1. Hacking, Viruses and the Copyright Law

2. Learning Objectives  Describe what Hacking is and what Viruses are.  List what viruses can do and describe how viruses work.  List the measures that must be taken in order to protect against hacking (physical and software) and viruses.  Explain what is meant by software copyright.

3. Computer Misuse Act 1990  This law was devised to reduce the activity of hackers, with these 3 main points: –It is illegal to access unauthorised data. –It is illegal to access unauthorised data and intend to do it again. –It is illegal to access unauthorised data and amend it.

4. Computer Misuse Act 1990  Unlimited fines.  Up to 5 years in prison. –Even though the jail terms seem pretty strong for just hacking, very few people have ever been charged with breaking them for a couple of reasons: It's very difficult to prove when you have been hacked or who has actually hacked you. Very few companies wish to admit that they have been hacked, so do not actually go ahead with prosecuting people who have hacked them. Legal penalties for breaking this law include:

5. Hacking  Is not as easy as television programmes/movies make it out to be.  It includes: –Accessing computer systems illegally –Detecting passwords using software remotely/locally –Looking at other peoples data/passing on data –Changing other peoples data –Deleting other peoples data –Inserting viruses

6. Viruses  A virus is a program designed to cause harm to someone else's computer.  A virus spreads by duplicating and attaching itself to other files.  Some virus damage is insignificant but inconvenient.  Some virus damage is disastrous, putting the computer system out of action by crashing memory, erasing files or corrupting data.  There are tens of thousands of viruses.

7. How can you catch viruses?  The primary source of infection these days are e-mail attachments.  Illegal software and infected files from the Internet.  Putting infected floppy disks into your computer - the virus can automatically copy itself from the infected disk into your computer

8. How to protect against Hacking  Physical methods: –Keeping important computers in locked rooms. –Posting security guards. –Security locks, smart cards. –Keeping sensitive data on stand-alone machines instead of networks. –Using alarm systems and video cameras  Software methods: –Data encryption data is 'scrambled' before being transmitted through a network. Only the authorised recipient has the 'key'. –Firewalls - software to block access from outside. –Activity logs, passwords and levels of security.

9. How to protect against Viruses  Using anti-virus software to scan your system daily or weekly  Update the scanning software regularly  Not allowing people to load applications \ executable files on your system  Using special filtering software to prevent downloads of computer programs  Scanning all incoming e-mails  Not opening suspicious emails or attachments.  Avoiding software from unreliable sources  Backing up data regularly so you can recover your data with clean copies.

10. Copyright Law  Copyright, Designs and Patents Act 1988 has two main purposes: 1.To ensure people are rewarded for their endeavours. 2.To give protection to the copyright holder if someone tries to copy or steal their work.

11. Copyright Law  Copyright, Designs and Patents Act 1988 makes it illegal to: –Copying and/or giving and/or selling software without the owner’s permission. –Using the copyright name on other software. –Amending software/using parts of code in own programs without permission. –Buying pirated software. Note: The key words without permission as with permission it would not be illegal.

12. Plenary  What is Hacking? –Accessing computer systems illegally –Detecting passwords using software remotely/locally –Looking at other peoples data/passing on data –Changing other peoples data –Deleting other peoples data –Inserting viruses

13. Plenary  What are viruses? –A virus is a program designed to cause harm to someone else's computer.  How do viruses work? –A virus spreads by duplicating and attaching itself to other files.

14. Plenary  What can viruses do? –Putting the computer system out of action by: Crashing memory Erasing files Corrupting data.  What measures must be taken in order to protect against hacking and viruses (physical and software)?

15. How to protect against Hacking  Physical methods: –Keeping important computers in locked rooms. –Posting security guards. –Security locks, smart cards. –Keeping sensitive data on stand-alone machines instead of networks. –Using alarm systems and video cameras  Software methods: –Data encryption data is 'scrambled' before being transmitted through a network. Only the authorised recipient has the 'key'. –Firewalls - software to block access from outside. –Activity logs, passwords and levels of security.

16. How to protect against Viruses  Use anti-virus software to scan your system daily or weekly  Update the scanning software regularly  Do not allow people to load applications \ executable files on your system  Use special filtering software to prevent downloads of computer programs  Scan all incoming e-mails  Do not open suspicious emails or attachments.  Avoid software from unreliable sources  Back up data regularly so you can recover your data with clean copies.