Have you ever wondered how email scammers get your private email address? Scammers are always looking for ways to collect data—from phishing emails to fake login pages. We want you to be on your guard and learn what they’ll do to try and get your personal information.
\nFor example, you know the kind of scam messages that try to trick you into clicking on a link to see photos of cute kittens? Scammers use your social media accounts to learn your name and other identifying information, which they use to send emails that look like they’re from a friend.
\nIn this article, we’ll tell you exactly how they do it and what you can do to stop them.
\nPhishing emails are not just innocent spam. They are criminal attempts to fraudulently acquire private information from unsuspecting users. Some people, however, allow their greed to get the best of them and fall for these scams. Even though some of these emails are quite easy to see through, millions of people every year still fall prey to phishing scams.
\nIt's no secret that cybercriminals attack their targets by sending out sophisticated phishing email scams. These scams resemble emails from legitimate banks, government agencies, credit card companies, social networking sites, online payment websites, or multiple online stores. These usually begin with an approach where the sender asks recipients to click on a link that redirects them to an ad page where they need to specify and confirm personal data, account information, etc.
\nThese phishing email spams usually include:
\nOnce hackers have obtained the necessary information, they create new user credentials or install malware into your system to steal sensitive information.
\nSpammers—people who send spam e-mail messages—use many different methods to collect e-mail addresses. We have list below some of the most common ones:
\nSpammers and cybercriminals engage in phishing email scams by using harvesting software to steal and gather email addresses from the internet. Professional spammers rely on bots that crawl millions of websites and scrape addresses from pages. Other spammers get email addresses by approaching sellers on underground cybercrime forums, or in open-air markets where addresses are found in mailing lists, websites, chat rooms, and domain contact points.
\nScammers use brute force attacks to generate various alphanumeric combinations of email addresses in a sequential manner by automatically entering random letters, numbers, and symbols until they get any one of those right.
\nPhishing email scams can often result when anyone uses carbon copy (CC) while addressing an email to a group of people. This results in forwarding the same email repetitively, thereby exposing the email addresses of all the people concerned.
\n\nWith scammers attempting to get you to give out personal information to an untrustworthy source, here's how to fight back.
\nEveryone has easy access to the internet via mobile phones, laptops, and computers. This puts your public posts at constant risk of being hacked by professional spammers and cybercriminals. To prevent spammers from knowing your personal and financial information, you should avoid posting your email addresses and other sensitive content in public.
\nEven if your email has fallen into the wrong hands, you can still prevent your personal content and financial information from getting leaked by identifying spam and not responding to them.
\nSome warnings or indications are:
\nTwo-factor authentication (2FA) is an extra layer of security on top of your password login. It's commonly used in online applications, especially to protect accounts that can be accessed from anywhere and have high-value personal data.
\nEmail addresses can be implemented as graphic features, making it complicated to harvest programs and dictionary features to recognize them. This can ensure security and privacy as such texts cannot be copied or linked with malware.
\nYou can obfuscate, or scramble, your email address by using HTML and JavaScript in emails. Obfuscation also makes it harder for hackers to see the real email address you are using.
\nAs email addresses have become ubiquitous and the messaging process more interactive, scammers have evolved to follow suit. The best way to protect yourself is to be mindful of how you use your address and how you share it with others.
\nBy taking simple precautions, including checking the source of the message and even flagging suspicious emails as spam, you can keep the scammers away, and remain in control of your inbox.
\n\n","frontmatter":{"date":"January 19, 2022","updated_date":null,"title":"This Is How Scammers Get Your Email Address & How to Stop Them","tags":["data security","2fa","mfa","cx"],"coverImage":{"childImageSharp":{"fluid":{"aspectRatio":2.0833333333333335,"src":"/static/06fc09a56bb42f0e0b7256a205534ea3/33aa5/scammers.jpg","srcSet":"/static/06fc09a56bb42f0e0b7256a205534ea3/f836f/scammers.jpg 200w,\n/static/06fc09a56bb42f0e0b7256a205534ea3/2244e/scammers.jpg 400w,\n/static/06fc09a56bb42f0e0b7256a205534ea3/33aa5/scammers.jpg 768w","sizes":"(max-width: 768px) 100vw, 768px"}}},"author":{"id":"Navanita Devi","github":null,"avatar":null}}}},{"node":{"fields":{"slug":"/identity/how-secure-2fa/"},"html":"Data breaches can have devastating consequences for both a user and the website. Several platforms turned to magic link or OTP (besides using a password) to counter these events and protect users’ online accounts.
\nPresently, many companies are using two-factor authentication (2FA) to ensure no unauthorized party has access. For example, recently, Google announced that they are planning to make two-factor authentication default for users, so more businesses are obligated to implement it.
\nHowever, despite this widespread popularity, experts question how secure 2FA is. But first, let’s understand what two-factor authentication is.
\nTwo-factor authentication (2FA) is a security measure that requires consumers two factors to verify their digital identity. Meaning, it does not grant access if the user cannot produce the right username and password, both unique to the individual.
\nIn addition to both these requirements, the multi-factor authentication process asks for an additional piece of information like Google Authenticator, Magic Link, or OTP to log in to an account.
\nAn example of this authentication is the login process using Instagram. The first part of the process involves plugging in personal information like a password and username. After this comes the security code that is sent to the person through email or an SMS.
\nSeveral websites also use authenticator apps to generate unique codes. In fact, this method is one of the highest levels of security one will receive. This proves Google authenticator is safe.
\nImplementing Two-Factor Authentication (2FA) offers several advantages for both users and businesses:
\n2FA provides an additional layer of security beyond traditional username and password combinations. This extra step ensures that even if login credentials are compromised, unauthorized access is prevented without the second factor.
\nData breaches can have severe consequences. 2FA helps mitigate these risks by requiring an additional piece of information, such as a security code, which is not easily obtainable even if login credentials are stolen.
\nWith 2FA in place, the likelihood of unauthorized individuals gaining access to user accounts is significantly reduced. This is particularly crucial for sensitive accounts such as financial or email accounts.
\nMany industries and regulatory bodies require the implementation of 2FA as part of security standards. Adhering to these standards not only protects users but also ensures legal compliance for businesses.
\nBy offering 2FA, businesses demonstrate their commitment to protecting user data. This builds trust with consumers who value security and privacy in their online interactions.
\nThe working process of 2FA differs depending on what kind of information is requested from the user. The login process can involve a combination of two variations given below:
\nUsers receive a verification link or code via email, which they must click or enter to confirm their identity. This method is convenient for those who prefer email-based verification. Apps like Google Authenticator, Authy, or Microsoft Authenticator generate time-based one-time passwords (TOTPs) that users enter during login. These apps are widely used and offer an additional layer of security. This includes fingerprint scans, facial recognition, or iris scans. Users provide a physical characteristic for verification, adding a unique and difficult-to-replicate factor to the authentication process. Physical devices like USB keys or smart cards generate authentication codes. These tokens are considered highly secure as they are not vulnerable to phishing or hacking attacks. Users receive a push notification on their registered device asking for authentication. They can approve or deny the login attempt directly from the notification, making it a convenient and secure method. In case a user loses access to their primary 2FA method (like a phone), they can use backup codes. These codes are pre-generated and provided to the user during setup. They serve as a fallback for accessing their account without the primary 2FA method. The implementation of 2FA by various companies as the only security measure has been a source of concern. These experts claim that the concept of 2FA is misunderstood. Here are some common misconceptions about how secure is 2FA: 1. It is not susceptible to common cyber threats. 2FA can be vulnerable to several attacks from hackers because a user can accidentally approve access to a request issued by a hacker without acknowledging it. This is because the user may not receive push notifications by the app notifying them of what is being approved. The codes are sent through unreliable third-party mediums. The safety of sending a code through an SMS message can depend on the mobile provider. 2. The implementation of 2FA can be considered as a quick fix for a security breach. A security breach can have lasting consequences on the reputation of a platform. This is because there are two negative outcomes. The first is one has to obtain a token or a cryptic password sent through text message. The sudden requirement of 2FA may lead to the user being unable to log in. If it is an optional logging method, most users will overlook how secure is 2FA and refrain from using it. 3. Almost every 2FA solution is similar, with minor differences. There has been a vast difference in how secure is 2FA since the development of the concept. The authentication can take place by issuing an SMS, a verification link in one’s email account, and through other means. There are even cases where the 2FA process takes place automatically through keying information stored on the browser. 4. Most companies do not care about how secure is 2FA but see it as a legal requirement. Smaller companies mostly do not spend a significant amount of revenue on security. They create a makeshift security policy and a loose usage of 2FA without understanding its security. Some companies view it as a hindrance to consumer experience since it requires a longer than usual login process. The answer is a sure yes. However, it is not foolproof. There should be additional measures to further prevent hackers from infiltrating the user’s accounts. Google offers a set of backup codes that should be kept in a safe place. These backup codes are used to log into Gmail accounts. Facebook and Apple also offer effective backup processes. The LoginRadius Identity Platform provides two-factor Authentication as additional security for consumers. Once they enter their login credentials, an authentication code is sent to them for verification. This concept of using several factors can drastically reduce the vulnerabilities of web applications and mobiles. After all, protecting consumer privacy is what matters the most. 1. What are some examples of two-factor authentication (2FA)? Examples include SMS codes, email verification links, authenticator apps like Google Authenticator, biometric scans, hardware tokens, push notifications, and backup codes. 2. How do I get a two-factor authentication (2FA) code? Get codes through SMS messages, email links, authenticator apps generating codes, biometric scans, hardware tokens, or push notifications on registered devices. 3. What is the most common two-factor authentication (2FA)? The most common 2FA methods include SMS codes and authenticator apps like Google Authenticator due to their ease of use and widespread adoption. 4. Which authentication is better, SMS or the Authenticator app? Authenticator apps like Google Authenticator are generally considered more secure than SMS codes, as SMS can be vulnerable to SIM swapping attacks. However, both methods offer an additional layer of security compared to passwords alone. How to set up 2FA on your accounts? And why is it important in the first place? As social media is becoming increasingly popular, security is becoming something of supreme importance. Even though choosing a strong password helps you in certain ways, by adopting 2FA, you can improve and enhance security further. So, let's know more about this extra layer of protection and how to set up 2FA on your accounts. First stop. 2FA is one of the best security methods that use two layers to verify a consumer's identity. This means, rather than simply entering the password to log into an account, two-factor authentication requires a code to be sent via text message to the consumer's phone number or generated through an app. This type of verification code helps and ensures that only the authorized consumer can access their account. Similarly, multi-factor authentication (MFA) offers two or more authentication layers to approve account access for consumers. SMS Verification is one of the most common forms of 2FA. It involves sending a one-time code via text message to the user's registered phone number. While widely accessible and requiring no internet connection, it is vulnerable to SIM swapping attacks and relies on the reliability of the cellular network. Authenticator Apps, such as Google Authenticator, Microsoft Authenticator, and Authy, generate time-based codes for authentication. These apps provide offline functionality, making them useful in areas with no network coverage. They are also less susceptible to phishing attacks compared to SMS. However, they require installation and setup on a smartphone, and there is a risk of losing access if the device is lost or reset. Hardware Tokens, like YubiKey or RSA SecurID, are physical devices that generate codes for authentication. They offer a high level of security since they are not connected to the internet, providing protection against phishing attacks. However, they can be costly to implement for individuals, and there is a risk of losing the hardware token. Biometric Authentication uses features like fingerprint, face, or iris scans for verification. It offers convenience and a high level of security. However, it requires compatible devices and there is a risk of compromising biometric data. Backup Codes are pre-generated codes used as a backup when the primary 2FA method is unavailable. They provide access in emergencies but are limited in use and must be securely stored to prevent unauthorized access. Authenticator apps are meant to be installed on your smartphones to obtain passcodes to sign in to your accounts. They are intended to be more secure than texting; they provide flexibility if you are traveling to a place where there is no mobile service. Some of the options include Google Authenticator, Microsoft Authenticator Authy, or HDE OTP. All these apps follow the same procedure - when you are adding a new user account, you need to scan a QR code associated with the account, and it is saved in the app. The next time you sign in to your app or service, it will ask for a numerical code. You need to open up the authenticator app and check the randomly generated authentication code to access your account securely. Source: Google To set up 2FA on your Snapchat account, you will need to: You can add trusted devices or request a recovery code for when you intend to be somewhere without cellular coverage once 2FA has been activated on your Snapchat account. Safety key logins do not currently appear to be supported by Snapchat. To set up 2FA on your WhatsApp account, you will need to: To set up 2FA on your iOS account, the steps will be a bit different. Majorly, it will depend on how you have updated your iOS software. For users using iOS 10.2 or earlier versions, go to Settings under iCloud > Apple ID > Password & Security. Similar to iOS, a few of the steps may vary depending on the version of macOS. In 2017, two-factor authentication was added by Instagram to the mobile app, which can be activated via the web. If you want to activate 2FA on your mobile device, you need to go to Profile and click on the menu and look for Settings & Security. There you will find two-factor authentication. With Instagram, you also get to choose between SMS-based verification and a code sent to the authentication app. LoginRadius provides multi-factor authentication via SMS, email, automated phone calls, account security questions, and authenticator apps to allow you a customized user experience. Based on your business, you can choose to use LoginRadius's Identity Platform's Multi-factor authentication, which is an easy process. Currently, LoginRadius provides its support authentication methods via SMS workflow and Google Authenticator workflow. You can enable 2FA SMS verification from the LoginRadius admin console. There's also an option to choose your preferred SMS template and SMS provider. As the first step, you'll need to apply a first verification factor, like standard email and password login, username and password, automated phone call, or access token. The second factor can be a one-time password or code sent via SMS. For enabling Google Authenticator, the first step will be to set up your ID in the admin console for Google to identify your website or application on the authenticator. Next, you will need to set up your QR code specifications or make MFA mandatory. Similar to the SMS workflow, you can select standard email and password login, username, password, automated phone call, or access token as the verification factor. With cybercrimes on the rise, it is essential to make your online security measures more robust. Hence, to protect your account and the history, you need to learn how to set up 2fa login on your accounts for an additional safety cover. It not only protects your online social accounts but other accounts as well. 1. How do I enable 2FA login? 2FA login can be enabled once you have a reliable identity management solution. In the system dashboard, under authentication, you can find 2FA and enable the same. 2. How do I activate my 2FA code? Choose your method (SMS or authenticator app) during setup, then link the code to your account. 3. What is 2FA and how do you set it up? 2FA adds a second verification step (like a code from an app). Set it up by downloading an authenticator app, scanning a QR code, and entering the code generated. 4. Is 2FA easy to use? Yes, 2FA is user-friendly. It involves entering a code or approving a notification on your phone during logins.2. Email Verification
\n3. Authenticator Apps
\n4. Biometric Authentication
\n5. Hardware Tokens
\n6. Push Notifications
\n7. Backup Codes
\nFour Myths about 2FA - Busted!
\nWhen Faced With the Question, Is 2-Step Verification Safe?
\nFAQs
\nIntroduction
\nWhat is Two-Factor Authentication?
\nTypes of 2FA Methods
\nWhat are Authenticator Apps?
\nHow to Set up 2FA on Your Social Media Accounts?
\n2. Snapchat
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\n3. Whatsapp
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\n7. Apple iCloud
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\n8. Instagram
\nFor SMS Workflow
\nGoogle Authenticator Workflow
\nFinal Thoughts
\nFAQs
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