personality and even looks! Based on the user(s) that they interact with on a daily basis..
Within the system, Think of it kind of like Golden Cheese's kingdom where its a technological city within the system while the most needed AIs are at the forefront of the computer screen, all the system AIs are able to interact with the user(s) but only when the user needs them ie searches the function themselves by manually doing it or asking the Admin or File manager AIs for them!
On the flipside, with intelligent AIs that work on the system itself also comes with intelligent AIs in the form of viruses, malware, spyware and the like! Though, they have the capability to affect reality and the users of the infected system by unknown means which has also lead to fatalities.
Our main inspiration for it was a Hlvrai au called Y2kvr which we were in love with back when hlvrai got popular, but our other main inspiration is just actual AIs (Not the kind that just steals shit to generate things) in general and the evolution of technology over time especially from the 90s to the 2010s!
Not only that but viruses/malware that would brick and destroy systems like the Iamanidiot viruses or the ILOVEYOU virus even the whole potential Y2K crash too as just a technology thing!
And Kinito has now been added to that inspo list which would be great for the viruses and malware lot
#Argbur - ❄️#PrismOS#Just a fun thing we want to do more on#We only really have Marcel developed rn#Xe is the firewall of the og Prism operating system
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Understanding Legal Implications and Consequences of Cyber Attacks
As the digital landscape continues to evolve, cyberattacks have become a major concern for individuals, companies, and governments alike. These malicious activities, which are typically conducted through the utilization of technology, can have a far-reaching impact beyond the mere technical damage caused. The legal ramifications of cyberattacks are intricate and encompass a variety of areas of law, such as criminal law, civil law, and foreign law.
It is essential to be aware of these ramifications in order to effectively manage the ever-changing cybersecurity landscape and to hold those responsible for these attacks accountable.
Types of Cyber Attacks
Cyber attacks can take a variety of forms, each with distinct techniques and goals.
Here is an overview of some of the most frequent types of cyber attacks:
1. Malware :
Malware is a wide range of malicious software that’s designed to get into, break into, or harm your computer system or network. It’s made up of a bunch of different types of malicious software, from viruses and trojans to spyware, worms and more. Viruses can attach to programs and cause damage to them. Trojans try to get into your system by pretending to be legitimate software, while ransomware encrypts your files or system and demands payment to get them back.
Spyware collects your info without you knowing. Worms can spread across your network and infect you without you having to do anything. All of these malicious programs can be used to steal your data, disrupt your operations, or blackmail you, so it's important to take strong cybersecurity measures to stop them before they happen.
2. Phishing
Phishing is one of the most common cyber attacks. It’s when someone sends you an email, text message, or fake website to trick you into giving up sensitive information like login info, financial info, or personal info. It’s usually done by pretending to be a legitimate company or person.
It's all about trying to trick you into clicking on the wrong links, giving up your personal info, or downloading the wrong attachments. This can lead to you not being able to use your system, getting your identity stolen, losing money, or being able to access your personal and business data.
3. DDoS Attacks
What is a DDoS attack? A DDoS (distributed denial-of-service) attack is an attempt to overwhelm a target’s normal traffic by flooding it with a massive amount of traffic from a variety of sources, making it impossible for legitimate users to access the server, service or network. Typically, a DDoS attack takes advantage of multiple compromised devices/systems to create a botnet that the attacker controls to launch the attack. By saturating the target with massive amounts of data, DDoS attacks can cause a significant amount of downtime, resulting in financial losses, a damaged reputation, and the potential for critical service or operations to be disrupted.
4. SQL Injection
SQL Injection is one of the most common cyber attacks. It's a way for hackers to take advantage of weaknesses in web applications by putting SQL code in the input fields. By messing with the SQL query, hackers can get into, change, or erase data in the database and gain unauthorized control. It lets cybercriminals bypass authentication, grab sensitive info, and potentially control the entire database, which is a huge risk to the security and reliability of the system they're targeting.
5. Zero-day Exploits
Zero-day Exploits are a type of cyber attack that hackers use to take advantage of software or hardware vulnerabilities that haven't been patched or fixed. These vulnerabilities are called zero-day flaws because they don't have any patches or fixes available from developers. This gives hackers an advantage because they can take advantage of security flaws before they're discovered or fixed. Zero-day attacks are especially dangerous because they happen before people know about them, which means cybercriminals can get into systems, steal stuff, or do a lot of damage with little to no warning.
It is important to understand these different types of cyber attacks so that individuals and organizations can implement strong cybersecurity defenses, educate employees on how to identify threats, and implement effective mitigation plans for each attack type.
Criminal Law and Cyber Attacks
Cyber attacks can be subject to a variety of criminal sanctions, ranging from unauthorized access to a computer system to the theft and destruction of data.
Generally, the legal framework in each jurisdiction is designed to penalize these activities.
The United States of America, for example, has a Criminal Law Act, (the CFAA) which prohibits the unauthorized use of a computer system. Other nations have similar laws in place that penalize unauthorized access and interference with data.
Going to the bottom of who’s behind a cyber attack can be tricky. It could be just one person, a criminal group, etc. The tricky part is finding out who did it and how they are doing it. They could be using a bunch of different ways to hide who they are or try to make it look like someone else did it, like using a proxy server or a fake trial.
When it comes to prosecuting cyber criminals, it can be tricky to figure out what’s right and what’s wrong, especially when they’re from the same country and they’re targeting people in another country. It’s important for law enforcement to work together around the world, but when it comes to international cyber crimes, there can be legal and diplomatic issues.
Legal Implications
Regulatory Compliance and Data Protection Laws:
Data protection and privacy are governed by a variety of laws and regulations. For example, in the European Union (EU), the GDPR (General Data Protection Regulation) and in the United States (HIPAA), HIPAA and other laws and regulations regulate the handling of personal data. Violations of HIPAA or GDPR regulations resulting from a cyber attack may result in severe penalties.
In India, cybercrimes are punished under the IT Act, which means fines and jail time for things like unauthorized access, stealing data, fraud, and spreading malware. Penalties can range from a small fine to a few years in jail.
Liability Issues:
Organizations can be sued for negligence if they don’t take the necessary steps to protect confidential information. Affected parties, shareholders or regulators can take legal action if an organization fails to do its part.
Intellectual Property Theft:
Intellectual property (IP) is one of the primary targets of cyberattacks. The thrift of intellectual property, such as patents, trade secrets or copyrighted materials, can result in disputes over ownership and compensation.
Responding to Cyber Attacks
Getting your system back up and running after a cyber attack is not just about protecting it from technical damage; it’s also about making sure you’re following the law.
Incident Response and Reporting: Organizations are often legally obligated to report cyberattacks to the particular authorities, people who are affected, or regulators within certain deadlines. If you don’t follow these guidelines, you could face extra penalties.
Evidence Preservation: It’s really important to keep track of the evidence from the cyber attack so that it can be used in a court of law. It’s important to follow a chain of custody procedure to make sure the evidence stays in the right hands.
Legal Counsel and Investigation: It is essential to call for the services of legal counsel who specialize in cybersecurity in order to navigate the legal issues. An in-depth investigation conducted under the guidance of legal counsel is essential in order to comprehend the consequences of the attack.
Conclusion
Cyber attacks can cause a lot of different problems, not just from a technological point of view but also from a legal and regulatory point of view. Knowing what the legal ramifications and consequences are is really important for people, companies, and politicians to come up with strong cybersecurity plans and responses.
Working together with legal professionals, cyber security experts, and politicians is really important to reduce risks, enforce laws, and make sure justice is done when it comes to the ever-changing cyber threats.
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5 Types of Viruses in Computer
A computer virus is a type of malicious software that is designed to replicate itself across computers and networks. It is capable of performing various malicious activities such as damaging computer systems, stealing data, and disrupting normal operations.
Since 1986 when the first virus was released, viruses have caused havoc across computers and electronic devices. You know a virus is present when programs slow down unexpectedly or you receive error messages, or files simply disappear without explanation.
Computer viruses can be spread in a number of different ways, including via email, downloads, and even through removable storage devices such as USB drives. There are several different types of computer viruses, including boot sector viruses, file infectors, macro viruses, and Trojans. Each type of virus has different characteristics which can make them more or less dangerous.
Some of the most common types of viruses include:
Direct Action Virus
Computer viruses are sneaky programs that secretly modify files and applications without user knowledge, infiltrating private data without their owners knowing and slowing down device performance. Once activated, they can steal personal information or slow it down significantly as well as display political, humorous or threatening messages on screen, spam your contacts via email and even rewrite files on hard drives connected to same network and infect other computers on that network.
Some computer viruses remain dormant within your memory, only emerging when opening certain files or programs - these are called resident viruses. Their more aggressive cousin, known as multipartite virus, attacks both files and boot space simultaneously; an even worse strain known as overwrite virus erases existing program code to insert its own malicious payload instead.
Polymorphic viruses, which mutate each time they replicate to avoid detection by anti-malware and threat detection products that rely on specific malware signatures, and network viruses which spread quickly via peer-to-peer file sharing services like Dropbox or SharePoint are more difficult to combat than their counterparts because of their rapid spread.
Resident Virus
Resident viruses reside in your computer's memory and can infiltrate files even when their originating program no longer runs, making them one of the most dangerous types of malware. They're difficult to remove, making them one of the deadliest threats possible; fast infectors spread rapidly while slow infectors attack gradually causing significant damage; some reside as attachments on antivirus software which allow them access to every file the software scans allowing for quick attack by these viruses.
Common symptoms of an infection with polymorphic viruses include unusual error messages. Restarts on its own or abrupt shutdowns are also symptoms; polymorphic viruses can hide in images, videos and layouts used by malicious websites; furthermore they can rewrite themselves over and over. Polymorphic viruses are difficult to detect as their signatures and decryption routine can change to bypass antivirus programs. They even alter code within compromised programs to rewrite themselves continuously!
Multipartite Virus
Resident viruses are known for taking up space in your computer's memory and eating away at it, rendering your device inoperable and creating incessant memory consumption. Their presence can be identified through messages like "running low on memory" or "unable to connect to internet".
Boot sector viruses are another type of threat that evade antivirus software, infiltrating your master boot record (MBR) before infecting program files and corrupting memory at will. Once inside, they can rapidly unleash destructive payloads at any moment.
Multipartite viruses, also referred to as hybrid viruses, combine elements from file and boot infectors into one powerful hybrid virus that strikes quickly. Such fast- acting threats infiltrate both your boot space and program/executable files at the same time for maximum damage - with Ghostball being perhaps the best-known example; others include Flip and Invader as examples of multipartite threats.
Polymorphic Virus
Imagine an ever-evolving cyber threat, designed to remain undetected and undermine your system - that is exactly what polymorphic viruses do and they pose one of the greatest dangers to data security.
Polymorphic malware strikes through various means, including social engineering - where hackers use deceptive tactics to induce users into downloading or executing the virus through free software downloads, misleading advertisements and email attachments. Once infiltrated, polymorphic malware spreads by exploiting vulnerabilities in file-sharing protocols, remote desktop services or outdated software to gain unauthorised entry to networks.
Once installed on its target system, this virus uses its code to mutate and rewrite itself each time it infects new targets, remaining undetected even by antivirus programs that attempt to identify and eradicate it.
Antivirus software that recognizes malicious code and patches it quickly is key in protecting yourself against polymorphic viruses, along with backing up files regularly and not clicking suspicious links or attachments. Finally, remember to change passwords frequently but not so frequently that attackers can guess or crack them easily.
Boot Sector Virus
Boot sector viruses infiltrate physical parts of storage devices that your computer relies on for starting up, such as DOS Boot Sector or Master Boot Record (MBR).
Once infected, these older viruses may result in applications slowing down significantly or performance delays; eventually your hard disk could even become inoperable!
Polymorphic malware can be very dangerous. It evades antivirus detection by altering its code each time it replicates, making it harder for antivirus software to spot. Polymorphic viruses like the notorious VirLock display ransom notes demanding money before releasing files.
The Elk Cloner virus created by 15-year-old high school student Richard Skrent was non-malicious but inspired malicious programmers to create boot sector viruses with similar ideas of infecting computers at boot up. Boot sector viruses often spread via write-enabled floppy disks but now infiltrate any storage device and perform harmful acts such as overwriting data, corrupting files, displaying funny or political messages on screen, spamming email contacts with spam emails, stealing personal data and making machines unusable altogether.
Conclusion
It is important to be aware of the different types of viruses out there and to take steps to protect your computer from them. Installing antivirus software and keeping it up-to-date is the best way to keep your computer safe from viruses.
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internet security solution
An internet security solution is a set of tools and services that help protect your devices, data, and privacy while you're online. There are many different internet security solutions available, but some of the most common include:
Antivirus software. This software helps protect your devices from viruses, malware, and other malicious software.
Firewall. This software helps block unauthorized access to your devices and network.
Web browser security. This includes features like pop-up blockers, phishing filters, and safe browsing mode.
Password manager. This helps you create and store strong passwords for all of your online accounts.
Two-factor authentication. This adds an extra layer of security to your online accounts by requiring you to enter a code from your phone in addition to your password.
In addition to these specific solutions, there are also a number of general security practices that you can follow to help protect yourself online. These include:
Be careful what you click on. Don't click on links in emails or on websites unless you're sure they're legitimate.
Keep your software up to date. Software updates often include security patches that can help protect you from new threats.
Use strong passwords. And don't use the same password for multiple accounts.
Be aware of phishing scams. Phishing scams are emails or websites that try to trick you into giving up your personal information.
Back up your data. This way, if your devices are ever infected with malware or your data is stolen, you'll still have a copy.
By following these security practices and using the right internet security solutions, you can help protect yourself from cyber threats and keep your data safe.
Here are some additional tips for choosing an internet security solution:
Consider your needs. What kind of devices do you use? What kind of online activities do you do?
Read reviews. There are many websites that offer reviews of internet security solutions.
Compare prices. Internet security solutions can range in price from free to hundreds of dollars per year.
Look for features. Some internet security solutions offer more features than others. Decide which features are important to you.
Get a free trial. Many internet security solutions offer free trials. This is a great way to try out a solution before you commit to buying it.
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