1. PIN-and chip-equipped bank cards

In today’s digital environment, bank cards with a chip and PIN are a very effective way to protect financial data. By utilising advanced encryption technologies, chip cards considerably lower the possibility of financial fraud. The main advantage of the chip is that it generates a unique transaction code for each transaction, making it hard to reuse and preventing the illegal copying of your card information—known as “skimming.”

How it works:

The chip on your card interacts with the device when you insert it into an ATM or payment terminal. Encryption technology protects sensitive data, like your credit card number and personal details. Normally, you have to enter your PIN in order to finish the transaction. By doing this, protection against unauthorised access is strengthened and one more level of authentication is added. This technology expedites the payment process and significantly improves transaction security, providing users with a more streamlined and secure experience.

Who it suits:

This payment option works well for people who frequently use their cards for internet or retail purchases. It is highly recommended for those who want to lower their risk of potential financial losses and want consistent protection against fraud. Because PIN and chip technologies offer dual security measures, users may be assured that their financial assets and personal information are secure.

2. Paying using a mobile device

Mobile payment systems such as Apple Pay and Google Pay employ tokenization technology to enhance the security of online payments. The process of tokenizing involves substituting private credit or debit card data with a safe digital version called a “token.” Due to their limited use, these tokens are worthless to scammers and significantly lower the possibility of financial data leaks.

How it works:

It’s simple and obvious to use mobile payment methods:

1. Adding a Card: Initially, input your bank card details into the mobile app. Instead of this data, which is encrypted, a token is safely saved on your device.
2. Pay for purchases: When you make a purchase through the app, the store does not receive your actual credit card information. Instead, it uses a token that is sent across secure servers and authorised by your bank. Payments may now be made more easily and securely at the payment terminal with only a tap or the display of your phone.

Who it suits:

This kind of payment is particularly appropriate for people who value the speed and portability of mobile devices in their daily life. If you’re a frequent shopper with a smartphone and want to reduce the hazards involved with using physical credit cards, mobile payments are perfect for you. They are a great choice for persons who frequently travel or do business overseas because they also make it easy to make payments without the need for currency exchange or additional fees.

3. Virtual disposable cards

Virtual payment security can be strengthened with virtual disposable cards. A distinct number is produced for each usage of these cards, which can be used for all or just some of the transactions. These numbers are void after usage, which greatly lowers the possibility of fraud and misuse of data. This method is particularly effective against man-in-the-middle attacks, where attackers can intercept or falsify bank data during a transaction.

How it works:

1. Obtaining a virtual number: Through the online banking interface or the bank’s specialized application, users can create a virtual card. To do this, select the virtual card creation function. Then the system will show you a unique card number, expiration date, and CVV code.
2. Use as payment: This unique card number is used for one or more online purchases. Once the transaction is completed or expires, the number becomes invalid and cannot be used again.

Who’s Eligible:

Virtual disposable cards are perfect for people who frequently transact large amounts of money online and want to optimise the security of their money and personal information. They are also beneficial for those exploring new online shops or services where trust in the merchant is yet to be built. Virtual cards simplify the safeguarding and verification of funds while minimizing the risks associated with data leaks. Furthermore, they work well for quick and safe transactions with foreign internet sellers, where security is especially important.

4. Electronic purses (PayPal, WebMoney)

E-wallets, like PayPal and WebMoney, are popular tools for managing virtual finances because of their ease of use and high level of security. One of the main advantages of e-wallets is the ability to execute financial transactions without divulging bank account numbers or credit card information to third parties. This significantly reduces the likelihood of fraud and data breaches. In addition, the majority of these platforms come with extra security features like buyer protection, which guarantees returns in the event that the ordered item is not delivered or does not live up to the customer’s expectations.

How it works:

1. Registering and linking accounts: To link one or more bank cards or bank accounts to an e-wallet system, you must first create an account in the system of your choice. This data is kept in a safe environment and is encrypted.
2. Transaction processing: Just enter your password and e-wallet login to complete payments or fund transfers. This method reduces the chance that fraudsters may get your personal information by eliminating the need to enter your credit card information for each purchase.

Who it’s suitable for:

This method is ideal for individuals who regularly shop internationally, as many e-wallets support multiple currencies and simplify the conversion process. Since it enables speedy and safe payments to various locations worldwide, it’s also a perfect choice for people who work with freelancers or hire remote contractors for services. Users enjoy e-wallets because of their ease of use, speed at which transactions may be completed, and ability to recover funds in the event of fraud.

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In these environments, a variety of tasks can be performed safely, whether it’s working with sensitive data, testing software, or browsing the web suspicious of malicious elements. 

Using virtual machines minimises the risks of data leakage and significantly reduces the likelihood of a successful malware attack, as any impact is limited to the virtual environment. This helps to protect the underlying system and the user’s personal data from potential threats.

Similarly, it is important to consider that reliable methods such as casino reviews by Teo Emiliano provide valuable data to help users make informed and safe choices online.

1. Operating System Security

Virtual machines allow users to maintain secure copies of the operating system that can be easily restored in the event of virus infection. This is particularly useful when users encounter suspicious files or programmes. Instead of risking infection of the main system, actions are performed in a virtual environment, allowing for a quick rollback to a safe state if malware is detected.

2- Email Client Isolation

Most viruses are spread via email attachments. Installing the email client in a virtual machine eliminates the possibility of infecting the underlying operating system. If a virus is detected, all you need to do is restore the virtual machine from a backup, ensuring your data is clean and safe.

3. Personal Data Protection

Virtual machines provide an effective means of protecting sensitive information from outside interference, especially for individuals whose work requires confidentiality, such as journalists or human rights activists. Isolating data in a virtual environment helps protect it from unauthorised access, including built-in tracking mechanisms for operating systems and applications.

4. Protecting Network Identity

Many applications and services, such as Facebook, can track devices on the network by MAC address. Virtual machines use isolated network interfaces, making it impossible to discover the MAC addresses of the primary device and other connected devices. This greatly increases privacy and makes it difficult to track user activity.

5. Hiding Unique Device Identifiers

Operating systems such as Windows and macOS contain unique identifiers that can be used by applications to track users. 

Virtual machines running the Linux operating system are devoid of such persistent identifiers. This creates an additional layer of anonymity, as tracking user activity becomes much more difficult. 

When using Linux, a virtual machine does not contain data such as a persistent licence number or unique product identifier, which is often found in Windows system registers. Thus, using a virtual machine greatly increases privacy, as the user’s personal data remains hidden from external applications and services.

6. Bypassing Microsoft and Apple Identification Systems

The use of virtual machines also avoids applications accessing the system registers of Windows and Apple operating systems, where a lot of sensitive information is stored. 

Data such as user name, licence key or login details are protected in the isolated environment of the virtual machine. This is especially important when using applications that can collect data to create a digital profile of the user, such as for advertising or tracking purposes. 

The virtual machine provides protection against this type of intrusion, allowing the user to remain anonymous even when using potentially insecure applications. This creates a barrier that prevents access to personal information and increases the user’s control over their digital life.

Recommendations For The Use Of Virtual Machines

To enhance privacy and security, it is recommended to use virtual machines for:

• Securely handling email: To protect the primary system from malicious attachments.
• Isolating sensitive data: Especially for those who work with sensitive information.
• Separating personal internet use from work internet use: Using different virtual machines for different tasks can help prevent cross-tracking between different activities.

Virtual machines not only improve security by isolating actions and data, but also provide the flexibility to manage different operating systems on the same physical device. 

This makes them an indispensable tool in the arsenal of any user concerned about their privacy and security in the digital space.

Summary

Virtual machines are a powerful tool for protecting privacy and security in the digital environment. They allow you to create an isolated space where you can safely conduct operations without worrying about impacting the main system or risking data leakage. 

Virtual machines offer the flexibility to manage multiple operating systems and applications while providing a high level of protection against malware, spyware and other threats. 

The use of these technologies helps to enhance privacy, maintain anonymity and improve the overall security of online activities.

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This trend is due to the increasing number of tasks that can be accomplished with a home server, while improving control over personal information and increasing the level of usability of digital resources. Let’s take a closer look at five key reasons why purchasing a home server can be a smart decision for a wide range of users.

1- Autonomy From Cloud Services

Using cloud services such as Google Drive or iCloud is convenient and practical, but it also means complete dependence on external companies that control access to your data. A home server gives you the option to store important files such as documents, photos and videos on your personal hardware. This not only enhances data security, but also reduces the risks associated with external threats or changes in cloud usage policies.

• Reliability: Personal data is stored at home and available whenever you need it.
• Control: Complete control over who can access your files and how.

2. Cost Savings

Despite the initial investment in server purchase and installation, this solution can prove to be cost-effective in the long run. Subscribing to cloud services requires monthly costs that can add up to significant amounts over time.

Comparing the costs of cloud services and a home server:

The savings start to be felt after a few years of use.

3. Local Multimedia Storage

Your own home server can be used to create a personal multimedia centre. Movies, music, photos – all of this can be organised and available for streaming over the local network to any device in the house. 

This is especially true if you want to have access to a large amount of media content without having to subscribe to multiple streaming services. In addition, using a home server for media storage avoids the limitations on the number of downloads or access to files that are often found with commercial services. 

You can also set up media management systems such as Plex, Emby or Jellyfin, which offer functionality comparable to popular streaming platforms.

4. DNS and VPN Services

Setting up your own DNS server, such as Pi-hole, allows you to effectively block adverts and keep your network secure. In addition, a VPN server on your home device provides secure access to your home network from anywhere in the world, which is especially important when using open Wi-Fi networks. 

A proprietary VPN allows you to encrypt all traffic travelling through your network, ensuring data privacy even in insecure network conditions. 

DNS and VPN services increase control over your own network and allow you to more flexibly manage access to Internet resources, preventing possible threats or interference with your privacy.

5. A Platform For Learning And Experimentation

A home server is an excellent platform for learning IT and networking technologies. On it, you can deploy various operating systems and services, conduct experiments, and test new software and customisations without risking the main working system. 

This provides invaluable IT experience that can be useful for both personal and professional purposes. The server gives you the ability to create and manage virtual machines, containers and various network configurations, making it ideal for learning network administration, programming and database management. 

These skills are essential in today’s digital world and can significantly increase your competitiveness in the labour market.

Conclusion

Setting up a home server may seem like a task for advanced users, but thanks to modern technology, the process is becoming more and more accessible and understandable. Whether you use it for personal files, as a multimedia centre or as a means of learning IT, a home server can bring significant benefits to every user.

FAQs

Can I use a home server to learn programming?

Yes, a home server is ideal for developing and testing software in an isolated environment.

Do I need special equipment to set up a home server?

Not necessarily; you can use an old computer or an inexpensive mini-PC such as a Raspberry Pi.

Can a home server be useful for home automation?

Yes, the server can be used as a smart home control centre, integrating various devices and automation scenarios.

How to ensure the security of the home server?

Update the software regularly, use complex passwords and set up a firewall.

Is it possible to use my home server to work remotely?

Yes, the server can provide access to work files and applications from anywhere there is an internet connection.

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The landscape of data privacy is a mosaic of laws and ethical practices. In the United States, from the Privacy Act of 1974 to the California Consumer Privacy Act (CCPA), a tapestry of regulations aims to shield our digital personas. These laws are the lighthouses guiding organizations and individuals through the murky waters of data protection, ensuring every piece of personal information is handled with care.

But in this digital marketplace where data is as precious as gold, taking control of your online presence is empowering. Imagine fortifying your digital domain with passwords as strong as dragon scales, shielding your browsing with the cloak of VPNs, and staying vigilant against the sirens of phishing scams. This is the modern crusade for privacy, where knowledge and caution are your trusty swords.

Diving Into the Heart of Personal Data

Personal data is the breadcrumb trail we leave across the digital forest. It ranges from the simple—like your name and email—to the more complex and sensitive, like medical records. Every click, every visit, every online purchase adds to this trail, collected by digital entities to enhance experiences or tailor ads. But remember, with great data comes great responsibility. It’s about knowing that behind every piece of data, there’s a story, a person, and a right to privacy.

The Global Charter of Data Protection

From the shores of the United States with its patchwork of federal and state laws to the comprehensive embrace of the European Union’s GDPR, the world is knitting a complex quilt of data protection standards. These legal frameworks are not just hoops to jump through; they’re a covenant between businesses and the public, promising respect and safeguarding of personal information.

The Arsenal for Data Protection

The digital knight’s armor against data threats is forged from the strongest materials: unique passwords, the stealth of VPNs, and the wisdom to dodge cyber traps. But it’s not just about personal vigilance; organizations wield their shields through transparent privacy policies, robust security protocols, and a culture of privacy awareness.

Navigating the Aftermath of a Breach

Even the mightiest fortresses can fall. When data breaches cut through our defenses, having a plan is like having a map out of the dark forest. It’s about quickly sealing breaches, informing those affected, and learning from the ordeal to rebuild stronger defenses. For individuals, it means monitoring for signs of identity theft and knowing when to raise the alarm.

In this digital era, protecting personal information is a shared journey—a quest we’re all on, armed with knowledge, tools, and laws to guide us. It’s a narrative of empowerment, where taking charge of our digital destinies shapes the future of privacy and security in the online realm. So let’s set sail into this digital horizon with our eyes open and our shields ready, for in the world of data, being prepared is the key to navigating safely.

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The Evolution of Privacy Concerns

Alright, let’s hit the fast-forward button on the evolution of privacy concerns. Back in the day, your diary was the Fort Knox of personal info. Then the internet rolled up and emails became the new carrier pigeons. But oh boy, when social media barged in, it was like we all moved into glass houses. Now, in the blink of an eye, data’s the new currency and everyone’s trying to pickpocket your digital wallet. Privacy? It’s like trying to play hide-and-seek while wearing neon clothes.

From Postal Mail to Emails

Once upon a time, the most private thing one could have was a letter. Sealed envelopes carried secrets, and the sanctity of this seal was respected. However, as we waved goodbye to the pigeon post and heralded the era of emails, we started to lose grasp of our personal information. Like a leaf in the wind, our data flows through the vast ocean of the internet.

The Social Media Boom

Now, enter social media – the game-changer. Remember when sharing was about lending your favorite book to a friend? Today, it’s about telling 500 friends what you had for breakfast. But here’s the twist: who else is having a piece of your digital pie?

The Value of Personal Data

Your personal data is like gold bars in a treasure chest. Companies are treasure hunters, and they’re itching to get their hands on it. Why? Because knowing what cereal you eat for breakfast or what memes you like helps them make ads that are like catnip for your brain. And guess what? This digital gold sometimes gets passed around like a bag of popcorn. 

The Digital Gold Rush

Your data is gold, literally. In the digital age, personal information is a currency. And there are countless miners out there, with their pickaxes and shovels (or should I say, algorithms), ready to dig into your life.

How Personal Data is Used

Businesses use your data to create personalized ads. Your shopping habits, your favorite places, your friends; they’re all puzzle pieces that create a picture of you. Creepy, isn’t it? But wait, there’s more! What about the times when this data is sold without your consent?

Risks of Personal Data Exposure

When your personal data is hanging out in the open, it’s like you’re throwing a party and the whole internet is invited – including the bad guys. From identity theft to creepy stalkers, the risks are no joke. It’s like leaving your diary at a coffee shop; anyone can read it!

Identity Theft

Imagine waking up one day to find out you have a twin, but it’s not human – it’s a collection of your stolen data. Identity theft can have disastrous effects on your financial and personal life.

Loss of Privacy

Big Brother is watching! Loss of privacy is like living in a glass house. Online surveillance by governments and corporations is a real issue. How comfortable are you knowing that your every move might be watched?

Protecting Personal Data

Guard your data like a ninja! Use crazy-strong passwords – no “password123” nonsense. Grab a VPN; it’s like your online invisibility cloak. And, be smart about sharing info. Not every site needs your life story. Data’s like gold; don’t let the pirates have it!

Encryption Techniques

First things first, let’s talk about encryption. It’s like turning your open letter into a secret code that only the recipient can understand. It’s not rocket science, folks. There are several tools out there that can help you encrypt your data.

Password Management

You wouldn’t use the same key for your house, car, and safe, would you? Then why use the same password everywhere? Managing passwords is crucial. Using a password manager is like having a high-tech keyring for the digital world.

Using VPNs

Think of a VPN as your personal invisibility cloak (Harry Potter fans, unite!). It masks your online presence, so it’s harder for the digital predators to find you.

The Intricacies of Live Casinos

Live casinos are like a digital Las Vegas – glitzy, exciting, and packed with action. You’ve got real dealers, chatty players, and games galore. But hold up! Before you dive in, remember to be a smart cookie. Security’s king here – you want your data locked up tighter than Fort Knox. And don’t get dazzled by a zillion games; quality’s what you’re after.

Are Live Casinos Safe?

What about when you want to play some poker or blackjack online? Enter the world of live casinos. These platforms bring the excitement of real casinos right to your screen. But how safe are your data and money? Some live casinos take security seriously. For instance, aviatorbetting.com uses the latest security protocols to ensure that your data is as safe as a crown in a castle.

Data Privacy Laws and Regulations

Data Privacy Laws like GDPR and CCPA are the internet’s bouncers – keeping the creeps out of your business. GDPR has your back in Europe, and CCPA is the cool Californian cousin. They make sure companies don’t get too grabby with your info, and if they do, they’ve gotta fess up. Think of these laws as your personal data bodyguards, flexing their muscles so you can surf the web without worries!

GDPR and CCPA

Your data is your kingdom, and GDPR and CCPA are its guardians. These regulations aim to give you control over your personal information and hold businesses accountable for protecting your kingdom.

Conclusion

Our journey through the labyrinth of privacy issues in the digital age has been both enlightening and chilling. It’s evident that as our lives become more intertwined with the digital world, the need for effective measures to protect our personal data becomes paramount. Whether it’s by using encryption, managing passwords, or being mindful of the platforms we use (like the secure aviatorbetting.com for the casino enthusiasts), it’s crucial to take a stand for our digital privacy.

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For a long time, cryptography was the province of lonely geeks. Among them were talented scientists, diplomats and clergymen. There are cases when cryptography was even considered to be black magic. This period of development of cryptography as an art lasted from time immemorial until the beginning of the twentieth century, when the first encryption machines appeared. The understanding of the mathematical nature of problems solved by cryptography came only in the middle of the 20th century after the works of the outstanding American scientist C. Shannon.

Some information about the properties of ciphers and their application can be found in fiction, especially in adventure, detective and military literature.

Modern cryptography includes four main sections:

Symmetric Cryptosystems. In symmetric cryptosystems, both encryption and decryption use the same key.
Public-key cryptosystems. Public key systems use two keys, a public key and a private key, which are mathematically related. Information is encrypted using the public key, accessible to everyone, and decrypted using the private key, known only to the recipient of the message.
Electronic Signature. An electronic signature system is a cryptographic transformation attached to a text that allows, when the text is received by another user, to verify the authorship and authenticity of the message.
Key management. It is a process of the information processing system, the content of which is the compilation and distribution of keys among users.
The main uses of cryptographic methods are the transfer of confidential information over communication channels (e.g. e-mail), authentication of transmitted messages, storage of information (documents, databases) on carriers in an encrypted form.

The process of cryptographic data closure can be implemented either software or hardware. Hardware implementation is much more expensive, but it has advantages: high performance, simplicity, security, etc. The software implementation is more practical and allows some flexibility in use.

Cryptographic methods of information protection have been known since ancient times and are the most reliable, because the information itself is protected, not the access to it. Today there are two possible implementations of cryptographic information closure – software and hardware.

Information security is a complex task aimed at ensuring security, which is realized by implementing a security system. The problem of information protection is multifaceted and complex and covers a number of important tasks. Problems of information security are constantly aggravated by the penetration of technical means of data processing and transmission in all areas of society and, above all, in computer systems.

Security features cannot be developed, acquired, or installed until the appropriate analysis is done.

The abstract analyzes the main methods of information protection – physical protection, legislative protection, access control (software protection), cryptographic closure of information. Each method has its own advantages and disadvantages.

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According to the GDPR, an organization must obtain explicit permission from the user to collect and use personal data.

Basic principles of the GDPR:

The company must provide each user with information about what data is used and why. At the same time, the user has the right to refuse the transfer and further storage of data.
Every user has the right to change or delete information about themselves at any time.
Companies must designate a data protection officer.
In the event of a breach of the regulation or a data leak, companies must notify EU countries within three days.
Users have the right to receive information about the processing of their personal data. The responsible employee is obliged to provide a copy of the information about him/her free of charge upon request.
The right to be forgotten. Each user may at any time ask to delete his or her data, stop its dissemination and processing.
The user can ask to transfer their data to another company.
Built-in algorithm. A mechanism for working with personal data should be added to the system at the design stage.
The need to obtain consent to process data for a specific purpose. If one data is collected to achieve several goals, it is necessary to obtain consent for each of them.
Before the GDPR, IT companies allowed themselves to ignore the requirements for processing personal data to achieve their own goals. The GDPR dramatically increases the amount of fines. Systematic non-compliance with the new requirements will result in a fine of up to EUR 20 million or 4% of the company’s turnover for the previous financial year.

The increase in the amount of the fine is necessary to enforce compliance with the GDPR for those IT giants that might have chosen to pay fines rather than comply with the new regulations. It is expected that Google, Facebook and other corporations will be forced to comply with the new requirements.

Before a fine is imposed, a potential violator will be sent a letter demanding that they eliminate the violations. This will help honest small and medium-sized businesses avoid unnecessary costs.

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However, even a VPN can’t stop companies like Facebook from collecting data about you when you use their site because it contains too much identifying information. This information can easily end up in the hands of data brokers, and from there, who knows where it will go.

Surfshark Incogni is a tool that can help remove you from data collection sites. It contacts the known data brokers in its database to ask them to delete your data and checks several times to make sure the data is erased.

If this piques your interest, check out our Surfshark Incogni review. However, it’s not the only reliable data privacy tool out there, so be sure to read our guide to the best data privacy management tools.

The ability to hide all of your personal data from companies, governments, and criminals is probably not coming anytime soon, at least not until privacy laws are improved.

However, there are some things you can do to protect your privacy online, as you can read in our guide to online privacy. Whether it’s reading the privacy policy of any company you provide information to, leaving social media sites, or regularly disallowing and clearing cookies, it’s impossible to protect your privacy online.

Even if you trust the company to which you provide data, mistakes can happen. To protect yourself, you should also use a good VPN to hide your IP address, or make sure the service has end-to-end encryption to protect your conversations from stalkers and data leaks. Be sure to check out our VPN and online gaming statistics.

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About 44% of people have experienced some form of online harassment.
Online stalkers are most effective when data protection measures are weak. Privacy statistics show that about 44% of Internet users have personally experienced some type of online harassment, ranging from offensive name-calling and stalking to physical threats and sustained aggressive behavior. Most of these victims are women, with one in six reporting such experiences compared to one in 19 men.

Young people aged 16 to 24 are less cautious about the information they disclose online than people aged 25 to 34.
When it comes to teens, social media and privacy statistics inform us that people aged 16 to 24 are most likely to engage in activities that could negatively impact them. Although young people are the most prominent users of the Internet, they are less cautious about online privacy. They tend to post photos and communicate with strangers.

25% of adult Internet users have posted sensitive information about themselves on social media sites such as Instagram and Facebook.
One of the most shocking statistics about social media privacy tells us that a quarter of adult internet users admit to having been careless and posted sensitive information about themselves on social media websites such as Facebook, Twitter, and Instagram.

If the gravity of this fact is not fully understood, it means that approximately one in four registered users of a social network has shared personal information on social media, such as their addresses (home and email), full names and phone numbers.

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• A study by the University of Maryland found a nearly constant rate of hacker attacks on Internet-connected computers – an average of one every 39 seconds.
• The cost of a data breach increased from $3.86 million to $4.24 million in 2021, the highest average on record.
• The average cost was $1.07 million higher for breaches where remote work was a factor in the breach compared to breaches where remote work was not a factor.
• The most common initial attack vector, compromised credentials, caused the majority of breaches (20%) with an average cost of $4.37 million.
• 77% of IT professionals say they do not have an enterprise-wide cybersecurity incident response plan.
• The average company has 534,465 files containing sensitive data.
• 24% of Americans say their personal data is “very vulnerable” to compromise. Only 2% of Americans do not believe their data is vulnerable to compromise.
• Concerns that banking and financial data could be hacked or shared have always been at the top of users’ list of data concerns, with 78% of users being most protective of their financial data.
• The global information security market is expected to reach $170.4 billion by 2022.
• 27% of users who have suffered from an online security incident believe that the incident cost them between $100 and $10,000 or more.
• 90% of internet users are concerned that their passwords could be hacked. 46% are “very concerned” about this, and 44% are “somewhat concerned”.
• Younger internet users don’t use numeric passwords like “123456”. In fact, 76% of Gen-Z users use a two-step authentication method.
• Nearly 33% of email and social media users were victims of at least one cyberattack in 201. More than half of them had their personal data stolen.
• 64% of Americans would blame the company, not the hacker, for the loss of personal data.
• In the first half of 2020 alone, 36 billion records were exposed due to data breaches.
• Older people tend to be more vulnerable to identity theft. The FTC reported that in 2017, 35% of fraud complaints and 18.9% of identity theft complaints were filed by seniors.
• 44% of Internet users have experienced some form of online harassment. The majority of these victims are women: one in six reports such an experience, compared to only one in 19 men.

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