Originally posted by sonhouse
Well that changes things somewhat. I assume my new comp will have SATA drives, the old ones have IDE's. So the old comp can only switch on during bootup. I think I am right about the idea the second HD cannot be infected EVER if it's not powered up. So thats a safety net anyway. Even that is not 100% but it would defeat all but a few kinds of attacks. It wo ...[text shortened]... So I guess if a virus hit a raid array, all the drives would be screwed at the same time, eh.
1. A root kit cant get onto powered down HHDs either.
2. If you do power down one drive then your whole concurrent backup idea goes out the window.
3. Make sure you have your router to the internet configured properly (firewall and all), turn on Windows XPs firewall, be careful with emails with attachments, use firefox not explorer, never have open shares on your pc, use your head, and you should remain reasonably virus free.
You could of course run an antivirus and antispyware etc, but I cant stand the way they slow down my pc. I get particularly affected because I work with Java and most antivirus' insist on scanning all the java files extra slow!
Even if you choose not to have an antivirus running all the time, you can still do scans now and then to make sure. Its all about how important your data is.
These days blank CDs and DVDs are dirt cheap, so it is a good idea to cut things like photos to them every now and then. A virus cannot jump from your PC to a DVD in your drawer! Just make sure you make two copies if the data is really important to you.
I agree with your comments on HP. I would never want to have a Compaq, HP or IBM for a home PC. They tend to have incompatible parts, loads of junkware, etc. However in a corporate environment they are not so bad, they often have some functionality to allow network managers to manage them better.
Causes of HDD failure include:
1. Heat.
2. Physical shock (if you drop it etc).
3. Electrical damage (carefull how you touch it.) including unclean power / lightening etc.
4. Poor quality manufacturing.
Check whether your BIOS has SMART and enable it. Find a utility that can read the SMART data off your HDDs. It should be able to warn you when your drives are about to give out.