On Macs and Windows, encrypting an external drive can be as simple as right-clicking on the external drive’s icon and selecting the encryption option.

Two golden rules:

1) Be sure your files are backed up elsewhere before encrypting a drive.

2) Be sure to save the recovery key in case you forget the password.

Encrypting individual files is helpful to protect your data, but attackers can still read the filenames and deduce information. One advantage to encrypting an entire external drive is bad actors cannot see the filenames when you encrypt an entire external drive or memory stick.

I intend to make you aware of the importance of encrypting external drives and not go into technical details. So, you’re welcome to skip the following information. If you encounter errors encrypting drives in the simple method above, there are many details. For example:

Windows: One way to encrypt drives is using BitLocker. If you have Windows Home edition instead of Pro, you cannot encrypt drives, but you can unlock and use encrypted drives. All editions of Windows support the “device encryption” feature.

Macs: You can use an encryption utility called Filevault2. Alternatively, you can encrypt drives when you format them. If you have a Mac with an Apple CPU, some users experience losing access to the data on the drive after encryption. Apple will fix that soon if they haven’t already.

Hopefully, you won’t encounter any issues when you encrypt your external drives and help protect the data from anyone who steals or discovers a misplaced drive.

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Faster: Wi-Fi version 6 won’t necessarily speed up your network if you have few wireless devices because it only offers faster speeds when multiple wireless phones, computers, appliances, and other devices connect to the access point. Up to 8 devices can communicate simultaneously with the access points, twice as many as before. The new technology even makes mobile device batteries last longer because Wi-Fi v6 can permit devices to draw less power.

More Secure: The primary security-related feature is mandating a security technology called WPA3. The prior version, WPA2, is more than ten years old and vulnerable to remote password guessing attacks. WPA3 requires an attacker to stay physically close to a network when guessing passwords, and your devices can detect frequent guesses. WPA3 encryption is optional in Wi-Fi v5 but required with Wi-Fi version 6.

Futureproofing and Interoperability: When you buy new devices, they may be so expensive that you don’t replace them for years. The good news is that your old Wi-Fi version 5 devices can work with your new access points, and vice versa, so you don’t need to replace everything immediately. However, over time, replace both to experience all of the benefits of version 6.

Nomenclature: You may have noticed that the Wi-Fi Alliance is ditching the old way of naming wireless technology like 802.11b, 802.11a, etc. Now, they are moving to increase version numbers, starting with Wi-Fi v6. The next version will be v7, then v8, and so on.

Please forward this message to people you know who are buying new Wi-Fi devices so they can seek Wi-Fi v6 certified devices when available. They’ll help futureproof their investment, increase security, and enjoy faster connections in busy environments.

The post When You Buy New Wi-Fi devices, be Sure they Support Wi-Fi Version 6 appeared first on Foster Institute.