What Is a Man-in-the-Middle Attack?

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Malicious attackers can sometimes be in the middle of your internet browsing plans. To ensure that they don’t get there first, make sure you know what type (and severity) of security threat is being presented by each website or application before clicking on it.

The idea behind a MITM attack involves three parties: A malicious user who wants access to sensitive data; software explicitly designed for carrying out these types of cyberattacks called “bot-nets,” which act as zombies computer systems controlled remotely through channels such as email messages and USB drives. Although not always directly via a network connection.

Finally, a victim enjoys his internet session until they get unexpectedly swept up in somebody else’s mess because no matter where you go, somebody always tries to ruin everything for everyone.

Man-in-the-middle Attack explained

With a man-in-the-middle attack, an attacker can pretend to be a legitimate participant to intercept information and data from either party. They do this by interrupting an existing conversation or sending malicious links that might not detect until it is too late.

The man-in-the-middle attack is a type of malicious manipulation where an additional participant actively participates in conversations between two legitimate participants, unknown to both sides.

This person can act as either side’s champion and use their knowledge against them, often by stealing confidential information they should never have been able to access.

How do man-in-the-middle attacks work?

MITM attacks are one of the most common ways cybercriminals try to exploit users. They insert themselves during data transactions or online communication. Through distribution, the malware gains easy access to your web browser and any information sent out by those sites you visit (like capture user login credentials).

Prime targets include banking apps because they enable attackers to capture personal info and steal funds from user accounts.

An attacker intercepts the data transfer between your client and server. They are tricked into thinking they’re exchanging information with each other while just getting false info put in place of what was initially sent out.

Types of man-in-the-middle attacks

Cybercriminals first get access to your devices and sensitive information through a Man-in-the-middle (MITM) attack. With this technique, they position themselves between you (the user) and what’s supposed to be accessed on their behalf, usually by claiming that there was some connectivity issue when everything was just fine, but not for long.

The second standard method used today involves social engineering tactics where perhaps someone who seems trustworthy enough looks at least convincing enough until it comes down right before our eyes whether we should trust them or believe anything they say, especially if it concerns something important such as passwords, etc.

Here are a few approaches used by attackers to conduct MITM attacks:

IP

A host IP address is like the street address for your home; it lets you connect to internet-based services. Attacker access this information to access private data or even hurt someone by tricking them into giving up their login credentials.

DNS spoofing

DNS server is an integral part of the internet that helps you find what site or server provides information. When someone’s DNS spoofs, they pretend to be one website but direct traffic to another place where hackers can get info from them more efficiently than ever.

HTTP

HTTPS is an important security feature that tells you whether or not the website can be trusted. The “S” stands for secure and indicates when encryption certificates are on your computer so that it will show up as HTTPS instead of HTTP without one.

This means everything from credit card numbers sent out in clear text to sensitive customer data like emails might remain safe if accessed through normal channels (like browsing).

In addition, we should mention sites with mixed content where some aspects exist over SSL/TLS connections while others don’t because although both types share similar characteristics, their functionality may vary significantly.

SSL

SSL Hijacking, When you visit an unsecured website, such as Facebook or Gmail, for example ( indicated by “HTTP”), your device may be redirected to the secure version of that same site with a blue bar across its top near where we see “HTTPS.”

This means standard security protocols protect all data shared between client and server. SSL stands for Secure Sockets Layer; this protocol creates encrypted links between browser Windows computers, allowing access to remote domains while keeping others out, including hackers trying to extract personal information without permission.

Stealing Email login credentials

Cybercriminals have been known to target the email accounts of banks and other financial institutions. Once they gain access, the hackers can monitor transactions between the company’s servers and your personal information, such as passwords or pins for online banking services.

All without any knowledge of how it happened. If you receive an unexpected message from someone claiming their name is ‘Bank Name’ but located somewhere else (e g India), don’t hesitate: report them immediately so these criminals won’t be able to Steer innocent people into helping them steal money off deposit boxes through masquerading themselves with legitimated businesses.

Gain Access to Wi-Fi

Wi-Fi eavesdropping is a significant problem. Cybercriminals set up WiFis with very legitimate names, similar to nearby businesses, for users who connect them to risk their personal information being compromised while browsing the web or checking email on your computer.

Browser cookies

Stealing browser cookies is a severe security risk. To understand the risks, you need to know what they are and how websites use them, for example, as an online shopper who enters personal information like credit card number without thinking about it being stored on their computer in memory by another site’s plugin/script (a piece written code).

If this person spoilers us with malicious software after visiting our store’s page, then not only do we have more sale conversions but also access opportunities: steal all those shoppers’ passwords too.

Cache poisoning

The cache poisoning attack is a popular modern-day MITM (address resolution protocol) that enables cybercriminals on the same subnet as their victims to eavesdrop and steal all network traffic between them.

Examples of MITM attacks

MITM attacks have been around for ages, but they’ve gained momentum in recent years. This is because the internet protocol has become what it’s become today, an intricate network with many different channels that need to be considered when communicating across them all; not just one party talks directly to another through its equipment like before.

One famous example of this type of attack can Be seen at work on email, where someone could potentially read your messages without being too far away from you (though physically impossible).

Equifax

Equifax is one of the largest credit reporting agencies in America. They suffered a massive data breach that exposed nearly 150 million people’s financial information to hackers because they failed to properly patch known vulnerabilities on their system, which were exploited during this event.

Along with Equifax’, it was also discovered mobile phone apps weren’t always using HTTPS, enabling bad actors to enter into users’ accounts while accessing regular features like checking your account balance or viewing recent transactions.

Superfish

When customers bought new computers in 2015, they might have been shipping with Superfish software that could’ve put them at risk for a MITM attack. This adware placed advertisements into your encrypted web traffic and was Blaster detections.

But thanks to updates from Microsoft Windows, Defender-February removed this vulnerability, so you’re protected now too.

DigiNotar

When a Dutch company called DigiNotar was hacked in 2011, its security certificates had immense value. The hackers obtained 500 of these digital trust documents for prominent websites such as Google and Skype, using tactics similar to MITM attacks that trick users into entering passwords on fake sites pretending they’re real ones.

Ultimately, this breach led them into bankruptcy because it caused huge losses from data and identity theft involving all customers’ sensitive information being collected during installation processes when installing software bundles or updates downloaded off internet pools without strict verification procedures.

How do we detect man-in-the-middle attacks?

Be sure to keep an eye on your browser’s address bar. Suppose you’re not actively searching for signs that someone has compromised it. In that case, detecting a man-in-the-middle attack can be difficult, especially since they’ll often go unnoticed unless there are specific clues from which we know what to look out for.

However, these cyber criminals may seem like formidable foes because their intended goal is typically hiding evidence during electronic crime scenes; don’t forget how simple this sort of attack is to carry out.

HTTPS is a vital seal that shows you connect to a secure website. The SSL lock icon should also appear on your screen when browsing public Wi-Fi networks. If there’s no “S,” then be wary of connecting because cybercriminals can make mistakes too.

It means these are recognized as dangerous places for hackers looking into people’s personal information or using them in man-in-the-middle attacks against unsuspecting users who don’t know what else they might receive.

How do we avoid man-in-the-middle attacks?

If you want to know how not to be hacked, the best thing that can happen is for someone with access to your network or computer never get there.

Stay safe on the internet. Here are some tips to keep your information private:

Avoid password-protected Wi-Fi networks, and never use public venues for sensitive transactions that require personal details. Use a Virtual Private Network (VPN) when available.

It will protect you from cyberattacks by encrypting all data traffic so no one but YOU can read what’s being said online, even if they have access to capture images of our screen while we’re typing away at whatever task brings us there in the first place.

You can’t be too careful about your personal information, so take the necessary precautions.

Password habits should always include changing passwords regularly and making them complex enough that they’re difficult for hackers or malware writers (or any other malicious program) wishing access to one account on an individual’s device/email address without knowing all those different login credentials first.

Multi-factor authentication offers another layer of security by requiring more than just typing in a user name; these tokens typically come via text message where customers have been verified after sending out two quick secret codes along with their regular password.

Conclusion

That’s a lot of information, but we wanted you to be as prepared as possible against man-in-the-middle attacks. Please check our website for more detailed instructions on detecting and avoiding these attacks.

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