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A short guide to IT security lingo

As more and more businesses move their operations online, the need for robust cybersecurity measures has never been greater. However, many employees are still unfamiliar with many cybersecurity terms. Here are some of the most commonly used terms in IT security. By understanding these terms, you will be better equipped to protect your business from cyberattacks.


For a long time, the phrase “computer virus” was misused to refer to any type of attack that harmed computers and networks. The more appropriate term for these harmful programs and files is “malicious software,” or “malware.” Whereas a virus is a specific type of malware designed to replicate itself, any software created for the purpose of destroying or accessing networks and data with the intent to steal, corrupt, or encrypt these should be referred to as malware.


Don’t let all other cyberthreats ending in “-ware” confuse you; they are all just subcategories of malware. Currently, one of the most notorious of these is ransomware, which is malware that encrypts valuable data until a ransom is paid for the decryption key. In a ransomware attack, the victim organization may feel compelled to pay the ransom to regain access to their data.

Intrusion prevention system (IPS)

There are several ways to safeguard your network from malware, but an IPS is one of the nonnegotiables. An IPS sits behind your company’s firewall and monitors for suspicious and malicious activity that can be halted before it can exploit or take advantage of a known vulnerability.

Social engineering

Not all types of malware rely solely on fancy computer programming. Experts agree that the majority of attacks require some form of social engineering to succeed. Social engineering is the act of tricking people, rather than computers, into revealing sensitive or protected information. For some cybercriminals, it’s less tedious to convince a potential victim to give them the data they need than to create and deploy complicated software to obtain the same information.


Phishing is a type of social engineering scheme that involves defrauding people using an app or a website that impersonates a trustworthy or often well-known business in an attempt to obtain confidential information. Just because you received an email that says it’s from the IRS doesn’t mean that it is. Don’t take such emails at face value — always verify the source, especially if the emails are requesting your sensitive data.


Antivirus software is often misunderstood as a way to comprehensively secure your computers and workstations. These applications are just one piece of the cybersecurity puzzle and can only scan the drives on which they are installed for signs of well-known malware variants.

Zero-day attacks

When a vulnerability is found within a piece of software, vendors will release an update to fix the gap in security. However, cyberattackers can release a piece of malware that exploits the security vulnerability before software developers can address it. This is known as a zero-day attack.


When software developers discover a security vulnerability in their programming, they usually release a small file to update and “patch” this gap. Patches are essential to keeping your network secure from the vultures lurking on the internet. By checking for and installing patches as soon as these become available, you keep your software protected from the latest malware.

Redundant data

When antivirus software, patches, and intrusion prevention fail to keep your information secure, there’s only one thing that will: quarantined off-site storage. Duplicating your data offline and storing it somewhere other than your business’s workspace ensures that even if your systems get infected with malware, you’re equipped with backups to keep your business running.

Our cybersecurity professionals are always available to impart more in-depth knowledge of the many different kinds of cyberthreats. Get in touch with us today and find out how we can help you with your IT security woes.

3 Types of hackers: What you need to know

While there are many similarities among hackers, there are also some key differences among them. Some hackers want money for themselves and resort to evildoings, while others just want to make the world a better place. In this blog post, we will discuss the three main types of hackers and what you need to know about them.

A complicated history

In the 1950s, the term “hacker” was vaguely defined as someone who explored the details and limits of computer technology by testing them for a variety of purposes. But by the 1980s, when computers became more accessible, “hacker” became closely associated with teenagers who broke into government computer systems. These teens referred to themselves as hackers, perhaps because the word has an aggressive ring to it.

Believe it or not, several of those pioneering hackers now run multimillion-dollar cybersecurity consulting businesses, while countless others still run amok online, hoping to make a quick buck off of hapless victims. 

3 Types of hackers

Knowing the history of hacking can give you a background on the different kinds of hackers, and this information can also help protect your business from cybersecurity threats. Let’s take a look at the three main types of hackers that can impact your organization.

“Black hat” hackers 

Black hat hackers create programs and campaigns to commit all sorts of malicious acts. They’re what most non-IT people think of when the term hacker is mentioned. 

Black hat hackers typically use hacking tools to attack websites and steal data. They may also create viruses or malware to damage computers and other devices. They commit crimes such as identity theft, credit card fraud, and extortion for their sole benefit, but they can also work for a corporation or a state and commit espionage and cyberterrorism. 

Kevin Mitnick is a prime example of a black hat hacker. In the 1990s, Mitnick went on a two-and-half-year hacking spree, committing wire fraud and stealing millions of dollars of data from telecom companies and the US National Defense warning systems.

After spending five years in prison, he set up his eponymous cybersecurity firm and became its CEO and Chief White Hat Hacker.

“White hat” hackers 

Sometimes referred to as ethical hackers or network security specialists, white hat hackers are considered the good guys. They use their hacking skills to find weaknesses in websites and systems to help fix these vulnerabilities so that they can’t be exploited by black hat hackers. Whether it’s selling what they find to hardware and software vendors in “bug bounty” programs or working as full-time technicians, white hat hackers are interested in making an honest buck.

Linus Torvalds is a great example of a white hat hacker. After years of experimenting with the Sinclair QDOS operating system, he released Linux, a secure open-source operating system. Linux is built to prevent malware, rootkits, and other computer pests from being installed onto your device and operated without your knowledge. This is because most infections are designed to target Windows computers and can’t cause any damage to the Linux OS. 

“Gray hat” hackers

Gray hat hackers fall somewhere in between black hat and white hat hackers. Whether a gray hat hacker works as a security specialist or is a cybercriminal, the majority of their work is usually conducted over the internet. 

While most gray hat hackers usually enjoy the anonymity that gives them the opportunities to try their hands at both white hat and black hat hacking, not all gray hat hackers live in the shadows. For example, Marcus Hutchins is a known gray hat hacker. He’s most famous for stopping the WannaCry ransomware by finding a “kill switch.”

However, Hutchins also created the Kronos banking malware. He was arrested in 2017 and pleaded guilty, accepting full responsibility for his mistakes. He now uses his talent by working for Kryptos Logic cybersecurity firm. According to Hutchins, he has since been using the same skills that he misused several years ago for “constructive purposes“. 

The rapid evolution of the cyber realm means there is more information available online every day, and there are many sorts of hackers looking to misuse it. While the purpose behind each hacker’s action varies, the danger they pose to your data and company is constant. 

If you think your website or data has been hacked, contact our cybersecurity experts as soon as possible. You can also contact us if you have any questions about how to secure sensitive business information.

Why two-factor and two-step authentication matter

Two-factor authentication and two-step authentication are both vital for data security. But what’s the difference between them? Is one authentication process better than the other for your business? In this blog post, we will break down the differences between two-factor authentication and two-step authentication to help you decide which is more suitable for your needs.

According to the Allianz Risk Barometer, businesses are more worried about cybersecurity threats compared to other business disruptions like supply chain issues, natural disasters, or even the COVID-19 pandemic. This is why business owners are ramping up data security measures. One way they do this is by implementing two-factor and two-step authentication. Many businesses use the two terms interchangeably, but these processes are quite different.

Two-factor authentication

Two-factor authentication (2FA) is a security measure used to ensure that people trying to access a system are who they say they are. 2FA requires users to provide two pieces of information before being granted access. 

When you try to log in to a system that uses 2FA, you’ll be asked to provide not only your password but also another piece of information or form of identification. This second factor can be something you know, like a PIN or a security question, or something you have, like a physical token or key fob. If you have the correct password and the second piece of information, then you’ll be granted access to the system. Because of the additional authentication information required, hackers would have great difficulty breaking into a network using a 2FA system.

Two-step authentication

Two-step authentication (2SA) is an extra layer of security that can be added to your online accounts. 2SA requires you to enter both your password and a code that is sent to your phone or email before you can log in. 

Adding 2SA to your online accounts can help protect your information from being hacked. Even if a hacker knows your username and password, they will still need the code that is sent to your phone or email before they can log in to your account. 

There are a few different ways to set up 2SA. Some websites, like Google and Facebook, offer 2SA as an additional security measure that is especially useful when you or someone else is trying to log in using a new or different device. Others, like Dropbox and Twitter, require you to set up your authentication profile in the settings page before you can use their app. A 2SA setup is typically quick and easy, and only requires you to have your phone or email immediately accessible when you log in. 

Which one is better?

Relying on a single-factor authentication process is no longer sufficient in ensuring the safety of your network. Securing the authentication process and making it difficult for cybercriminals to access your network should be on top of your priorities. Deciding whether to use two-step or two-factor authentication largely depends on your business’s specific security requirements. To take the stress out of choosing which between the two methods better suits your needs, call us today for expert cybersecurity advice.

How to keep your email account safe

Many businesses use email to send and receive sensitive information, making it an attractive target for cyberattacks. To reduce your exposure to cyberthreats, implement the following email security measures.

Use separate email accounts

Most people use a single email account for all their online tasks. As a result, all information from websites, newsletters, shopping deals, and messages from work gets sent to one inbox. But what happens when someone breaks into that email account? Hackers could gain access to all the stored information and connected online accounts and use these in fraudulent dealings.

To prevent this from happening, create separate email accounts: a personal account to communicate with your friends and family, and a professional email account solely for work-related tasks.

Set strong passwords

Some email users often overlook the importance of having strong email account passwords. You might be surprised to learn how many people use weak passwords like “123456,” “qwerty,” and “password” and reuse passwords across multiple accounts. To keep all password-protected accounts safe, use strong passphrases that are unique to every account.

You should also consider enabling multifactor authentication. This creates an extra layer of security by requesting another method to verify your identity, like a fingerprint scan or an answer to a security question.

Beware of email attachments and embedded links

When you see a link in an email, don’t click on it unless you’ve verified its authenticity. You never know where those links might lead you. Sometimes they are safe, but other times they can infect your computer with malware or send you to a compromised website.

Be wary of downloading and opening email attachments as well. If the attachment is coming from strange email account names such as “,” then it’s likely unsafe.

Watch out for phishing scams

In phishing scams, cybercriminals pretend to be someone else — commonly high-profile companies like Amazon, Facebook, or Bank of America — to trick you into performing actions that enable them to breach your accounts. They typically write emails intended to elicit panic, such as claiming that there’s an issue with your account and that you should send them information or click on a link to “confirm” your personal details. This link will either install malware on your device or lead you to a fraudulent site.

It’s important to remember that legitimate companies would never ask such requests over email. If you get those types of messages, contact the company directly through a verified website or phone number — not the contact details in the email.

Monitor account activity

Periodically watch over your account activity. Check for any suspicious activities in your logs, such as unusual devices and IP addresses that have accessed your account. These indicate that hackers may have successfully broken into your account. If this is the case, sign out of all web sessions and change your password as soon as possible.

Encrypt emails

Email encryption ensures that any message you send can’t be understood by unauthorized users, even if they manage to intercept it.

Keep all email security software up to date

Install the latest updates for your anti-malware, firewalls, and email security software. This will filter potential email scams and fix any vulnerabilities that hackers could exploit.

Implementing multiple email security measures can be daunting, but with our help, you can rest easy knowing that your email accounts will be protected from various cyberthreats. Talk to us today for all your cybersecurity needs.

Published with permission from Source.

The hows of watering hole attack prevention

There are millions of malware in existence, with new ones being developed by the minute. This is terrible news for anyone who stores personal information online — which is basically everyone in the world today. Learn how you can avoid being a victim of a watering hole attack, one of the most common ways cybercriminals introduce malware into networks.
The term “watering hole” colloquially refers to a social gathering place where a particular group of people often go to. As internet users, we all have unique “watering holes” or websites that we visit frequently. A financial analyst, for example, is likely to visit websites related to financial investments and market trends.

In a watering hole attack, cybercriminals observe the watering holes of a specific demographic and infect their most visited websites with malware. Any user who has the misfortune of visiting any of these compromised sites will then have their computers automatically loaded with malware.

The malware used in these attacks usually collects the victim’s personal information and sends it back to the hacker’s server. In extreme cases, the hacker will actively take control of the infected computer.

But how does a cybercriminal choose which websites to hack? With internet tracking tools, hackers find out which websites companies and individual users visit the most. They then attempt to find vulnerabilities in those websites and embed them with malicious software.

Hackers these days are so highly skilled that they can exploit any website using a watering hole attack. In fact, even high-profile organizations like Facebook, Forbes, and the US Department of Labor have fallen prey to this scheme in recent years.

Protect yourself from watering hole attacks by doing the following:

Update your software

Watering hole attacks often exploit security gaps and vulnerabilities to infiltrate computers and networks. By updating all your software and browsers regularly, you can significantly reduce the risk of an attack. Make it a habit to check the software developer’s website for any security patches. Or better yet, hire a managed IT services provider to keep your system up to date.

Watch your network closely

Regularly conduct security checks using your network security tools to detect watering hole attacks. Use tools like intrusion prevention systems that allow you to detect and contain suspicious or malicious network activities before they can cause problems. Meanwhile, bandwidth management software will enable you to observe user behavior and detect abnormalities that could indicate an attack, such as large transfers of information or a high number of downloads.

Hide your online activities

Cybercriminals can create more effective watering hole attacks if they compromise websites only you and your employees frequent. As such, you should hide your online activities with a VPN and your browser’s private browsing feature. Also, block social media sites from your office network, as these are often used as share points of links to infected sites.

Staying informed is one of the best ways to stay protected. As cyberthreats continue to evolve, it pays to be vigilant and aware of the newest threats. Tune in to our blog to find out about the latest developments in security and to get more tips on how to keep your business safe.

Published with permission from Source.

5 Security issues to look out for

Cybersecurity is a constant battle, but there are significant steps you can take to keep your IT defenses strong and effective, one of which is to increase your knowledge of security threats. Here are five common ways your business systems can be infiltrated.

1. You are tricked into installing malicious software

There are countless ways you can be tricked into downloading and installing malware. One is by downloading software from torrent websites. When you visit these sites, you are told to download software in order for the site to load properly. Once downloaded, the malware that came with the software infects your system. In other cases, hackers send emails with a malware-infected attachment.

Luckily, there are steps you can take to avoid accidentally installing malware:

  • Never download files from an untrusted source. If a website is asking you to download something, make sure it’s reputable and reliable. Double check the URL of the website as well, as hackers can spoof legitimate websites and use similar but slightly altered URLs, such as “” instead of “” If you are unsure, it’s best to avoid downloading and installing the software.
  • Always look at the name of the file before downloading. A lot of malware is often deliberately given names similar to those of legitimate files, with only a slight spelling mistake or some unusual wording. If you are unsure about the file, then don’t download it. If you know the sender, you may contact them to verify the file’s authenticity.
  • Always scan a file before installing it. Use your antivirus scanner to check downloaded files before opening them.
  • Stay away from sites with torrents, adult content, or those that stream pirated videos. These sites often contain malware, so avoid them altogether.

2. Hackers obtain admin privileges

Many users are logged into their computers as admins. Being an administrator allows you to change settings, install programs, and manage other accounts. The problem with this is that if a hacker manages to access your computer with you as the admin, they will have full access to your computer. This means they can install other malicious software, change settings, or even completely hijack the machine.

Even worse is if a hacker gains access to a computer used to manage the overall IT network. Should this happen, they can control the entire network and do as they please.

To avoid these unfortunate situations, limit the administrator role only to users who need to install applications or change settings on their computers. Installing antivirus software and keeping them up to date, as well as conducting regular scans, will also help reduce the chances of being infected.

3. Someone physically accesses your computer

Your system can also get infected with malware or your data can get stolen because someone physically accessed your systems.

Let’s say you leave your computer unlocked when you go out for lunch. Someone can just walk up to it and plug in a malware-infected USB drive, which can infect your system. They can also manually reset the password, thereby locking you out.

An easy way to defend against this is to secure your computer with a password. You should also lock, turn off, or log off from your computer whenever you step away from it. You can also disable drives like CD/DVD and connections like USB if you don’t use them. Doing so will limit the chances of anyone using these removable media to infect your computer or steal data from it.

4. Someone from within the company infects the system

A disgruntled employee can compromise your IT systems. They can do so much damage such as deleting essential data or introducing highly destructive malware.

The most effective way to prevent this, aside from ensuring your employees are happy, is to limit access to systems. For example, you may find that people in marketing have access to finance files or even admin panels. Revoke unnecessary access rights and ensure that employees only have access to the files they need.

5. Your password is compromised

Passwords are typically the main verification method businesses use to access their accounts and systems. The issue with this is that many people have weak passwords that are easy to crack. To make matters worse, many people even use the same password for multiple accounts, which could lead to a massive breach.

It is therefore important to use strong and different passwords for your accounts. It’s best to also utilize multifactor authentication, which requires users to present more than one way to verify their identity such as a password plus a fingerprint or a one-time code.

If you want to learn more about securing your systems, contact us today.

Published with permission from Source.

Struck by ransomware? Try out these decryptors to recover your data

There are several ransomware decryptors now, thanks to communities of white hat hackers concerned about increasing ransomware attacks worldwide. While some of these decryptors do come with a price, the rest are free or can be availed for a minimum donation.

The state of ransomware in 2021 so far

Businesses need to deal with ransomware both from outside and within. On one hand, there are more cybercriminals trying to infiltrate your network. On the other hand, careless and unknowing staff can easily let ransomware enter your network. For instance, employees may be tricked into providing their access credentials in phishing sites, or they may click links to websites that upload ransomware downloaders onto their machines.

The statistics are sobering. Ransomware cost businesses more than $75 billion per year. Over the past two years, ransomware attacks have increased by over 97%. And compared to the first two months of 2017, ransomware campaigns that were initiated from phishing emails increased by 109% in the same span of time this year.
According to studies, there will be a ransomware attack targeting a business every 11 seconds in 2021. That is up from every 14 seconds in 2019, and every 40 seconds in 2016. And the trend is that the rate will continue to increase over the years.

Zombie ransomware is easy to defeat

Not every type of infection is targeted to individual organizations. Some infections may result from self-propagating ransomware strains, while others may come from cyberattackers who are hoping targets become so scared that they pay up before doing any research on how dated the strain is and how to remove it.

No matter what the circumstances of your infection are, always check the following lists to see whether free decryption tools have been released to save you a world of hurt:


But even when you can get your data back for free, getting hit with ransomware is no walk in the park. There are essentially three basic approaches to prevent ransomware:

  • First, train your employees about what they should and shouldn’t open when browsing the web and checking email.
  • Second, back up your data as often as possible to quarantined storage. As long as access to your backed-up data is extremely limited and not directly connected to your network, you should be able to restore everything in case of an infection.
  • Finally, regularly update all your software solutions (operating systems, productivity software, and antivirus). Most big-name vendors are quick to patch vulnerabilities, and you’ll prevent a large portion of infections just by staying up to date.

Whether it’s dealing with an infection or preventing one, the best option is to always seek professional advice from seasoned IT technicians. It’s possible that you could decrypt your data with the tools listed above, but most ransomware strains destroy your data after a set time limit, and you may not be able to beat the clock. And even if you do, you probably won’t have the expertise to discern where your security was penetrated.

Don’t waste time fighting a never-ending stream of cyberattacks — hand it over to us and be done with it. Call us today to find out more.

Published with permission from Source.

Boost your cybersecurity with security audits

Are your organization’s cyber defenses enough to protect it from a cyberattack? Unfortunately, just incorporating the latest antimalware software or firewall to your system won’t guarantee your company’s safety. Conducting a security audit will give you a complete picture of your company’s data integrity, giving you a greater chance of successfully meeting your cybersecurity goals.

Auditing and the security strategy

Audits are necessary to ensure and maintain system quality and integrity. These system checks help identify security gaps and assure business stakeholders that your company is doing everything in its power to protect its data.

An audit is usually made up of three phases: assess, assign, and audit. Having a methodical way of auditing helps you avoid missing important details. It is also crucial that each stage is treated with the same level of importance to ensure thorough and comprehensive outcomes.

During the assessment phase, have your IT partner look at the security system you have in place. All of your business computers and servers, as well as every program and every user, need to be checked. The assessment should give you an overview of how secure your business currently is, along with any weak points that need to be addressed.

After the assessment, you need to implement the appropriate solutions and partner with the right providers. Ask your IT provider about solutions they can provide for each of your network/system gaps. And for issues that they can’t handle (perhaps because certain machines and software are highly specialized), ask your IT provider for their recommended list of partners.

Finally, conclude your audit cycle with an “audit,” which is one last look-around before releasing the system back into the wild. Make sure that installations, patches, and upgrades are integrated properly and working seamlessly. For future reference, take down notes just in case you need information about software and hardware improvements done during this audit cycle.

What exactly should be audited?

When conducting an audit, there are three factors you should focus on:

The state of your security
Security — especially digital security — is never at an impasse, and it is always in flux. That’s because cybercriminals are always concocting new malware attacks and threats to infiltrate company networks. And that’s not even accounting for cyberattacks that exploit human error like phishing and other social engineering attacks. This means that system security has shorter and shorter expiration dates nowadays, making audits all the more crucial to implementing your security strategy.

The changes made
The key to having long-term data integrity is a continuity plan, and not just one that addresses severe business disruptions such as those caused by calamity or disaster. A true continuity plan tries to address every conceivable risk realistically, especially those that can trip up business operations, such as cyberattacks. This can only be possible if you know what kind of hardware and software comprise your system, as well as their respective updates and improvements.

Who has access to what
Data systems should allow administrators some control over who sees what. Total accessibility is a very dangerous prospect, especially since business nowadays is increasingly hinged on internet presence. An audit will let you check on user access so that you can make necessary adjustments to protect your data.

If you are looking for help in developing a security strategy for your business, contact us today to see how our managed solutions can help.

Published with permission from Source.

Why you shouldn’t use public charging kiosks

Smartphones have become a vital part of modern life. And as we spend more time on these gadgets, the likelihood of needing to recharge them while on the go increases. When your phone’s juice runs out and you’re nowhere near your charger, a public charging kiosk can look pretty promising. But what you might not know is that recharging phones at public charging stations can make you a victim of juice jacking.

What is juice jacking?

While newer phones can be charged wirelessly, older models still need power cords to power up their batteries. This charging method has one dangerous flaw: the cable used for charging can also be used for transferring data. Cybercriminals can exploit this flaw to commit juice jacking, or the act of using the USB data/power cable to illegitimately access phone data and/or inject malicious code into a device.

Juice jacking often happens at public charging kiosks. When you charge your phone, it is paired with a computer concealed within the charging stand. The computer can then access all of the information on your device, including personal data such as your address book, notes, photos, music, SMS database, and keyboard cache. It can even initiate a full backup of your phone, which can be accessed by the hacker wirelessly anytime.

Apart from stealing your data, cybercriminals can also inject malware into your phone through a public USB hub. All it takes is a minute of being plugged into a public charger for your phone to be infected by malware. Once infected, your phone can be prompted to display ads, download apps, or view web pages without your authorization.

How to avoid juice jacking

The most effective precaution against juice jacking is simply not charging your phone using a third-party system. Here are some tips to help you avoid using a public kiosk charger:

  • Keep your battery full. Make it a habit to charge your phone at home or at the office when you are not actively using it. When unexpected circumstances happen and you get stuck outside, your phone will have enough juice and you won’t need to charge it.
  • Carry a personal charger. External batteries like power banks have become very small and portable in recent years. Always have one in your bag so you can charge your phone securely on the go.
  • If your device has a removable battery, carry a backup battery with you anywhere. If the idea of carrying a spare battery doesn’t appeal to you, you can opt to carry a battery case instead: it’s a phone case that doubles as a battery.
  • Lock your phone. Without the proper PIN code or fingerprint and face ID scan, your phone cannot be paired with the hidden computer in the kiosk charger.
  • If you must use a third-party power source, use power-only USB cables. These cables are missing the two wires necessary for data transmission, ensuring that they can only be used for charging.

Technology threats are all around us. Even something as trivial as powering your phone in a public kiosk station can compromise your device’s security. If you want to learn more about how to protect your gadgets from today’s security threats, don’t hesitate to call us. Our technology experts are happy to help.

Published with permission from Source.

Two-step and two-factor authentication: What’s the difference?

Every business should have a strong cybersecurity posture to keep cybercriminals from infiltrating their network. One way to do this is by implementing a strict authentication process using two-step or two-factor authentication. These two processes are so similar that many confuse one with the other. Learn the difference between the two and how you can leverage them to safeguard your network.

If you want to improve your business’s cybersecurity, you should take a closer look at your authentication process. Two-step and two-factor authentication are two of the most commonly used authentication methods. Many businesses use the terms two-step and two-factor authentication interchangeably, but there are subtle differences between the two.

Two-step authentication

A two-step authentication process requires a single-factor login (such as a password or biometric reading) as well as another similar type of login credential that a user must provide. This process typically requires entering a password for the first step and entering another security code for the second step, which may be accomplished by providing a one-time code generated by an authenticator app such as Google Authenticator.

Two-step authentication adds an extra step in the verification process, making it more secure than single-step authentication (i.e., providing only a password). However, if a person or business is hacked, it won’t be enough to stop hackers from getting a hold of whatever they are looking for.

Two-factor authentication

Two-factor authentication, a subset of multifactor authentication, is significantly more secure than two-step authentication. This type of authentication requires two different types of information to authenticate a user’s identity. For example, it could be a combination of a fingerprint or retinal scan as well as a password or passcode. Because of the additional authentication information required, hackers would have great difficulty breaking into a network using a two-factor authentication system.

Which one is better?

Relying on a single-factor authentication process is no longer sufficient in ensuring the safety of your network. Securing the authentication process and making it difficult for cybercriminals to access your network should be on top of your priorities. Deciding whether to use two-step or two-factor authentication largely depends on your business’s specific security requirements. To take the stress out of securing and protecting your network, call us today for expert cybersecurity advice.

Published with permission from Source.

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