• Skip to main content
  • Skip to primary sidebar
  • Home
TechTidBit – Tips and advice for small business computing – Tech Experts™ – Monroe Michigan

TechTidBit - Tips and advice for small business computing - Tech Experts™ - Monroe Michigan

Brought to you by Tech Experts™

Password Security

Tips To Protect Your Business PC From Malware

October 31, 2014

Michael Menor is Vice President of Support Services for Tech Experts.

In today’s online world, technology users are essentially in a state of near-constant attack. Almost every day, there’s a new data breach in the news involving a well-known company and, quite often, fresh rules for protecting personal information are circulated.

Because of malware in email, phishing messages, and malicious websites with URLs that are one letter different from popular sites, employees need to maintain a high level of awareness and diligence to protect themselves and their organizations.

Phishing activities are especially pervasive, including attempts to steal users’ credentials or get them to install malicious software on their system. The astonishing success rate of phishing attacks makes them a favorite.

Why? More than 70% of people will follow the link to a phony website and, of those that followed the link, 30%-50% will routinely give up their usernames and passwords.

Many like to think of the network perimeter with all its firewalls and other fancy technologies as the front line in the cyber war, but the truth is there’s a whole other front.

Every single member of a company’s staff who uses email or the Internet is also on the front line and these people are generally considered a softer target than hardware or software. It’s simple: if the bad guys can get an employee to give up his or her user credentials or download some malware, they can likely waltz right past the technological controls, basically appearing as if they belong there.

When using a computer for personal functions, a user generally has to have the ability to install software and modify the system configurations. Typically, such administrative functions are not available to all users in a corporate environment.

c471994_mAs a result, even if an organization has made an effort to improve a system’s security, a user doing work on a personal computer has the ability to disable and circumvent protections and has the privileges to allow for the installation of malware.

As companies migrate toward a world of bring-your-own-device policies, some companies are developing strategies to help address these risks. But, as a rule, using a work computer for personal reasons or doing work on a personal computer (or tablet or smartphone) can significantly increase the threat level that an employer has to protect itself against.

To help their organization protect systems and data, employees need to implement some smart web browsing habits. Smart web browsing means engaging in the following activities:

Beware of downloads
Malware can be hidden, not just in applications or installation programs, but in what appear to be image and video files also. To limit the likelihood of downloading content that contains malware, only download from reputable sites. With sites that are not a household name, take the time to do a little research and see if other people have had issues.

Additionally, be sure that antivirus software is set up to automatically scan downloads. Or scan downloads manually, even when receiving them from name-brand sites, as it is not unheard of for infected files to make their way onto otherwise legitimate web sites.

This is especially true for file-sharing sites where the site owner cannot control every piece of content a user may place there.

Be wary of deceitful sites
Those running sites already breaking the law by illegally distributing copyrighted materials — like pirated music, movies or software — probably have no qualms about including malicious content in their downloads or stealing information.

Many popular web browsers today have built-in functionality that provides an alert when visiting a website that is known to be dangerous.

And if the browser doesn’t give a notice, the antivirus software may provide that function. Heed the alerts!

Employees need to protect their devices from online and in-person threats. Start by keeping the company’s system patched. Configure it to automatically apply updates or issue notifications when there are updates and then apply them as soon as possible. This doesn’t just apply to the operating system.

Keep all installed applications updated; sometimes this takes a little extra work.

Remember, the challenge of security is that the bad guy needs to find only one hole in a security system to get past it, so fix them all. Think of it as putting dead bolts on doors, but leaving the basement window wide open.

To that end, security professionals like to debate the usefulness of today’s antivirus software. And it’s true that malware continues to become more sophisticated and harder to detect. But it always amazes me how old some of the malware running around is. As a result, use antivirus software and keep it up-to-date.

Also, use a software firewall, either the Windows firewall or one provided in an antivirus package. This is especially true for laptops connected to public wireless access points at hotels or coffee shops, but it also applies to home systems. It just provides that extra layer of defense.

And finally, please, don’t ever give passwords to anyone. Be vigilant and question anything new, especially emails and forms in the web browser that request work credentials, no matter how nicely the request is made.

(Image Source: iCLIPART)

Better Passwords: Keep Your Information Secure!

June 17, 2013

Thomas Fox is president of Tech Experts, southeast Michigan’s leading small business computer support company.

It could be your email, your pictures, or your company documents and files – whatever you have on your computer needs to protected from hackers, identity thieves, nosy employees and other cyber troublemakers.

Imagine if all of your private, personal and company information were available on the public Internet. And then, take a few minutes to follow the steps below and help make your systems more secure.

Use a different password for each important service
Make sure you have a different password for every important account you have. Hackers will steal your username and password from one site, and then use them to try to log into lots of other sites where you might have an account.

Even large, reputable sites sometimes have their password databases stolen. If you use the same password across many different sites, there’s a greater chance it might end up on a list of stolen passwords. And the more accounts you have that use that password, the more data you might lose if that password is stolen.

Giving an account its own, strong password helps protect you and your information in that account.

Make your password hard to guess
“password.” “123456.” “My name is Inigo Montoya. You killed my father. Prepare to die!” These examples are terrible passwords because everyone knows them – including potential attackers.

Making your passwords longer or more complicated makes them harder to guess for both bad guys and people who know you.

Complex and lengthy passwords can be a pain – the average password is shorter than eight characters, and many just contain letters. Analysis shows that only 54 percent of passwords include numbers, and only 3.7 percent have special characters like & or $.

One way to build a strong password is to think of a phrase or sentence that other people wouldn’t know and then use that to build your password.

For example, for your email you could think of a personal message like “I want to get better at responding to emails quickly and concisely” and then build your password from numbers, symbols, and the first letters of each word—“iw2gb@r2eq&c”.

Don’t use popular phrases or lyrics to build your password—research suggests that people gravitate to the same phrases, and you want your password to be something only you know.

Keep your password somewhere safe
Research shows that worrying about remembering too many passwords is the chief reason people reuse certain passwords across multiple services.

But don’t worry – if you’ve created so many passwords that it’s hard to remember them, it’s OK to make a list and write them down. Just make sure you keep your list in a safe place, where you won’t lose it and others won’t be able to find it.

If you’d prefer to manage your passwords digitally, a trusted password manager might be a good option. Many web browsers have free password managers built into them, and there are many independent options as well.

Secure Online Accounts Without Sacrificing Ease Of Use

November 20, 2012

by Jeremy Miller, Technician
The Internet allows us to do so much, such as: buy things, research information, and share just about anything. There is and will always be someone out there that is going to take advantage of Internet users in one way or another.

Keeping that in mind, most places on the Internet use password authentication, this is both good and bad. It is good because you are required to enter credentials that you originally provided to enter a protected area of a website.

This may keep your data safe from most people with malicious intent. However, most people are not perfect at remembering passwords, especially complex passwords, so most people end up using the same password for many websites. This is a bad choice.

If a hacker obtains your password, they may be able to access any site on which you use that password or a similar password. The best Internet practices are to use a different complex password for each website.

Complex passwords are passwords that contain upper and lower case letters, numbers, special characters, and they must not resemble any dictionary word.

An example of a bad password is: love, password, P@ssw0rd. A good example of a complex password would be: ”n$)M1@x{1_5” 65”.

Password cracking has come a long way from brute-force dictionary based attacks, which allow a hacker to guess your password using a computer and wordlists. The use of complex passwords has become a necessity for anyone wanting to keep their information secure.

The best way to solve this conundrum is to implement a password manager. I have tried many password managers and have found the best results to be with LassPass password manager.

It is a feature rich password manager that is very secure. LassPass does not store or even know what your password is.

You can add LassPass as a browser extension or an app on your computers or mobile devices. You will only have to remember your password to LassPass to access any password protected websites.

Once LassPass is installed you simply visit a website that requires a login, such as your webmail or Facebook. Once you enter your username and password LassPass will ask if you would like to remember it.

If you choose yes it will auto fill out the information required to automatically login to the website the next time you visit it.

LassPass can also store secure encrypted notes that work great for bank logins. Most banks have a multi-stage login which is where you enter your username and password on different pages.

You can store your usernames, passwords, account numbers, and card numbers in secure notes for ease of access. All of your passwords can be accessed from any platform and any device.

LassPass also provides users with many tools that make using the LassPass password manager better such as: password generators, automatic form filling with the ability to have multiple identities, easily backup the data to local storage, on-screen keyboard to prevent key loggers, ability to share information via email, and most importantly two-factor authentication.

A two–factor authentication device allows you to use a password and a device such as a USB flash drive, YubiKey©, or Google Authenticator App to authenticate.

This improves your security because you have to have the second credential. Since that is in your possession, a cyber criminal would have to actually steal your device to hack your passwords.

Once you start to use LassPass as a password manager you will not want to return to remembering passwords or creating weak password that are easy to remember.

Give us a call to talk about improved security for your online accounts. We can help you setup the password manager and teach you how to use it. This is another way to make sure that your identity does not get compromised.

Industry Standard Security Best Practices

November 30, 2011

Network security is a must in any network, but when it comes to a business network, there are a number of security standards and best practices that ensure you have control over your network.

Businesses in certain industries secure. Many different companies require different security standards; one organization for instance is the PCI (Payment Card Industry). The payment card industry has very a strict network security standard.

The below practices are fairly strict and will offer you a great deal of control and protection against data theft and network intrusion.

Modem
We will start from the outside edge of your connection of your network and work our way in from your modem on into client workstations.

The modem is probably the simplest device on the network – you can’t really secure it (beyond performing regular updates), but some ISP’s feature a built in firewall in the modem. This can be turned on or off to work in conjunction with your company’s firewall.

Firewall
The next item to take a look at is your router/firewall. Generally you would have a router that offers several ports you can connect to via a direct Ethernet connection as well as WiFi access.

This firewall will add another layer of protection for when your network connects to the Internet. When configured properly, you would block all unauthorized network connections. As far as protecting the WiFi goes you are best to enable MAC filtering.

Each piece of network hardware has a unique identifying numerical code, called a MAC address. Filtering by MAC lets you set up WiFi so that only devices you explicitly define are allowed to connect to your network.

Once you have MAC filtering in place, you can also encrypt network traffic and use a long secure password. Since the clients on the network will not need to type this password in all the time, it is best to make a complex password containing both capital and lower case letters, numbers, and symbols.

Another option to further increase security when it comes to WiFi connections is to set the access point to not broadcast it’s SSID. This will make it look to the normal person as if there is no wireless connection available.

Server
There are a lot of features that can be enabled at the server to further improve network security. The first item to review is the group policy. Group policy is part of the server operating systems that allows you to centrally manage what your client workstations have access to and how.

Group policies can be created to allow or deny access to various locations on your users’ desktops. You can get as granular as defining a group policy that sets standards on user passwords.

By default, Windows Server 2008’s password policy requires users to have passwords with a minimum of 6 characters and meet certain complexity requirements.

While these settings are the defaults, generally 8-10 characters is recommended as well as mixing upper and lower case letters, numbers, and special symbols. An example of a complex password might be @fF1n!ty (Affinity). This password would meet all complexity requirements and is fairly easy to remember. Passwords should also be forced to reset every so many days. A good time period is roughly 30 days.

One other possible option is to have firewall software installed on the server itself to regulate traffic in and out of the server.

The nice thing about having a firewall on the server itself is that you have the ability to log failed connections to the server itself as well as what that connections is and where it was coming from.

This feature alone gives you a lot more control over the network. For example if you noticed in the firewall logs on the server that a connection you didn’t want getting through was making it to the server you can go back and edit policies on the router/firewall to attempt to further lock down your network from that point as well as blocking it at the server.

One final quick thought on server security is physical security.

Generally it is a good practice to have the server physically locked in a room that only specific people have access to. If you really wanted more control as well you can have the server locked using a system that logs who comes in and out of a room via a digital keypad and their own passwords.

When it comes to your workstations, employees should only be logging into the workstation via their domain login and not using the local admin login.

This will allow you to centrally control via group policy what they can access like stated above. You can also configure roaming profiles so that if someone was to steal a physical workstation they would not have access to any company information as it would all be stored on the server and not that workstation – which is another great reason to have your server locked up.

Employee logins to workstations should also have account lockout policies in place so that if a user attempts to login too many times with an incorrect password, the server would lock them out on that workstation for a time period set by the administrator. One other item you could have in place for various employees is specific time periods their credentials will allow them to log into the systems.

One final step in network security is having good antivirus software installed on your workstations and your server. A compromised machine can be giving your passwords and information away to hackers making it possible for them to waltz right into your network undetected.

You are best protected by having as many of the above security steps configured and working properly on your network.

Determine what your network needs, evaluate the practice after it has been in place for a month and make the proper adjustments to ensure your network is safe. You should also preform regular security audits.

If you would like to see how secure or unsecure your network is give us a call and we can perform a network security audit for you and let you know where you stand!

Featured Article Written By:
Tech Experts

Internet Security: What Are They Surfing At Work?

September 28, 2011

Thomas Fox is president of Tech Experts, southeast Michigan’s leading small business computer support company.

A recent survey of business owners and IT managers found that employees are using company computers, Internet access, e-mail, and other resources to conduct hours of non-work related activities.  And the problem is on the rise.

Some of these activities simply waste time, like day trading and monitoring eBay bids. However, some of the activities are malicious and can cause serious issues with a company’s server and network.

Here are a few incidents that were reported by the IT managers that were surveyed:

• One employee was caught running a gambling website and acting as a bookie for his co-workers.

• To bypass the company’s web filter, one employee was caught using his desktop computer as an FTP server for the other employees. He had downloaded and saved over 300GB of material, all on his work computer, using his company’s Internet connection and undoubtedly slowing down their systems.

• One employee was caught giving away confidential information such as price lists, contracts, and software code for application development.

• Another employee had a pretty lucrative side business stealing and selling company inventory on eBay.

• One woman was caught running an online “outcall” service from her desk.

• One employee was caught renting the corporate IP address to hacker friends to attack other company’s computers and networks.

While these scenarios seem outrageous, they are not uncommon. Of the 300 companies surveyed, almost one-third have fired an employee in the last 12 months for violating e-mail policies, and 52 percent of companies said they have disciplined an employee for violating e-mail rules in the past year.

Educating your employees through an acceptable use policy is simply not enough. If the requirements are not enforced, employees will accidentally or intentionally violate your rules.

That’s why every company needs to invest in good e-mail and web filtering software. Just having it in place will act as a deterrent for such activities. If something really is going on – like an employee leaking confidential information to a competitor or sending racial or sexist jokes through your company’s e-mail – you’ll be able to catch it and resolve the issue proactively, instead of reacting to it after the fact.

Additionally, a good web filter will prevent employees from accessing inappropriate material online, wasting time on non-work activities, downloading viruses and spyware, and using up company bandwidth to download photos and music.

Strong Passwords Keep Your Personal Information Secure

January 20, 2011

A recent ZoneAlarm survey revealed that 79 percent of consumers use risky password construction practices, such as including personal information and words.

The survey also revealed that 26 percent of respondents reuse the same password for important accounts such as e-mail, banking or shopping and social networking sites.

In addition, nearly 8 percent admit to copying an entire password found online in a listing of “good” passwords.

Given these numbers, it’s no wonder that 29 percent of respondents had their own e-mail or social network account hacked, and that over half (52 percent) know someone who has had a similar problem.

The first step a hacker will take when attempting to break into a computer or secure account is try to guess the victim’s password.

Automated programs are available to repeatedly guess passwords from a database of common words and other information.

Once a hacker gains access to one account, almost 30 percent of the time that information can be used to access other sites that contain financial data such as bank account numbers and credit card information. To ensure you stay safe online, here are a few tips for creating a strong password.

Use Unique Passwords For Each Account
Choose different and unique passwords for each account.

Passwords Should Be Eight To Ten Characters Long
Choose a password that is at least eight to 10 characters long. This should be long enough to prevent brute force attacks, which consist of trying every possible combination of a password until the right one is found.

Avoid Using Personal Information
Make sure your password is difficult for someone to guess. Do not use names of any kind, including your login name, family member’s name or a pet’s name. Also avoid using personal information such as a phone number, birthday or place of birth.

Avoid Words In The Dictionary
Avoid words that can be found in the dictionary. With the availability of online dictionaries, it is easy for someone to write a program to test all of the words until they find the right one.

Avoid Repeating Characters Or Sequences
Stay away from repeated characters or easy to guess sequences. For example: 77777, 12345, or abcde.

Use Numbers, Letters And Special Characters
Choose a password that is a mixture of numbers, letters and special characters. The more complex and random it is, the harder it will be to crack.

Use Word Fragments
Use fragments of words that will not be found in a dictionary. Break the word in half and put a special character in the middle.

Frequently Change Your Passwords
Change your passwords often. Even if someone cracks the system password file, the password they obtain is not likely to last long.

Cyber crime is on the rise. Taking the time to actively choose secure passwords will protect your identity, banking information and personal information. And remember, writing your password on a sticky note on your monitor isn’t secure!

Online Banking: Five Steps To Protect Yourself

May 21, 2010

I was reading the Wall Street Journal website recently, and came across an interesting article about online bank fraud. The article was about a small business owner in California had over $100,000 stolen from his bank account.

He only recovered about $50,000 of it back. The other $50,000 went to a bank in Europe, where mules (someone who receives the stolen money) started to withdraw the money from the bank account.

How did this happen? The business owner had spyware on his computer that transferred his banking username and password to the hackers. I always shake my head when I read an article like this, because I know it could have been easily avoided.

Anti-virus and anti-spyware
The first step in protecting yourself is to make sure your computer has anti-virus and anti-spyware installed.

If you’re doing online banking, make sure that you’re using commercial quality protection – not something you download from the Internet for free.

The stronger your first layer of protection, the safer you are online.

We see computers every day that don’t have this simplest of protection installed; or, worse, the business owner has installed protection software, but then fails to keep it updated or renewed.

Unified threat management
The next step is to invest in a unified threat management (UTM) firewall. A UTM firewall is miles ahead of the simple DSL or cable routers you’d pick up at the office supply store.

They offer solid protection against viruses, hackers, spyware, and the host of other Internet dangers.

The device scans all Internet traffic in real time, and can protect you even before the anti-virus and antispyware vendors have updated their software for new attacks.

UTM firewalls can also implement web filtering and prevent the computer from reaching the intended attacker.

Web filtering can block access to websites that contain malware and spyware; it can also protect employees from going places they shouldn’t be.

Fortinet is our preferred vendor that makes firewall appliances that do what I describe above. A dedicated firewall and UTM appliance is very effective in helping prevent an attack such as this.

Block SPAM at the source
One of the sneakiest ways hackers can compromise your computer is through email, so you’ll want to look for a rock-solid spam filtering solution. Numerous cloud based (hosted) solutions exist that are very inexpensive. A good spam filter will keep viruses, phishing and other attacks from hitting your email. Reflexion is our favorite cloud based email filtering solution. The product is easy to use, well supported and extremely effective.

With online banking, phishing attacks are very common. Someone creates an email that looks like your bank in an attempt to collect information, you click on the link, and next thing you know, the hackers have your login and password.

Personally, I never open emails from my bank. Most banks will not contact you for important account information with email.

Perform regular maintenance
The fourth step to keeping your computers safe is patch management. Microsoft releases security updates for Windows nearly very week. Having a trained IT professional ensure patches are applied correctly – and quickly – will protect you from any security holes in the software that you’re running.

Most small businesses should look at one of our managed service plans, which provides you with “whatever it takes” service at a low fixed monthly cost.

Pay attention
The final step is a matter of common sense. Most people will go to potentially hazardous websites or click on something they shouldn’t have. My suggestion is if you are doing Internet banking, it should be on a computer that is used the least.

If you are going to go to questionable websites, don’t do it on the computer where you do your banking.

Do You Keep Critical Passwords On A Sticky Note Next To Your PC?

July 20, 2009

We constantly struggle to get our clients to stop writing down their passwords on sticky notes by the computers. Obviously this is a security risk. Another bad habit is choosing  really easy-toremember passwords such as “password.”

But admittedly, it CAN be hard remembering all of those passwords that are always changing. To solve this little dilemma, we’re suggesting to our clients to stop using passwords and use “pass-phrases.”

What is a “pass-phrase” you ask? They are letters and numbers put together in an easy-toremember phrase such as “!YEAHGoBlue!”

These are MUCH easier to remember than a random cluster of letters and numbers, which means you won’t have to write them down on a post-it note anymore! Plus, they’re much more secure than using a birthday or child’s name.

Pass-phrases can be built from anything, such as favorite quotes, lines from movies, sports team names, a favorite athlete’s name and jersey number, kids’ names and birthdates, pets, and so on.

Here’s some other examples that would be easy for you to remember, but hard for a hacker or criminal to guess:

ILike!ceTea

T&lkingOnTh3Phone

d3tro1tHockey

goneWithth3w!nd

Git-r-don3!!

Detroit-R3D-Wings

All you need to do is be a little creative to get numbers, letters and punctuation into the phrase. All of the normal suggestions remain the same – don’t make a password  exclusively a birthday or child’s name, and always include special letters and punctuation.

Since introducing this to our clients, we’ve found (believe it or not) they actually have fun doing this, and at the same time, are making their networks more secure!

Do You Roll Out The Red Carpet For Identity Thieves?

May 11, 2008

Just about every web site you visit these days wants you to register and choose a password, especially when making a purchase.

However, if you do this carelessly, you may be setting yourself up as an easy prey for online criminals.

Although we know we should choose unique and hard to decipher passwords that contain both numbers and letters, most people still use easy to remember passwords and words for their convenience.

Below are the top 10 passwords used online according to PC Magazine. If you are using any of the following, you’re putting a big red bullseye on your account for identity theft:

  1. password
  2. 123456
  3. qwerty
  4. abc123
  5. letmein
  6. monkey
  7. myspace1
  8. password1
  9. link182
  10. [your first name]

If you want to avoid having to remember dozens of hard-to-remember passwords, Robo Form is a great FREE software you can download without having to fear adware or spyware. RoboForm was named PC Magazine Editor’s Choice, and CNET Download. com’s Software of the Year.

After you download the software, it memorizes your passwords and logs you in automatically to every web page with one click.

Best of all, it encrypts your passwords and generates random passwords that hackers cannot guess. You can even back up your passwords so you can copy them to another computer.

Nine Easy Steps To Protect Your Computer From Viruses, Trojans and Infections

February 24, 2007

Here are some helpful suggestions from the experts at TechExperts on how to protect your computer and network.

Step 1: Protect your personal information.
Be suspicious of any email with urgent requests for personal financial information, and never respond to unsolicited requests for confidential information.

Beware of phishing. Phishing is an Internet scam where a message is sent out via email asking you to provide or verify certain information.

Typically these requests are designed to look like they came from a bank or other service provider. Usually there is a link to the bank’s website. But in fact the link doesn’t go to the bank; it goes to a computer controlled by fraudsters. Once armed with your data, thieves take out cash advances from your accounts or may try to steal your identity.

Step 2: Use an anti-virus program and take steps minimize computer virus risks.
Make certain that good, commercial-quality anti-virus software has been installed on your computer. New viruses appear constantly and daily virus definition updating decreases the risk of computers becoming infected. Many free anti-virus programs don’t provide for automatic updating.

Your anti-virus software should be set to automatically update, and should always be running.

Step 3: Install anti-spyware software and enable Windows Firewall.
Spyware is software that is usually downloaded from the Internet, either intentionally under the guise of a service or utility, or without your knowledge as a result of browsing malicious Web sites. Spyware gathers information about how you use your computer, and poses a threat to your privacy.

A firewall is a piece of software or hardware that helps guard computers against hackers as well as many computer viruses and worms.

Windows XP has a built-in firewall product, but it may not be enabled. Give us a call for more information on how to enable Windows Firewall.

Step 4: Be careful with email attachments.
Attachments are files, such as a document or picture that can be sent along with an email. Viruses spread by hijacking an infected computer’s email address book. The virus sends copies of itself as email attachments to everyone in the victim’s email address book. This gives the appearance that your friend is emailing you a joke or a document, but it’s really the virus attempting to spread itself.

If you receive an unexpected email attachment, even if you know the sender, do not open the attachment.

Step 5: Use strong passwords, and change them often.
A strong password is one that is not obvious or easy to guess, it should be 8 – 12 characters long and include a combination of upper and lowercase letters, numbers, and symbols such as punctuation marks and special characters.

Step 6: Stay updated.
As flaws are discovered, software makers such as Microsoft release software updates. To ensure that your computer is secure, install the appropriate updates. There are a few circumstances where you might not want to, but generally, always enable Windows Update to automatically install updates to your system.

Step 7: Be careful about downloading.
Tons of no-cost programs are available with more becoming available each day. If a program is written with malicious intent, the author/intruder will not tell you that it will harm your system.

Many no-cost programs collect data about you and then sell that data to advertisers. These types of programs are called “spyware” (see step 3 above).

Step 8: Backup, backup, backup!
In case of emergencies, such as a hard drive crash, documents and data files stored only on your local hard drive need to be backed up and backups need to be periodically tested. If you are not sure if your files are being backed up, give us a call – we’ll be happy to help.

You may also want to consider encrypting and/or password-protecting files so that data will be unusable if stolen. Note that conventional passwords, such as Windows passwords, do not secure your data.

Step 9: Know where to go when you need help with your computer.
Keep our 24 hour computer emergency hotline telephone number available: (734) 240-0200. We’re always here to help with your computer problems!

« Previous Page

Primary Sidebar

Browse past issues

  • 2025 Issues
  • 2024 Issues
  • 2023 issues
  • 2022 Issues
  • 2021 Issues
  • 2020 Issues
  • 2019 Issues
  • 2018 Issues
  • 2017 Issues
  • 2016 Issues
  • 2015 Issues
  • 2014 Issues
  • 2013 Issues
  • 2012 Issues
  • 2011 Issues
  • 2010 Issues
  • 2009 Issues
  • 2008 Issues
  • 2007 Issues
  • 2006 Issues

More to See

Five Reasons To Be Wary Of AI

May 19, 2025

Don’t Trust The Cloud Alone: Backup Your Cloud Data

May 19, 2025

Seven New And Tricky Types Of Malware To Watch Out For

May 19, 2025

Are You Leaving Your Office Door Open?

April 14, 2025

Tags

Antivirus backups Cloud Computing Cloud Storage COVID-19 cyberattacks cybersecurity Data Management Disaster Planning Disaster Recovery E-Mail Facebook Firewalls Hard Drives Internet Laptops Maintenance Malware Managed Services Marketing Microsoft Network online security Passwords password security Phishing planning Productivity Ransomware remote work Security Servers smart phones Social Media Tech Tips Upgrading Viruses VOIP vulnerabilities Websites Windows Windows 7 Windows 10 Windows Updates work from home

Copyright © 2025 Tech Experts™ · Tech Experts™ is a registered trademark of Tech Support Inc.