Posted by ICT

Passwords unlock our digital lives. We use them for email, bank accounts, and more. 

Remembering all these passwords is hard. Password managers help us keep our accounts safe and make our lives easier.

What is a Password Manager?

A password manager keeps all your passwords in one place. Think of it as a digital safe for your login information. 

You only need to remember one password, the master password. This master password lets you access all your other passwords.

Types of Password Managers

Password managers come in different forms:

• Apps you download on your phone or computer
• Tools that work in your web browser
• Some offer both options

Password managers encrypt your information strongly. When you save a password, the manager scrambles it. This makes the password unreadable to anyone who tries to steal it.

Why Use a Password Manager?

It Helps You Create Strong Passwords

Most people use weak passwords because they can remember them. But weak passwords are easy for bad guys to guess. Password managers generate long, random passwords that are hard to crack.

It Remembers Your Passwords

With a password manager, you don’t need to memorize many passwords. The tool does this for you. You can use a unique, strong password for each account without forgetting them.

It Keeps Your Passwords Safe

Password managers use high-level security to protect your data. They encrypt your passwords. Even if someone hacks the password manager company, they can’t read your information.

Features of Password Managers

Password Generation

Good password managers can create tough, unique passwords for you. They mix letters, numbers, and symbols to make passwords hard to guess.

Auto-Fill

Many password managers can fill in your login information on websites. This saves time and avoids typos.

Secure Notes

Some password managers let you store other sensitive information too. This can include credit card numbers or important documents.

Password Sharing

Some tools let you share passwords safely with family or coworkers. This helps with joint accounts or team projects.

Are Password Managers Safe?

Password managers are very secure when used correctly. They encrypt your data strongly. This means your password gets scrambled. It’s almost impossible for hackers to unscramble it without the right key.

Nothing is perfect, though. Choose a password manager with a good reputation and regular security checks.

How to Choose a Password Manager

Look for these things when picking a password manager:

Security Features

Find one with strong encryption and two-factor authentication. These features keep your information extra secure.

Ease of Use

The best password manager is one you will use. Find one that’s easy for you to understand and use.

Device Compatibility

Make sure the password manager works on all your devices. This includes your phone, tablet, and computer.

Price

Some password managers are free, while others cost money. Paid ones often offer more features. Research what you want and what you can afford.

Tips for Using a Password Manager Safely

1. Create a strong master password
2. Use two-factor authentication
3. Never share your master password
4. Update your password manager regularly
5. Be careful when using password managers on other people’s computers
6. Always log out when you’re done

What If You Forget Your Master Password?

Forgetting your master password is a big problem. Most password managers don’t store your master password anywhere for security reasons. Some managers offer account recovery options like security questions or a recovery key. Know what to do if you forget your master password.

Can Password Managers Be Hacked?

No system is 100% secure. Password managers can be hacked, but this rarely happens. Good password managers have emergency systems to protect your data if they’re hacked.

The biggest risks often come from user mistakes. Weak master passwords or falling for phishing attacks can put your passwords at risk. Follow good security practices to stay safe.

How Do Password Managers Compare to Browser Password Saving?

Browsers often offer to save your passwords. This is convenient but less secure than a dedicated password manager. Here’s why:

1. Browsers don’t always encrypt saved passwords as strongly
2. They don’t offer as many features
3. They don’t work across all your devices and browsers
4. They’re more vulnerable if someone gets your computer

Are Free Password Managers Enough?

Free password managers can be a good start. They offer basic features to improve your online security. Paid versions often have more features:

• Sync across more devices
• More storage for passwords and other data
• Extra features like secure file storage
• Better customer support

For most users, a free password manager works well. If you need more features or have lots of passwords, you might want a paid version.

What About Built-in Phone Password Managers?

Most smartphones have a built-in password manager. This might be good enough for some users. It’s convenient and works well with your phone. But there are some limits:

• They might not work well on different types of devices
• They have fewer features than standalone password managers
• They might not be as secure as specialized tools

Built-in tools can work for basic password management. For more advanced needs, a standalone password manager is better.

How Do Password Managers Handle Data Breaches?

Good password managers offer features to help with data breaches:

• Warnings if a site you use is compromised 
• Tools to check if your passwords have leaked online
• Easy ways to change many passwords quickly

These features help you act fast if your data is in danger.

Do Password Managers Work Offline?

Many password managers can work offline. They keep an encrypted copy of your passwords on your device. This lets you view them without an internet connection. However, some features might not work offline. For example, you can’t sync new passwords across devices until you go online.

How Often Should You Change Your Passwords?

Experts used to say you should change passwords often. Now, many say strong and unique passwords are enough. You only need to change them when necessary.

Password managers make this easier. They help you create strong passwords and keep track of when you last changed them.

What’s the Future of Password Managers?

Password managers keep improving. Some new trends include:

• Login options without passwords
• Better integration with other security tools
• More use of fingerprints or facial recognition
• Advanced password sharing without showing the actual passwords

As online threats change, password managers will keep evolving to keep us safe.

Secure Your Digital Life Today

Password managers are powerful tools for online security. They make it easy to use strong, unique passwords for all your accounts. This greatly reduces your risk of a cyber attack. 

Consider using a password manager today to improve your online security. If you need help choosing or setting up a password manager, ask for help. We’re here to make your digital life safer.

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Featured Image Credit

This Article has been Republished with Permission from The Technology Press.

The Internet of Things is growing day by day. More devices are connecting to the internet. And with that growth comes new security risks.

Let’s look at some new ways to keep your IoT devices safe.

What are the security risks for IoT devices?

IoT devices are vulnerable to many types of threats. Some of the common risks include:

Poor passwords

Most IoT devices have default passwords. Many users do not update them. Thus, this vulnerability makes their lives easy to hack.

Outdated software

Old software is vulnerable due to bugs. These bugs can allow hackers in. Most IoT devices remain unpatched for a pretty long time.

Lack of encryption

Some IoT devices even transmit data without any encryption. Anybody can read the data.

How to enhance security in IoT devices?

There are several ways to make IoT devices more secure. The main solutions are discussed below.

Strong passwords

Always change the default password provided. Use long and complicated passwords. Use different passwords for different devices.

Always update software

Very often, software updates are available for the IoT devices. This closes the security gaps in the software. A few of the devices update themselves.

Encrypt your data

Turn on encryption when it’s an option. This scrambles data so others cannot read it.

What new technologies help with IoT security?

New technologies are making IoT devices much more secure. Here are a few promising options:

Artificial Intelligence (AI)

AI can detect unusual behavior within the devices. In case of any potential attack, it can notify the users. AI learns and improves over time.

Blockchain

Blockchain will make device data tamper-proof. It builds a secure record of every action that has taken place by/to a device.

Edge Computing

This pushes the processing of data closer to the device itself. It reduces the possibility of data interception. 

How Can Companies Improve the Security of IoT?

Organizations can improve IoT network security by:

Developing a Security Policy

Establish regulations relating to the use and security of IoT devices. Ensure that all employees are properly trained on these regulations.

Implement Network Segmentation

Isolate the IoT devices from other networks. In the event of a device breach, it limits the extent of the damage.

• Regular security audits
• Vulnerability checks 
• Quick solutions to problems 

What can consumers do to protect their IoT devices?

For the average user, there are ways to improve their security in IoT devices:

Do your homework before buying

Choose devices from companies that take security seriously. Choose devices with regular updates. 

Secure your home network

Choose a strong Wi-Fi password. Enable network encryption.

Think twice about what you connect

Only connect devices you need. Disconnect devices when not in use.

How will IoT security change in the future?

IoT security will keep changing. Here are a few of the trends to watch:

Stricter regulations

Governments might make new laws around IoT security. This could force businesses to make safer devices.

Built-in security

In the future, IoT devices may be more secure straight out of the box. Examples of this could include automatic encryption.

More user control

Give users more control over device security. Consider user-friendly security dashboards.

Securing Your IoT Devices: Take Action Today

IoT security is necessary; it safeguards data privacy. Take an example from the tips in this article, and make your devices safer. 

Stay tuned for updated security options. If you would like any help with securing your IoT devices, reach out to us. We can guide you to a safer future for IoT.

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Featured Image Credit

This Article has been Republished with Permission from The Technology Press.

When it happens, you feel powerless. You get an email or letter from a business saying someone breached your data. It happens all too often today.

Data breaches happen at banks, online sites like Facebook, and ecommerce stores. Not only that, but governments are also victims. This leaves things like your address, SSN, and credit card details exposed to thieves. 

A business getting hacked is something you have little control over. But you can take important steps afterwards. We’ve outlined the most important things to do below. These steps can help you mitigate the financial losses.

Change Your Passwords

The very first thing you should do is change your passwords. Change the password for the service that sent you the breach notification first. Then, change it for any logins using the same password. 

This is one of the reasons it’s a best practice to use unique logins for every site. Many people get in the habit of using the same password in several places. This leaves more than the single breached login at risk. Use a password manager to help you create strong passwords. You only need to remember one to access all the others.

Enable Multifactor Authentication (MFA)

Multifactor authentication can keep accounts secure, even if a hacker stole the password. Enable it for the breached service. Then, ensure you have MFA activated for all other logins, where possible. MFA is also called two-factor authentication or two-step verification.

Common forms of MFA are:

• Text message
• Authentication app
• Security key

Check Your Bank Accounts

If payment card details were breached, check bank accounts. You’ll want to watch these for several weeks for fraudulent charges. Report the breach to your bank to have them issue you a new card, if needed.

Notify your bank about the 3rd party data breach. This can help keep you from being held responsible for fraudulent charges. It’s good to get out ahead of it. Your bank can then help you with appropriate steps to avoid fraud.

Freeze Your Credit

Online criminals will often sell breached personal details. These details can enable someone to take out credit in your name. Contact the three credit agencies. They each have ways to freeze your credit to protect you. You can do this right on their websites.

The three credit agencies are: 

• Equifax
• Experion
• TransUnion

Carefully Review the Breach Notification

It’s important to understand exactly how the data breach may impact you. Review the notice you received. Additionally, look for updates on the company website.

These are the things you should be looking for:

• The type of data exposed (passwords, card numbers, etc.)
• What reparations the company is making (e.g., credit monitoring)
• Any instructions given to secure your account

Regularly check the company’s website. Often, they don’t immediately know how far reaching the breach is. You may check back later and find out other types of sensitive data were exposed.

Get Good Cybersecurity Protections

Make sure you protect your device and network. There are some simple tools you can use to beef up personal device security. These include:

• A good antivirus/anti-malware program
• DNS filtering to block malicious sites
• Email spam filtering for phishing

Another good protection you can use is a VPN. This helps mask your traffic. It is especially helpful if you’re using a public Wi-Fi. VPNs are easy to use. You can use VPNs for both computers and mobile devices.

Be On the Lookout for Phishing Scams

Emails are often exposed in data breaches. This means you may receive an uptick in phishing emails. Phishing is very convincing since criminals have AI at their disposal. Phishing emails often are hard to spot from the real thing.

Stay ultra-aware of any unexpected emails. Follow best practices to avoid becoming a phishing victim:

• Hover over links to see them
• Go to websites directly. Don’t click email or SMS links
• Beware of unknown senders
• Watch for phishing on social media and text messages
• When in doubt, double check through an official source

Make Sure to Update Software & Systems

Hackers often exploit unpatched vulnerabilities. How do you get unpatched vulnerabilities? Most times it’s from failing to keep software updated.

Make sure to update your device operating system. Update all apps or software on your devices. Update firmware for routers and printers. Update firmware for smart devices. 

There are so many updates we need to do with our electronics. Automating your updates is a good way to stay protected.

Managed Security Services You Can Count On

Managed services can keep you protected at work and home. Need help improving device security? We’ll be happy to discuss our options.

Contact us today to schedule a chat about device security.

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Featured Image Credit

This Article has been Republished with Permission from The Technology Press.

There are many types of malware. One of the most common is called “malvertising.” It crops up everywhere. Including social media sites and websites. You can also see these malicious ads on Google searches.

Two things are making malvertising even more dangerous. One is that hackers use AI to make it very believable. The other is that it’s on the rise, according to Malwarebytes. In the fall of 2023, malvertising increased by 42% (month over month).

It’s important to inform yourself about this online threat. Knowledge is the power to protect yourself. Especially when it comes to malicious cybercriminals. Below, we’ll help you understand malvertising. We’ll also give you tips on identifying and avoiding it.

What Is “Malvertising?”

Malvertising is the use of online ads for malicious activities. One example is when the PlayStation 5 was first released. It was very hard to get, which created the perfect environment for hackers. Several malicious ads cropped up on Google searches. The ads made it look like someone was going to an official site. But instead, they went to copycat sites. Criminals design these sites to steal user credentials and credit card details.

Google attempts to police its ads. But hackers can often have their ads running for hours or days before they’re caught. These ads appear just as any other sponsored search ad on Google.

Google is not the only site where malvertising appears. It can appear on well-known sites that have been hacked. It can also appear on social media feeds.

Tips for Protecting Yourself from Malicious Online Ads

Review URLs Carefully

You might see a slight misspelling in an online ad’s URL. Just like phishing, malvertising often relies on copycat websites. Carefully review any links for things that look off.

Visit Websites Directly

A foolproof way to protect yourself is not to click any ads. Instead, go to the brand’s website directly. If they truly are having a “big sale,” you should see it there. This tip is useful for all types of phishing. Just don’t click those links and go to the source directly.

Use a DNS Filter

A DNS filter protects you from mistaken clicks. It will redirect your browser to a warning page if it detects danger. DNS filters look for warning signs. They, then block dangerous sites. This can keep you safe even if you accidentally click a malvertising link.

Do Not Log in After Clicking an Ad

Malvertising will often land you on a copycat site. The login page may look identical to the real thing. One of the things phishers are trying to steal is login credentials. They can get big money for logins to sites like Netflix, banks, and more.

If you click an ad, do not input your login credentials on the site. Even if the site looks legitimate. Go to the brand’s site in a different browser tab.

Don’t Call Ad Phone Numbers

Phishing can also happen offline. Some malicious ads include phone numbers to call. Unsuspecting victims may not realize fake representatives are part of these scams. Seniors are often targeted with malvertising scams. They call and reveal personal information to the person on the other end of the line.

Just say no to calling numbers in online ads. If you find yourself on a call, do not reveal any personal data. Just hang up. Remember, this is an elaborate scam. These people prey on triggers like fear. They also work to gain your trust.

Don’t Download from Ads

“Get a free copy of MS Word” or “Get a Free PC Cleaner.” These are common malvertising scams. They try to entice you into clicking a download link. It’s often for a popular program or freebie. The link actually injects your system with malware. The hacker can then do further damage.

Never click to download anything from an online ad. If you see an ad with a direct download link, it’s often a scam.

Warn Others When You See Malvertising

If you see a suspicious ad, warn others. This helps keep your colleagues, friends, and family more secure. If you’re unsure, try a Google search on the ad. You’ll often run across scam alerts confirming your suspicion. 

It’s important to be smart and arm yourself with knowledge. You can then share this with others. Foster this type of cyber-aware community. It helps everyone ensure better online security as well as get alerted of new scams cropping up.

Improve Your Online Security Today

Is your device up to date with security patches? Do you have a good anti-malware solution? Is DNS filtering installed to block dangerous websites?

If you’re not sure of any of those questions, contact us. Our cybersecurity experts are here. We’ll help you find affordable solutions to secure your online world.

Give us a call or email to schedule a chat about online security.

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Featured Image Credit

This Article has been Republished with Permission from The Technology Press.

Today’s businesses are no stranger to the word cybersecurity. They are facing a growing wave of cyberattacks. These come from ransomware to sophisticated phishing schemes. How do you stand ahead of these threats? A strong cybersecurity strategy is essential. One crucial component of this strategy is event logging. It’s one that not every business owner is aware of.

Think of event logging as a digital detective. What does tracking activities and events across your IT systems do? It helps you spot potential security breaches and respond swiftly. As your managed IT service provider, we’re committed to helping you. We can help you understand the importance of event logging as well as how to put in place best practices to safeguard your network.

What Is Event Logging?

Event logging is the act of tracking all events that happen within your IT systems. “Event” can be many different things, such as:

• Login attempts
• File access
• Software installs
• Network traffic
• Denial of access
• System changes
• And many others

Event logging means to track all these and add a time stamp. This provides a robust picture of what is going on in your IT ecosystem. It’s through that ongoing picture that you can detect and respond to threats promptly.

Why is it critical to track and log all these events?

• Detect suspicious activity by monitoring user behavior and system events.
• Respond quickly to incidents by providing a clear record of what happened in a breach.
• Meet regulations that require businesses to maintain accurate records of system activities.

Best Practices to Use Event Logging Effectively

Event logging is most effective when you follow best practices. Here are some standard guidelines to follow. These are helpful if you’re just starting out as well as for those improving existing event-logging processes.

Log What Matters Most

Let’s be honest: You don’t need to track every digital footstep.  Logging every single action on your network can create a mountain of data that’s hard to sift through. Instead, focus on the events that truly matter. These are those that can reveal security breaches and compliance risks.

The most important things to log are:

• Logins and Logouts: Keep tabs on who’s accessing your systems and when. This includes failed attempts, password changes, and new user accounts.
• Accessing Sensitive Data: Track who’s peeking at your most valuable information. Logging file and database access helps spot unauthorized snooping.
• System Changes: Keep a record of any changes to your system. Including software installations, configuration tweaks, and system updates. This helps you stay on top of changes and identify potential backdoors.

Event logging is much more manageable when you start with the most critical areas. This also makes it easier for small businesses.

Centralize Your Logs

Imagine trying to solve a puzzle with pieces scattered across different rooms. It’s chaos! That is what happens when you try to work with several logs for different devices and systems. Centralizing your logs is a game-changer. A Security Information and Event Management (SIEM) gathers logs in one place. This includes those from various devices, servers, and applications.

This makes it easier to:

• Spot patterns: Connect the dots between suspicious activities across different systems.
• Respond faster: Have all the evidence you need at your fingertips. This is helpful when an incident strikes.
• Get a complete picture: See your network as a whole. This makes it easier to identify vulnerabilities.

Ensure Logs Are Tamper-Proof

It’s important to protect your event logs! Attackers love to cover their tracks by deleting or altering logs. That’s why it’s vital to make your logs tamper-proof.

Here are some tips:

• Encrypt your logs: Lock them down with encryption. This makes them unreadable to unauthorized eyes.
• Use WORM storage: Once a log is written, it’s locked in place, preventing changes or deletions.
• Use strong access controls: Limit who can see and change your logs to trusted personnel only.

Tamper-proof logs provide an accurate record of events even if a breach occurs. They also keep the bad guys from seeing all your system activity tracking.

Establish Log Retention Policies

Keeping logs forever isn’t practical (or always necessary). But deleting them too soon can be risky, too. That’s why you need clear log retention policies. 

Here are some things to consider:

• Compliance requirements: Some industries have specific rules about how long to keep logs.
• Business needs: How long do you need logs to investigate incidents or for auditing?
• Storage capacity: Make sure your log retention policy doesn’t overwhelm your storage.

Strike the right balance with retention. You want to ensure you have the data you need without sacrificing performance.

Check Logs Regularly

Event logging is only as good as your ability to use it. Don’t “set and forget” your logs. You should check them regularly. This helps you spot anomalies and identify suspicious patterns. It also helps you respond to threats before they cause serious damage. Use security software to help automate this process.

Here’s how to do it effectively:

• Set up automated alerts: Get notified immediately of critical events. Such as failed logins or unauthorized access.
• Perform periodic reviews: Dive into your logs regularly. Look for patterns that might show a threat.
• Correlate events: Use your SIEM to connect the dots between different activities. It can reveal more complex attacks.

Need Help with Event Logging Solutions?

As a trusted managed IT service provider, we’re here to support you. We can help you install these practices and ensure your business stays protected.

Give us a call or email to schedule a chat.

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Featured Image Credit

This Article has been Republished with Permission from The Technology Press.