Norton – Norton https://www.antivirus-la.com Antivirus & Anti-Malware Software Tue, 22 Apr 2025 13:59:46 +0000 en-US hourly 1 https://www.antivirus-la.com/wp-content/uploads/sites/53/2024/10/NortonFull-Vertical-Light-CMYK-Print-thumbnail-150x150.png Norton – Norton https://www.antivirus-la.com 32 32 What is an IP address? https://www.antivirus-la.com/en/what-is-an-ip-address/ Tue, 22 Apr 2025 13:40:55 +0000 https://www.antivirus-la.com/?p=1746

What is an IP address?

Your IP address is like your digital home address. It lets your devices, like your computer or phone, connect online for things like browsing, shopping, and messaging. Learn how IP addresses work, the different types, and how Norton VPN can help shield your IP from tracking, surveillance, and online threats.

IP address definition

 

An IP address is a unique identifier assigned to a device on the internet or a local network. Short for “Internet Protocol,” IP refers to the rules that dictate how data is formatted and transmitted across networks.

 

IP addresses are essential for the internet’s functionality, facilitating communication by directing data between devices, and ensuring it reaches the intended destination. Each IP address includes location details that make devices identifiable within a network, allowing the internet to differentiate between computers, routers, and websites.

How do IP addresses work?

 

IP addresses work by providing a unique label to each device on a network, allowing them to send and receive data packets according to TCP/IP protocols. Routers and other network devices use these addresses to route packets to their correct destination, ensuring efficient and accurate communication between devices.

 

Here’s a closer look at how IP addresses help facilitate network data transfers:

  1. Device initialization: Your device connects to a network and prepares to communicate.
  2. IP address assignment: The network router assigns separate IP addresses to each network device, after receiving its own IP address allocation from an organization like ICANN (Internet Corporation for Assigned Names and Numbers) via the ISP (internet service provider).
  3. Domain Name System (DNS) resolution: When you enter a domain name (like google.com), the DNS translates it into a machine-readable IP address. This process allows your device to locate and communicate with the correct server on the internet.
  4. Data packet transmission: Data is broken into packets, each containing the source and destination IP addresses. These data packets are then sent by the transmitting device and forwarded across the network.
  5. Network address translation (NAT): NAT modifies IP address information in packet headers as data passes through a router, replacing the private IP address with the router’s public IP address. This allows multiple devices on a private network to share a single public IP.
  6. Routing and switching: Routing uses IP addresses to direct data packets between different networks, while switching handles traffic within a single network, using MAC addresses to route packets to specific devices.
  7. Delivery and response: Data packets arrive at the destination device or server, identified by its IP address. The destination may send a response or acknowledgment back to the source device, using IP addresses to ensure the correct return path.
  8. Renewal and reassignment: Dynamic IP addresses are periodically renewed and reassigned as devices connect and disconnect from networks. This process ensures each device has a valid, unique IP address, preventing conflicts and maintaining efficient network organization.
 

Types of IP addresses

 

Different types of IP addresses are used to manage the limited pool of available addresses, improve security, and meet specific networking needs. These include IPv4 and IPv6 IP addresses, public and private IP addresses, and static and dynamic IP addresses.

IPv4

 

IPv4 is a legacy generation of IP that’s still widely used. They use a 32-bit address format, represented in dotted decimal notation, with a maximum of 15 characters. Its main drawback is limited address space, with only around 4 billion possible unique addresses. To help cope with address exhaustion, ISPs use techniques like NAT, enabling multiple devices to share a single public IP.

 

An example of an IPv4 address is: 192.168.1.1.

 

IPv6

 

IPv6 addresses are the newest IP address iteration. These types of IPs offer a greatly expanded address space, by using 128-bit addresses written as eight groups of four hexadecimal digits. This allows for more than 340 undecillion unique addresses — a limit we’ll likely never hit. IPv6 also improves routing efficiency and network security by incorporating IPsec authentication and encryption protocols.

 

An example of an IPv6 address is: 2401:0fc8:85b3:0000:0000:8b6e:0730:7314.

 

Public IP address

 

A public IP address is assigned to devices like routers, which are directly accessible over the internet. Public IPs are globally unique and traceable, which allows external devices to communicate with your network — but it also makes them visible and traceable to a specific location. To enhance privacy and security, devices within a local network typically share one public IP address.

 

Private IP address

 

private IP address, or local IP address, is assigned by your router to devices within your local network. Each device gets a unique private IP to help the router direct traffic correctly. Unlike public IP addresses, which are visible on the internet, private IPs remain confined to your local network, which means they don’t need to be universally unique and can be reused across multiple networks.

 

Static IP address

 

Static IP addresses, also known as dedicated or fixed IP addresses, don’t change. Once a device is assigned an IP address, that address remains the same. Static IP addresses are common for web servers, email servers, or other devices that need to be consistently accessible at the same address.

 

Dynamic IP address

 

Dynamic IP addresses are temporary addresses assigned to devices by a network’s DHCP server each time a device connects to the network. This allows efficient use of available addresses, making it ideal for networks with many users. Dynamic IPs also offer security benefits, since their changing nature makes it harder for hackers to target.

 

How to find your IP address

 

You can find your public IP address by Googling “What is my IP?” Google and other web services know your IP address because it’s assigned to your device and is required to connect to the internet in the first place. When you search, Google usually displays your public IP address in an info box, but you might need to scroll down a bit to see it.

But if you want to see your computer or phone’s network-provided IP address — known as your private IP address — you’ll need to look up the local IP directly on your device.

 

Find your IP address on Windows

 

Here’s how to look up your IP address on a PC:

  1. Go to Start > Settings > Network & internet.
  2. Select Wi-Fi (for wireless connections) or Ethernet (for wired connections).

3. Click your network’s Properties icon, then scroll until you see your IP address.

Find your IP address on Mac

 

To find your Mac’s IP address, follow these steps:

  1. Open System Settings > Wi-Fi > Details.
  2. Scroll until you see your IP address.

Find your IP address on Android

 

You can also check your phone’s IP address by following these steps:

  1. Go to Settings > About phone.
  2. Scroll down until you see your IP address.

Find your IP address on iPhone

 

To see your iPhone’s IP address:

  1. Go to Settings > Wi-Fi.
  2. Tap the blue info icon next to your network.

3. Scroll down to see your IPv4 and (if applicable) IPv6 IP addresses.

You may see multiple IP addresses listed if you’re assigned a public IP address from your cellular carrier and a private IP address from your Wi-Fi network.

 

What can someone do with your IP address?

 

If someone has your IP address, they can approximate your location, track your online activity, and potentially target you with ads or cyber attacks. While an IP alone won’t typically lead to hacking, it can be a starting point for identifying and exploiting vulnerabilities in your network.

 

Here’s a closer look at ways a cybercriminal may use your IP address:

  • Monitor your online activity: A criminal could monitor your online activity using your IP address by intercepting network traffic or exploiting vulnerabilities to access your devices or data.
  • Launch cyberattacks: Your IP address could be used to launch attacks like DDoS attacks, overwhelming your network with traffic to disrupt your connection. They may also target you with spyware or malware, potentially gaining access to your device and personal data.
  • Personalize spam and scams: Cybercriminals can use your IP address to find your general location. Later, they can leverage this information to personalize scams and spam messages, making them seem more relevant to you.
  • Impersonate you: If a hacker has your IP address, they could attempt to impersonate you by spoofing your IP to make it seem like their activity originates from your device.
 

How to hide your IP address

 

Common methods for hiding an IP address include using a VPN, proxy server, NAT firewall, or anonymizing browser. You can also try connecting to a non-static IP address or resetting your router.

 

Here’s a closer look at different ways to hide your IP address:

  • VPNs: A VPN hides your IP address by encrypting and routing your internet traffic through a VPN server, which assigns you a new IP address and masks your original one.
  • Proxy servers: Although they typically lack encryption, proxies can help hide your IP address by displaying their server IP address to the sites you visit.
  • Dynamic IP addresses: Your IP address won’t exactly be obscured, but by changing periodically, dynamic IP addresses assigned by a public Wi-Fi network or your mobile carrier make it harder for you to be tracked or targeted.
  • NAT firewalls: A NAT firewall on your router helps hide your IP address by using a shared public IP for multiple devices, preventing incoming traffic from accessing your devices directly without port forwarding.
  • Reset your modem: Resetting your modem can assign a new dynamic IP address, replacing your previous IP and disrupting any ongoing tracking or attacks aimed at your old IP address.
  • Browse with Tor: By routing your internet traffic through an encrypted network of server “nodes,”  Tor helps mask your original IP address — although it is still exposed to the first node in the network.
  • Reset your router: Performing a router reset may assign a new local IP to devices, but it won’t necessarily change your public IP unless your ISP provides a dynamic IP.
 

Mask your IP address

 

Don’t want hackers turning up on your digital doorstep? Hiding your IP address with a VPN from a trusted brand is the most effective and reliable way to boost your internet privacy and security.

 

Norton VPN helps shield your IP address from prying eyes looking to track your online activity, uncover your location, or steal sensitive personal or financial data. Thanks to bank-grade encryption, your IP is masked, and your data is routed through a secure tunnel, helping to ensure a private and secure online experience every time you connect.

 

To receive more information about Aufiero Informatica, please click here

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What is an IP address?

What is an IP address? Your IP address is like your digital home address. It lets your devices, like your computer or phone, connect online

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How to remove a virus from an Android phone in 6 steps https://www.antivirus-la.com/en/how-to-remove-a-virus-from-an-android-phone-in-6-steps/ Wed, 09 Apr 2025 16:07:00 +0000 https://www.antivirus-la.com/?p=1538

How to remove a virus from an Android phone in 6 steps

Is your phone slowing down or overheating? Unusual behavior could be a sign you have a virus. Learn how to remove viruses from your Android and discover how Norton can help stop scam attempts and malware from stealing your information or money.

Threat intelligence researchers estimate that as of March 2025, there are almost 36 million instances of malware on Android devices. Viruses, one common type of malware, lurk in downloadable files and apps that you can unknowingly install on your device. While removing them might seem daunting, you can often get rid of viruses on your phone in just a few simple steps.

 

This step-by-step guide will show you how to remove viruses. Plus, you’ll learn some warning signs of an infection and tips to help keep your phone or tablet safe from malware.

 

1. Run an antivirus scan

 

An antivirus app like Norton Mobile Security can be your Android’s best friend. Often, a quick scan is all it takes to identify and eliminate unwanted malware.

 

To run an antivirus scan, open your antivirus, click the scan button, and follow the on-screen instructions. Some antivirus programs let you schedule regular scans, while others offer real-time protection. A good antivirus will help eliminate any virus from your device.

 

2. Clear your cache and cookies

 

If your phone has malware, you should clear your browser’s cache and cookies. This can help remove hidden malicious files or data that malware might use to operate.

 

Here’s how to clear the cache and cookies on Chrome, one of the most popular browsers for Android users:

  1. Open Google Chrome.
  2. Tap the three-dot menu in the upper-right corner.
  3. Select Delete browsing data.
  4. Choose All time from the drop-down menu, then select Delete data in the bottom-right corner.
 

3. Reboot your device in safe mode

 

Rebooting your device in safe mode — a stripped-down version of your operating system used for troubleshooting — disables third-party apps (the ones you’ve installed yourself) and prevents them from accessing features like your camera or maps. This can stop malware, such as spyware, from running through those apps while you’re trying to remove it.

 

Here’s how to reboot your Android device in safe mode:

  1. Hold down the power button on the side of your device.
  2. Press and hold the Power off button on your screen.
  3. Press OK to confirm you want to enter safe mode.
 

If your phone behaves normally in safe mode, it could indicate that malware is hidden in a third-party app. Signs of malware include slow performance, overheating, or apps opening and closing suddenly.

 

4. Remove infected apps and files

 

Search for unfamiliar files or apps you don’t recognize — delete anything suspicious. To remove an app, long hold it until it starts jiggling, then tap uninstall.

 

Fake apps that may contain malware should be the first thing you remove. Look for these signs when reviewing your apps:

  • Unusual permissions: Check your app permissions and ask yourself whether you actually granted them. If an app has access you don’t remember approving, consider removing it.
  • Duplicate apps: If you see two apps with the same name and icon, one might be fake. Remove them both, then re-download a trusted version from the official Google Play Store.
  • Non-official sources: Apps downloaded from unverified websites are more likely to contain malware. Look for apps you didn’t install from a developer’s official website or the Google Play Store.
  • Negative user reviews: Check customer reviews to see if others have reported malware. If they have, uninstall the app.
  • Unusual design: Apps with odd layouts, broken features, or that mimic others may be spoofed. These are more likely to contain malware — best to delete them.
 

After checking to see if you have suspicious apps, move on to your files. You can review your files using Google’s built-in Files app to explore system folders.

 

If you find any suspicious files, look them up before deleting them, as removing vital files could cause additional problems for your phone. If you’re unsure if a file is malware or a crucial system file, it’s best to use dedicated antivirus software, like Norton Mobile Security, which will help identify and remove harmful files for you.

 

5. Activate Google Play Protect

 

Google Play Protect provides you with a free extra layer of protection against sneaky malware. It’s a built-in defense system that scans apps and warns you if something looks suspicious. It could help you avoid installing dangerous apps in the first place.

Here’s how to turn on Google Play Protect:

  1. Open Google Play and select your profile icon in the upper-right corner.
  2. Select Play Protect, then the gear icon in the upper-right corner.
  3. Toggle on Scan apps with Play Protect and Improve harmful app detection.
 

Enabling “Improve harmful app detection” will scan apps downloaded directly from websites. While this feature adds an extra layer of protection, it’s still essential to verify the developer and ensure you’re downloading apps from their official website.

 

6. Perform a Google account security checkup

 

Once you’re sure your device is free of malware, perform a Google account security checkup. Malware can collect your Google account credentials or take control of your account. A quick security checkup could help lock down your account and keep your information safe.

 

Here’s what you should review during the Google security checkup:

  • Saved passwords: If you use Google Password Manager, review your passwords to see if any are weak or compromised. Change them to strong, unique passwords to keep your passwords secure.
  • Devices logged in: Review the devices connected to your Google account. If you find an unauthorized device, remove it immediately and update your account password.
  • Security activity: Check for any unusual activity, like login attempts from places you don’t recognize. This could be a sign your account has been compromised through malware or a data breach.
  • Two-factor authentication: Enable two-factor authentication (2FA) to add an extra layer of security, protecting you from account takeovers. This makes it much harder for hackers to access your account, even if they have your password.
  • Third-party apps: Review the apps that have access to your Google Account. If you don’t recognize any or haven’t used them in a while, revoke their access to prevent unwanted data collection.
 

Last resort: Factory reset your device

If you’ve tried everything and your phone still has malware, factory reset your device. This will erase all the apps and files on your phone, so don’t forget to back up your important data first.

 

Here’s how to factory reset your Android phone:

  1. Open Settings, scroll down and tap System.
  2. Scroll down to the bottom and select Reset options.
  3. Select Erase all data (factory reset).
 

In case you missed the very first step, run an antivirus scan like Norton Mobile Security for Android before attempting a factory reset. It could save you from losing all the files on your phone and the hassle of having to set it up again.

 

Signs your Android phone may have malware

 

If your phone is overheating or running slowly, or its battery drains quickly, it might have malware. Act immediately to stop hackers from collecting your data or encrypting your files and holding them for ransom.

 

Here are some signs your Android device has malware:

  • Your device is behaving strangely: Phone slowdowns, overheating, or fast battery draining could be signs malware is putting excessive strain on your device. You’ll want to reset your phone in safe mode to find out if an app is causing this.
  • You’re getting too many pop-up ads: Seeing too many pop-up ads may be a sign your phone has a specific type of malware known as adware. Adware can collect your information, sell it to other companies, and bombard you with annoying advertisements.
  • Your phone has unrecognized apps: Look at your app list to see if you have any apps you don’t recall installing yourself. These could be malware that snuck onto your phone and self-installed without you knowing.
  • You have unusually high data usage: A sudden spike in data use could be a sign that malware is sending information from your device to cybercriminals. Check your data usage in your phone’s settings or on your bill (if you have data limits), and disconnect from the internet if anything seems off.
  • You’re receiving unsolicited messages: This might mean that malware on your device has already shared some of your personal data with cybercriminals. Unsolicited messages could be part of smishing attacks to trick you into revealing more sensitive information.
  • Your phone is sending messages: Some malware can access your phone’s messaging app and text your contacts. If somebody asks you about weird messages coming from your number, it could be a sign your device is compromised.
 

Knowing the signs is the first step to getting rid of malware from your Android device. To be safe, run an antivirus scan right away to detect and delete any threats.

 

Tips to help protect your Android device against malware

 

The easiest way to help shield your Android device from malware is to install a robust antivirus solution. You can also boost your protection by updating your software, avoiding suspicious links, and using strong passwords.

 

Here are some tips to protect your Android device:

  • Use antivirus software: Good antivirus software, such as Norton Mobile Security for Android, can help keep your phone safe. It also saves you from needing to remove malware manually.
  • Keep software up to date: Outdated software can be full of exploits hackers use to access your phone. Updating software gives you the best chance to avoid these weaknesses.
  • Don’t click suspicious links: Suspicious links can lead to unsafe websites, which could automatically install malware on your device. Avoid any links in unsolicited messages — whether you receive them via text, email, or social media.
  • Use strong passwords: Create strong passwords for each account to reduce your chances of account takeovers. Make each account password unique, as reusing passwords makes you vulnerable to brute-force attacks.
  • Avoid untrustworthy apps: Only install apps from the Google Play Store or directly from a reputable developer’s website.
  • Avoid rooting your phone: Rooting removes the built-in restrictions of the operating system, allowing deeper customization, but it also weakens your Android’s security.
  • Avoid unsecure Wi-Fi connections: Public Wi-Fi connections are usually less secure than private ones. To secure your internet connection when using public Wi-Fi, use a VPN for encryption. This helps protect you from hackers performing man-in-the-middle attacks on the network.
 

What can viruses and other malware do to your Android phone?

 

Malware and viruses can steal your sensitive information, infiltrate your device to install even more malware, and encrypt your files to hold them hostage. In extreme cases, malware can even wipe your system, leaving your device unusable.

 

Ultimately, most cybercriminals create malware to make money. They’ll try to extort funds directly from you, peddle your personal information on the dark web, or even steal your identity. That’s why wiping out any viruses from your Android before they can wreak havoc on your digital life is crucial.

 

Keep your Android phone safer from malware

 

Phones are prime targets for malware because they store so much personal data. Just think of all the information you entrust to your phone!

 

Help safeguard your device and valuable data with Norton Mobile Security for Android, which can warn you about shady apps and fraudulent websites. By taking proactive steps and arming yourself with the right tools, you can keep your Android safer from malicious threats.

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Norton

What is an IP address?

What is an IP address? Your IP address is like your digital home address. It lets your devices, like your computer or phone, connect online

Read More »
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Ransomware statistics: Facts and trends for 2025 https://www.antivirus-la.com/en/ransomware-statistics-facts-and-trends-for-2025/ Tue, 01 Apr 2025 15:04:51 +0000 https://www.antivirus-la.com/?p=1482

Ransomware statistics: Facts and trends for 2025

Ransomware is an ever-growing threat to businesses, organizations, and individuals everywhere. The more you know about this cyber-menace, the better protected you are. Learn about some of the most alarming ransomware statistics, and defend against ransomware attacks and other digital threats with a state-of-the-art Cyber Safety tool.

Ransomware is an insidious variety of malware that cybercriminals use to encrypt their targets’ essential system data and effectively lock users out of their software. The attackers then threaten to further restrict access or leak sensitive information unless their victims pay up. Ransomware attacks frequently target large organizations like schools, hospitals, and corporations.

 

With so many organizations reliant on IT infrastructure, ransomware attacks can have a devastating impact. Keep reading for the latest statistics and trends in ransomware, and learn what you can do to protect yourself and your organization.

 

Key ransomware statistics

  • According to a Gen Threat Reportransomware attacks surged by 50% in the final three months of 2024, building on the 100% increase that had already happened in the three months prior.
  • In 2023, 66% of organizations reported experiencing a ransomware attack according to a 2024 Sophos survey. But ransomware attacks are likely to be grossly underreported.
  • In fact, Black Fog estimated that in June 2024 the ratio of unreported attacks was at 774% — meaning at least seven times more attacks occurred than were reported. This is despite improvements in reporting in recent years, highlighting the sheer scale of the ransomware problem.
  • According to an ExtraHop survey91% of ransomware victims paid at least one ransom within the last year, despite 88% of surveyed organizations reporting that they’re confident in their organizations’ ability to manage cyber threats.
  • Small businesses are among the most vulnerable to lasting damage. A University of Maryland study found that following a ransomware attack, 60% of small businesses folded within six months due to the financial repercussions, as many of them did not have the resources to resist effectively.
  • When vital institutions like hospitals are targeted, ransomware attacks can be deadly. A study conducted by the University of Minnesota found that among patients already admitted when an attack begins, ransomware attacks on hospitals result in 35% to 41% increases in in-hospital mortality rates. This is because ransomware disrupts critical care, jeopardizing the lives of patients in critical conditions.
 

How frequent are ransomware attacks?

 

In the first half of 2024 alone, more than 2,500 attacks were reported, amounting to 14 per day, but those attacks are just the ones that got reported. According to another study, the number of reported ransomware attacks — both failed and successful —  in 2023 amounted to about 10 attempts per second.

 

Semperis, an expert Active Directory security company, even updated their general philosophy to “assume constant breach” in their 2024 Ransomware Risk Report, which found that 74% of survey respondents reported being targeted by ransomware multiple times within the previous 12 months.

 
 

It’s easier than ever to launch a ransomware attack, thanks to the spread of Ransomware-as-a-Service (RaaS) and the accessibility of hacking tools. RaaS is now available for purchase on the dark web, meaning hackers don’t have to create their own ransomware to carry out attacks.

 

LockBit is one of the most popular RaaS providers, responsible for 24% of ransomware attacks worldwide in 2023. In fact, the top five ransomware variants are all RaaS:

  1. Lockbit
  2. ALPHv/BlackCat
  3. Cl0p
  4. Play
  5. Black Basta
 

Among the different kinds of ransomware attacks, supply-chain attacks are gaining prominence. Of the data breaches that occurred in 2023, 15% involved a third party or supplier. Meanwhile, one of the most notable ransomware attacks of 2024 targeted Blue Yonder, a supply chain software company, resulting in widespread fallout with two of its biggest clients: Starbucks and Morrisons, a supermarket chain.

 

Supply-chain ransomware attacks are especially effective as they have ripple effects not only across the targeted organization, but throughout the industry the target serves. As organizations become more interconnected and rely on centralized systems, they’re increasingly vulnerable to ransomware attacks. This vulnerability is often exacerbated by victims’ urgent need to prevent disruptions in their operations, which can lead to hasty decisions regarding payments.

 

Law enforcement steps up, but so do threats

 

At the end of 2023, a major bust-up of the ALPHv/Black Cat gang’s ransomware operation scored a big win for law enforcement. This helped around 500 victims avoid paying $68 million in ransom demands collectively. By the time the FBI acquired ALPHv’s encryption keys, the gang had already exploited over 1,000 victims and accepted $300 million worth of ransom payments.

 

However, with every cybercriminal operation that gets busted, another one sprouts up to take its place, and the newcomers are often even more formidable. For example, the LockBit ransomware group got in touch with ALPHv’s affiliates, convincing them to switch over and continue negotiations with victims.

 

As a result, 2024 was LockBit’s biggest year ever — until the FBI got ahold of 7,000 encryption keys. This is good news for law-abiding netizens, but it won’t be long before another ransomware gang crops up to take its place.

 

Types of ransomware

 

There are many types of ransomware out there, as well as multiple ransomware groups. Ransomware-as-a-Service is by far the most popular type of ransomware, with the top five attackers in the United States being RaaS.

 

Lockbit, APLHv, and Cl0p are among the most notorious ransomware strains of the past year, with relative newcomer Play, which first appeared in 2022, also proving to be a formidable threat. In 2023, Play attacked IT service provider Xplain and published 65,000 files relating to the Swiss government on the dark web.

 

Other types of ransomware specifically target individual users and small businesses, demanding thousands of dollars rather than millions. Here are the top ransomware strains of 2024:

  1. RansomHub
  2. LockBit
  3. Medusa
  4. Play
  5. INC
 

Common ransomware targets

 

Ransomware attackers go where the money is. This means industries and high-income countries, rather than consumers and lower-income countries, are more likely to be attacked. Here’s the breakdown of the most common ransomware targets.

 

Businesses

 

Retailers saw the biggest increase in ransomware attacks, experiencing a 22% rise in attacks per week. Financial service providers are also targeted more frequently. By the end of 2024, 65% of financial organizations worldwide had reported being hit by at least one ransomware attack.

 

Healthcare and public health organizations, including hospitals, are also among the most likely to be targeted. Critical infrastructure sectors and organizations are popular targets because they’re more likely to pay a ransom to restore access quickly to critical services.

 

The top five industries with the most reported ransomware attacks in 2024 were:

  1. Manufacturing
  2. Finance
  3. Service
  4. Retail
  5. Food and Beverage
 

The education sector is also increasingly targeted by ransomware. In 2023, attacks against K-12 schools increased 105%, while attacks on higher education increased 70%.

Individuals

 

While ransomware attacks primarily target large organizations that can presumably afford a hefty ransom, some attacks are pure extortion against customers and end users. In 2023, the Cl0p ransomware gang hacked MOVEit transfer — a secure managed file transfer software — and held the data of nearly 18 million individuals hostage.

 

More broadly, one-third of American consumers reportedly had their data stolen in 2023, totaling 6 terabytes. Personal identity and health information were the most likely information to be stolen.

 

Specific countries

 

The United States experienced more ransomware attacks than any other country in the last few months of 2024, with half of all attacks targeting it. Meanwhile, France experienced the highest rate of attacks throughout 2024, with 74% of organizations reporting they had been hit within the last year.

 

Who carries out ransomware attacks?

 

The World Cybercrime Index, which compiles cybercrime data from all over the world (including data on ransomware attacks), found that most cyberattacks originate from a small number of countries. Here are the top five, with Russia being the originator of the most cyberattacks.

  1. Russia
  2. Ukraine
  3. North Korea
  4. China
  5. United States
 

These countries top the list due to several factors: they have a highly educated populace, relatively few opportunities to profit (in some cases), and geopolitical significance.

While cyberattacks may be part of an international conflict, most ransomware attacks are carried out by individual criminals using RaaS or organized cybercriminal gangs working independently of state influence. A relatively small number of gangs are responsible for most ransomware attacks.

 

In the healthcare industry, more than half of all ransomware attacks are carried out by one of five ransomware gangs. Of course, there are always new ransomware gangs popping up. By the second quarter of 2024 alone, there were 27 new ransomware groups on the scene.

 

The financial impact of ransomware

 

In 2023, ransomware payments surpassed $1 billion for the first time ever, and the average cost of a ransomware attack is now $4.91 million. Notably, ransomware can have a devastating financial impact on businesses even when they don’t pay up. Meanwhile, the financial impacts of downtime, lost productivity, and reputation damage can be difficult to quantify.

 

Cryptocurrency is by far the most popular payment currency for ransomware attackers, due in part to its greater anonymity. By mid-2024, almost $460 million in ransoms had already been paid in cryptocurrency. 2024 was also a record-breaking year for ransomware payments in general, with the largest ever payment, amounting to about $75 million, paid to the Dark Angels ransomware group.

 

In the 2024 State of Ransomware study, published by ActualTech, researchers found that 29% of queried organizations have a strict no-payment policy for ransomware, which ensures they have a clear procedure to follow if they fall victim. However, there’s still a long way to go, as another 29% of organizations have no ransomware policy at all.

 

Insurance can help mitigate financial losses: in 2023, insurance was used to pay for about one-quarter of the amount demanded for ransom. While insurance is a boon to victims, it does little to address the underlying problems that incentivize ransomware attackers.

 

It’s been shown time and time again that paying the ransom doesn’t pay off. Only one-third of organizations that paid ransom in 2023 got data access fully restored, and 13% of those who paid didn’t get access restored at all and had to retrieve their data another way.

 

Even if data access is fully restored, breached data often ends up on the dark web, where cybercriminals can buy and sell information for future attacks or schemes to commit identity theft.

 

The amount of data available on the dark web is massive. While exact figures are hard to come by, known data leaks help reveal the scale of the problem. In a single data breach of AT&T in 2024, more than 70 million customers’ data appeared on the dark web.

 

Downtime resulting from lost access to valuable data also has financial repercussions. Businesses average 56 hours of downtime following a security incident. In heavy industry, the median cost of downtime averages around $125,000 per hour; thus, 56 hours of downtime would amount to over $7 million in losses per security breach.

 

Ransomware attack methods

 

The most “traditional” ransomware attack method remains the most prevalent; the majority of ransomware attacks businesses observed in 2023 were carried out through data encrypted for ransom, at 55%.

 

However, for many organizations, data encryption attacks are accompanied by other attack vectors too, especially when they fail to invest in proper cybersecurity.

 

Double extortion is another increasingly popular ransomware attack method: ransomware attackers not only encrypt sensitive data, they also exfiltrate (steal it) and threaten to sell or leak the data on the dark web. According to Rapid7 Labs, an average of 24 ransomware groups posted on leak sites per month in the first half of 2023, and the number increased to 40 groups in the same period of 2024 — a roughly 66% increase in ransomware groups posting to data leak sites.

 

Another increasingly common ransomware method is posting the data to leak sites. In 2023, there was a 75% spike in posts to data leak sites compared to 2022. Combined, ransomware attacks that occurred through exploited vulnerabilities and compromised credentials accounted for 65% of attacks in 2023.

 

Some ransomware also gets through to a device directly through phishing emails, but this only accounts for around 5% of cases. Most ransomware attacks are made through stolen credentials obtained on the dark web. Stolen data can be obtained through phishing scams on social media or other communication methods, indirectly connecting phishing to ransomware attacks.

 

Ransomware predictions and prevention

 

Ransomware attacks are expected to become more frequent and financially damaging. By 2031, it’s predicted that a ransomware attack will occur every 2 seconds, which translates to a mind-boggling 43,200 attacks per day. Globally, quantifiable losses attributed to ransomware are estimated to reach $265 billion by 2031.

 

Ransomware attacks are also more likely to be linked to state actors, with governments making use of hackers and RaaS to fund military operations or advance political agendas.

 

Despite the predictions and current prevalence of ransomware, many organizations lack proper preventative strategies against ransomware attacks.

 

Many are woefully unprepared. According to Ransomware.org’s 2024 State of Ransomware report, just under half (48%) of survey respondents felt their organization was ready for a ransomware attack. A similar proportion of organizations (46%) had small incident response teams, of 5 people or less.

 

Many ransomware attacks occur in part due to sensitive data obtained from data breaches. A Ponemon study found that 60% of data breaches occurred due to an unpatched known vulnerability that could have been fixed before the data breach. In the same survey, 52% of respondents said they used manual processes to respond to vulnerabilities, putting them at a disadvantage.

 

AI may change the impact of future vulnerabilities, with AI tools being used for patch management. Microsoft found that using AI allowed the company to predict the vulnerabilities most likely to be exploited within 30 days of their disclosure.

 

End-user employees outside IT departments are often the weakest link in organizations’ defenses. However, cybersecurity training can reduce the risk of cyberattacks from 60% to as low as 10%.

 

Using cybersecurity software, such as antivirus, can help avoid ransomware and other preventable online threats.

 

Help defend against ransomware attacks

 

Ransomware attacks aren’t going away. New threats are constantly appearing and evolving, and it’s up to you to stay one step ahead of attackers.

 

Norton 360 Deluxe can help you stay on top of evolving threats and keep your data safer. In addition to protection against ransomware, viruses, and other malware, Norton 360 Deluxe helps block fake websites that attempt to steal your passwords. It also comes with a secure VPN so you can browse the internet more privately. Get award-winning cyberdefenses to help secure your digital life.

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Top 5 social media scams https://www.antivirus-la.com/en/top-5-social-media-scams/ Fri, 21 Mar 2025 15:42:26 +0000 https://www.antivirus-la.com/?p=1449

Top 5 social media scams

Los sitios de redes sociales como Twitter y Facebook tienen un lado oscuro. Las solicitudes de phishing son una táctica común de los ciberdelincuentes. Tenga cuidado de no hacer clic a ciegas en URL acortadas. Compruebe su protección antivirus y anti-spyware.

We’re wired to be social creatures, and sites like Twitter and Facebook have capitalized on this to great success. According to its COO Sheryl Sandberg, Facebook draws 175 million logins every day.

 

But with this tremendous popularity comes a dark side as well. Virus writers and other cybercriminals go where the numbers are — and that includes popular social media sites. To help you avoid a con or viral infection, we’ve put together this list of the top five social media scams.

 

5. Chain Letters

 

You’ve likely seen this one before — the dreaded chain letter has returned. It may appear in the form of, “Retweet this and Bill Gates will donate $5 million to charity!” But hold on, let’s think about this. Bill Gates already does a lot for charity. Why would he wait for something like this to take action? Answer: He wouldn’t. Both the cause and claim are fake.

 

 

So why would someone post this? Good question. It could be some prankster looking for a laugh, or a spammer needing “friends” to hit up later. Many well-meaning people pass these fake claims onto others. Break the chain and inform them of the likely ruse.

 

4. Cash Grabs

 

By their very nature, social media sites make it easy for us to stay in touch with friends, while reaching out to meet new ones. But how well do you really know these new acquaintances? That person with the attractive profile picture who just friended you — and suddenly needs money — is probably some cybercriminal looking for easy cash. Think twice before acting. In fact, the same advice applies even if you know the person.

 

Picture this: You just received an urgent request from one of your real friends who “lost his wallet on vacation and needs some cash to get home.” So, being the helpful person you are, you send some money right away, per his instructions. But there’s a problem: Your friend never sent this request. In fact, he isn’t even aware of it. His malware-infected computer grabbed all of his contacts and forwarded the bogus email to everyone, waiting to see who would bite.

 

Again, think before acting. Call your friend. Inform him of the request and see if it’s true. Next, make sure your computer isn’t infected as well.

 

3. Hidden Charges

 

“What type of STAR WARS character are you? Find out with our quiz! All of your friends have taken it!” Hmm, this sounds interesting, so you enter your info and cell number, as instructed. After a few minutes, a text turns up. It turns out you’re more Yoda than Darth Vader. Well, that’s interesting … but not as much as your next month’s cell bill will be.

 

You’ve also just unwittingly subscribed to some dubious service that charges $9.95 every month.

 

As it turns out, that “free, fun service” is neither. Be wary of these bait-and-switch games. They tend to thrive on social sites.

 

2. Phishing Requests

 

“Somebody just put up these pictures of you drunk at this wild party! Check ’em out here!” Huh? Let me see that! Immediately, you click on the enclosed link, which takes you to your Twitter or Facebook login page. There, you enter your account info — and a cybercriminal now has your password, along with total control of your account.

 

How did this happen? Both the email and landing page were fake. That link you clicked took you to a page that only looked like your intended social site. It’s called phishing, and you’ve just been had. To prevent this, make sure your Internet security includes antiphishing defenses. Many freeware and shareware programs don’t include this essential protection.

 

1. Hidden URLs

 

Beware of blindly clicking on shortened URLs. You’ll see them everywhere on Twitter, but you never know where you’re going to go since the URL (“Uniform Resource Locator,” the Web address) hides the full location. Clicking on such a link could direct you to your intended site, or one that installs all sorts of malware on your computer.

 

URL shorteners can be quite useful. Just be aware of their potential pitfalls and make sure you have real-time protection against spyware and viruses.

 

Bottom line: Sites that attract a significant number of visitors are going to lure in a criminal element, too. If you take security precautions ahead of time, such as using antivirus and anti-spyware protection, you can defend yourself against these dangers and surf with confidence.

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