The best way to stop an epidemic might be to start one. That's the gist of a new strategy against computer viruses that was just unveiled by Israeli researchers. In their theoretical approach, when a computer network detects a new virus, it launches an internal counter-epidemic of self-propagating, protective messages. Upon receiving such a message, an uncontaminated computer immunizes itself against the virus.
If the new method proves practical, it could give rise to network-based mechanisms-perhaps covering the entire Internet--for containing viruses, says codeveloper Eran Shir of Tel Aviv University in Ramat Aviv. Those mechanisms might replace today's ponderous practice of keeping equipment safe by regularly downloading antivirus software.
"This is a great and very innovative proposal that has the potential to change our computer-virus-fighting strategies" comments network specialist Albert-Laszlo Barabaisi of Harvard University and the University of Notre Dame in Indiana.
In the new scheme, proposed in the December Nature Physics, network designers would scatter "honeypots" throughout a network. These are computers secretly armed with software that can trap and identify new viruses, then rapidly generate and broadcast the means to lock out the intruders. The protective message would fan out among the computers on links that only the antiviral mechanism could use.
According to simulations by the Israeli team, severely limiting the virus' spread in a network would require relatively few honeypots. For instance, in a simulated 200,000-computer network with one honeypot for every 250 computers, the virus would infect less than 1 percent of the computers, Shir says. Moreover, he notes, the larger the model network, the smaller the proportion of computers that the virus could overrun.
The idea of self-immunizing networks isn't new, says physicist Jeffrey O. Kephart of IBM T.J. Watson Research Center in Yorktown Heights, N.Y. Starting in the 1990s, he and his colleagues have developed self-protective network architectures and software. Those fully automatic setups capture and analyze a virus and generate an antidote to it within minutes.
What's most innovative about the honeypot scheme, Kephart says, is the shadow network that would transmit the immunizing messages. Those extra links could be as simple as a set of special e-mail addresses. They would enable the epidemic of immunization messages to take place "behind enemy lines," Shir says, and thereby gain the upper hand.
"I really think this paper is highly valuable," says Alessandro Vespignani of Indiana University in Bloomington. By introducing the idea of manipulating the network topology to improve antiviral response, "it's opening a different way of thinking," he says.
Could hackers commandeer the shadow network? Shir says that protective technologies already available, such as encryption methods widely used for financial transactions on the Web, make that unlikely.

Although Microsoft has never ruled out the notion of adding antivirus software to its offerings in the past, it has had no real bottom-line reason to do so. Microsoft does not do anything unless it fends off a threat to the core business or makes money. So why develop a huge company infrastructure to support antivirus software? There is no way Microsoft could sell the software, because people would demand that it be bundled as part of the operating system. And Microsoft would have to do that anyway, to have a consistent story about how it innovates. So where is the additional revenue? With antivirus software, there is none: It's just an added expense.
I have used this explanation for years when people ask me why Microsoft doesn't bundle antivirus software. So I was just as surprised as anyone else when Bill Gates told a small group having dinner with him in Manhattan just before the launch of Windows XP that the company may be reconsidering its position on the issue. Note that Microsoft is already toying with building firewall protection into the OS, as with Windows XP. There doesn't seem to be any money in that either. So what's going on?
I think Microsoft will incorporate antivirus software into its system for marketing reasons that are directly related to the company's .NET strategy. I also suspect that Microsoft will license the software from an existing antivirus company and put it under the Microsoft label, but that's not important. What is important is the underlying reason for all this—and it's not computer security.
Microsoft wants people to get used to the idea of 24/7 online connections to Microsoft. Antivirus software would let the company connect to users' machines more than ever before. People don't necessarily like this idea. They don't trust the company, and over the years they've fretted that Microsoft might look at their Quicken records or spy to see whose competitive software is listed in the Registry, and then erase crucial files. These notions are crazy, but they simmer deep in the public consciousness.
Anyway, Microsoft has to find some reasonable excuse to access your machine. And antivirus updates are that excuse. The company believes that if it can get people used to constant updating, it can then use the connections for other purposes as well. The other purposes, of course, are mercantile. Microsoft wants to sell you hats and CDs and get you to subscribe to newsletters. In the viral update process, you'll somehow become a Passport user, too. Already the company says that every 12-year-old with a Hotmail account is an active Passport user. So Microsoft can claim huge usage numbers. Over time, people will come to see Passport as the obvious choice, and then you can kiss Sun ONE and other competitive schemes good-bye.
Many of these ideas flow from the MSN team. Microsoft seems intent on eventually making that service a true success. MSN is hardly a flop, but it's not having the kind of success that Office enjoys. And MSN isn't even close to its competitor, AOL.
Over the years Microsoft must have been galled by watching AOL take over people's machines and do gratuitous upgrades. "AOL is updating the system; your account will not be charged." Users are not even given a choice, yet nobody complains. This has got to eat at Microsoft, since when updating a system, it has to apologize for the intrusion and ask permission, even beg users to accept the upgrade.
Insiders at Microsoft must squeal with glee as they imagine how daily antivirus updates would change the perceptions of users. As viruses pour onto the scene, Microsoft could easily update software daily. Maybe a few times a day!
The downside to all this, of course, is the antivirus software itself. Will it be as good as what we currently have? Will we be able to disable it and use Kaspersky or Symantec products? Probably, but the Microsoft antivirus product will be the in-house software that is bundled with the OS and will dominate for as long as it works. But Microsoft has overlooked the distinct possibility that its software will be even more of a target for hackers and crackers. One massive breakdown and you can be certain that people will flock back to the third-party folks and leave Microsoft right back where it started, only stuck with supporting an expensive antivirus infrastructure. Maybe the company should avoid this scene altogether.

Central Command, a provider of Linux, FreeBSD, and OpenBSD antivirus applications, has been awarded a contract to provide Fasthosts Internet Ltd, a web hosting company in the United Kingdom (UK), with its Vexira Antivirus for Linux.
Fasthosts Internet will use the product to protect its e-mail infrastructure against worms, viruses, trojans, and other malicious programs.
Fasthosts currently serves more than one million customer domains in the UK.
No financial details have been provided.

Norton AntiVirus 2007 and Norton Internet Security 2007 have been unveiled by security solutions provider Symantec Corp. (Nasdaq:SYMC), designed for Windows XP Home/XP Pro users.
Norton AntiVirus 2007 provides advanced protection against viruses, spyware and related risks for consumers, blocking attacks from virus and worm families without needing individual signatures for each new threat. It incorporates enhanced scanning capabilities, with a faster full system scan, and offers technology able to find new virus types which use rootkits to hide from security software.
Norton Internet Security 2007 offers the features of Norton AntiVirus 2007 and provides new phishing protection, an enhanced firewall and defence against software vulnerabilities. Its Intrusion Prevention feature offers protection against recently discovered vulnerabilities in applications such as the Windows operating system, shielding security holes more quickly than vendors release patches to fix flaws.
Norton Internet Security 2007 offers faster scans, a faster boot time and faster UI response and will provide add-on packs with AntiSpam and Parental Controls for those requiring these features.

Service members and authorized civilians can now get free antivirus software for home use through a program sponsored by the Navy's Information Assurance Web site.
The program hopes to reduce the number of computer virus attacks on government systems by providing antivirus protection for military personnel who use the Internet at home. The software normally retails for up to $50 at stores throughout the country.
Sailors at Naval Station Everett, in Washington state, have positive things to say about the program.
"It's one of those little-known Navy benefits," said SN Chad Owsley, of Naval Station Everett's First Lieutenant Division. "Not many people know about it, but it will save you a lot of money and keep your computer safer, and you don't even have to pay for it. It's so easy that even someone like me who isn't a computer geek can install it without any trouble."
The program wets developed by the Navy's Information Assurance Center, a division of the Space and Naval Warfare Systems Command.
DOD negotiated software licenses with three major software companies: Symantec (the maker of Norton antivirus software), McAfee and Trend Micro. These licenses include home use for all DOD employees, including military service members and authorized civilians.
Military personnel taking work home and then returning to the office with infected files had previously been identified as a primary means of entry for viruses attacking government computer systems.
The antivirus software can only be downloaded from a computer with a ".mil" or "gov" domain address. (A small group of users with an authorized DOD "PKI" digital certificate may download the software from any computer.) Sailors then save the software to any form of portable media, such as CD, thumb drive or zip disk to bring to their home computers for installation. Most Navy and Marine Corps Intranet computers include a CD burner, and all have USB ports for attaching some form of portable drive.
The Infosec Web site at http://Infosec.navy.mll has complete instructions that guide users to select the most appropriate software package. Antivirus software from all three vendors is available for nearly all versions of both Windows and Apple operating systems, as well as many other rare operating systems and handheld devices.
"It's free and easy to install," explained ET2 (SW) Antonio Huerta, of Naval Station Everett's information resources management office. "The user doesn't have to worry about paying for yearly updates, either. All costs axe covered by the military."
Service members and civilians who choose not to take advantage of the Navy's Information Assurance program can end up paying a lot of money for the same software at a store. In many cases, the Navy's software is a stronger "corporate" edition, which provides even better protection than the consumer versions sold at stores.

Antivirus Email, a consumer products company offering subscription e-mail and ISP services, also offers a suite of privacy protection software that includes PC Cleanser software from Logical Innovations. The entire bundle is free to users with a monthly subscription to Antivirus Email.
PC Cleanser is innovative new software that optimizes the consumer's PC while protecting its privacy. With just the click of a mouse, PC Cleanser clears away old useless files being stored on a PC, including any hidden, corrupted, or illegal files, and at the same time cleanses the history of everything done on the PC--including all web sites visited. Files to be kept on the PC can be protected through PC Cleanser's File Lockdown Feature, which allows a user to protect and encrypt any valuable files while still getting rid of the unneeded junk.
PC Cleanser is the ultimate program for boosting the efficiency of any PC. Once the software is downloaded, consumers can manually click the mouse to begin the cleansing process or use the scheduling feature to ensure that the PC Cleanser scans the computer once a day--or other regular intervals. PC Cleanser can increase a PC's performance up to 75%.

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This is the second in a series of articles highlighting reasons why we need a new model for anti-virus and security solutions.
Reason #1: the Basic Model
Anti-virus software vendors still rely on yesterday’s methods for solving today’s problems: they wait for the next virus to wreak havoc and then produce a solution. That worked for a long time when a virus would take years to traverse the world. But in this fast-paced Interet-crazed world we live in today, this type of solution is no longer applicable. Now a virus can traverse the world and infect millions of computers in minutes.
In the good old days a virus traveled by floppy disk. Put a floppy in your computer and save some data to it and the virus would infect the floppy. Then unwittingly put the infected floppy in another computer and presto the new computer would become infected. (I’m skimming over a lot of detail here to make a point). So the virus’ progress was slow and steady. Anti-virus vendors had time on their side. They had the time to get a copy of the virus, dissect it, run it through a series of tests to come up with a signature string (see below for definition), put the string into a database of strings to search for when scanning your hard drive (and floppies) and release the new database to the public. Ten years ago this system worked very well.
But now everyone is connected via the Internet. Now, using email as a transport point, it doesn’t take years to gather momentum, instead it takes a matter of minutes. And here is where the model breaks. Step back and ask yourself the following question: if vendors can catch “known and unknown viruses” as their literature states, how then is it that we continue to have virus problems?
The answer lies in the fact that virus authors have been more creative in coming up with new ways to infect and wreak havoc and the software industry has not responded in kind, preferring to stay embedded in its old fashioned methodologies.
Why don’t the old ways work any more, you might ask? It’s relatively simple. Let’s go through the steps.
A virus author unleashes NewVirus via email. He mass mails his virus to thousands of people. Some, not all, unwittingly open the attachment thinking it’s from a friend or the subject is so enticing that they are fooled into opening it without thinking it’s a problem (cf. nude pictures of Anna Kournikova). The email attachment immediately starts emailing everyone in his contact list and embeds itself into his operating system so that it’s activated every time he turns on his computer.
The folks he emails in turn get fooled into thinking the email is valid and they open the attachment. Very quickly all hell breaks loose. Agencies which monitor Internet traffic see problems arising with the sudden spikes in email traffic and they begin to get calls or emails alerting them to the fact that there’s a new problem. Samples are obtained and sent off to anti-virus vendors. They pass the emails through a series of tests to analyze what exactly the virus does and how it does it. Additionally analysis is performed to extract a unique string of 1’s and 0’s to identify this attachment as none other than NewVirus. This is called the signature string. It’s important that whatever string is arrived at does not exist in any other program or piece of software; otherwise, you will get what is commonly called a false positive.
Quick digression on “false positives”: if a vendor arrives at a unique string that just happens to be embedded in Microsoft Word, then every time a user runs a scan of their hard drive, Microsoft Word will be identified as being infected with NewVirus. Users will uninstall Word and re-install only to learn that they are still infected. There will be complaints; the vendor will be forced to re-assess the signature string and re-release his list of strings and admit the error.
Typically signature strings are matched against a whole boatload of commonplace software just to protect against this occurrence, but it still happens and vendors learn to add new software to their test beds.
OK, so the vendor has arrived at a signature string. Next? Implement the string into their string database so that when their scanners are scanning they will match what’s on your hard drive to what’s in the database. After the database has been updated they release the database to their customers in what’s commonly called a “push” where they send the updates to their primary users.
If you did not buy into this service, you must know enough to log into your anti-virus vendor and update your software so that you stay current.
So where are we? The bad guy –or problem teenager- has unleashed NewVirus. NewVirus has infected thousands of computers; vendors have been alerted; NewVirus continues to infect; solutions are achieved and “pushed” to corporate clients; NewVirus continues to infect hundreds and thousands of computers; corporate clients breathe a sigh of relief and alert their users as to the new threat.
Thousands, if not millions, of computers become infected and need to be cleaned because the best way to solve the virus problem is to wait for each new virus to come along and solve on a case by case basis.
But if you sat back and said: what if? What if you categorized all the things a virus can do (or could do), built a series of computers to allow any email attachment or program to have full rein of a computer (much like it would have on your own computer – such a computer is called “honeypot”) and then analyze that computer for unwelcome behavior?
That would be a true pre-emptive strike against all malicious software. This is the behavior-based model. Such a model would actually protect you unknown viruses, along with all the known 70,000 viruses.

Every now and then you can read about a new virus and the damage it causes. The millions viruses costs companies each time they strike. It is however not only companies that are suffering from the damages caused by viruses. A virus can be just as damaging if not more for a private Internet user by destroying important documents, family pictures and everything else you keep on your computer. Therefore should no home computer be without a good virus protection software. This way you can protect your computer and yourself from loosing data, corrupted hard drives and a number of other problems. There are several anti virus programs available of which some are free and some are not. You should however always remember that you might get what you paying for, meaning that the service and the updates might be better for the paid alternatives and thereby protect your computer better.
When using a virus program you should try to find one that is fast, reliable and able to discover as many viruses as possible. Whether it is fast or not might seem unimportant if you don't use your computer that much, but you will find that an anti virus program that scans your computer faster will be used more frequently and thereby giving you a better protection. If an anti virus program should be effective when protecting your computer it needs to be able to recognise all viruses, and since new viruses are constantly created this means that the database for the program has to be constantly updated. You should therefore consider how often the different anti virus programs update their databases when choosing which antivirus program to get. You should always make sure to keep your virus program up-to-date.
One of the best anti virus programs on the market today is Panda Active Scan Anti Virus Software Online which has an unrivalled capacity for detecting viruses and other threats online which is the most common path for viruses to reach our computer. Almost all viruses today are spread through the Internet. Panda Titanium Active Scan Anti Virus 2005 is easy to install and once it is installed it finds and remove viruses automatically. Panda Anti Virus also automatically updates itself if you want it to. In other words: Panda Anti Virus is an anti virus program that manages itself and makes sure that it is up to date and able to keep your computer safe from viruses. Panda Titanium Active Scan Anti Virus 2005 scans your entire computer, including the program itself, to make sure that a virus can't infect any part of the computer. Panda Anti Virus doesn't just search for virus, it also search your computer for a number of other security risks like spy wares and Trojans.
Panda Anti Virus contains TruPrevent Technologies. TruPrevent Technologies is a system designed to help Panda Anti Virus protect your computer against unknown viruses and intruders. The user can choose whether they want to use TruPrevent Technologies or not. The technology has been implemented to allow Panda Anti Virus to protect your computer against new virus since a new virus can spread world wide within a few hours. The TruPrevent Technologies allows Panda Anti Virus to detect and block viruses even if they are not yet included in the virus database. This allows Panda Titanium Active Scan Anti Virus 2005 to keep your computer safe against all viruses and not only the ones that are already identified, since you might encounter a new virus despite the fact that Panda updates their database at least once a day. Old anti virus programs - and most of the modern anti virus programs as well - can only protect you against already identified viruses. The ability to protect against unknown viruses is what Panda Anti Virus a superior choice for an anti virus program.
Panda Titanium Active Scan Anti Virus 2005 does not only offer superior security and very user friendly functionality. It also comes with tech support where experts answer any questions that might arise.
All personal computers should have virus protection since you otherwise risk loosing important document, family pictures etcetera and if you are looking for user friendliness and a superior security Panda Anti Virus is your best choice.

Specially designed softwares affect stability of the systems, and these software programmes may be malwares. Antivirusprograms consist of computer programs that aim to identify and reduce computer viruses and other harmful softwares or malwares. An infected system or machine shows certain suspicious behaviors, which seems irregular or abnormal. Several antivirusprograms and anti-malware programs can be of great use for preventing the required attempts of these viruses to affect the nature of the system. If one program attempts to write data on an executable program, the antivirusprograms can determine this suspicious behavior, alert a user and ask for further directions. Anti-malwares are exceedingly essential as nowadays with the technological advancement it is necessary to communicate electronically.
For personal computer users it is essential to prevent the viruses. Anti viruses are essential as these are designed to keep personal computer users aware about the latest signatures within the anti-malware industry. Anti–malwares cautiously examines the files and scans and checks if any viruses are found. The deletions of the found viruses are possible using the anti-malwares. Antivirusprograms are extensively used for better maintenance of systems. With the spread of viruses using electronic mail, their infection vector could be spread far more inexpensively and effectively. Without the need to install additional antivirus software, the attachment can be well scanned before downloading. Besides installing the anti-malware, user education is extremely important. As malware is specific software, designed to damage a computer system without the owner’s consent, it has been named after blending the words “malicious” and “software”. Many ordinary computer users are till date not aware about the antivirusprograms. Basically, the expression is a mixed term used by the computer professionals. Moreover, it is worth mentioning that the normal computer users should be well aware about the viruses, which immensely affects the computers. The term malware has been newly coined. In the past few years, the fact has been revealed that the main intention of creating the malware is for enhancing financial frauds. This has been a major cause behind the popularity of anti-malware. As most computers consist of bugs, malware can effectively track them. So, it is indeed essential to effectively track the self-replicating viruses using the anti–malware. Antivirusprograms help in maintenance of the system’s security and moreover it protects against the malwares.
It is most crucial to note that malware is a broader category of virus, which can be highly detrimental for a computer system. Some viruses are programmed to spoil the computer by damaging programs, deleting files, or even reformatting the hard disk. Others are not designed to do any damage, but purely to replicate themselves and make their presence known by presenting text, video, audio messages etc. To prevent data loss and system crashes antivirusprograms are of high importance. Computer viruses can be also spreaded through messaging. To ensure that the computer is protected from malwares, a working antivirus program is highly necessary.

This is a really simple question to answer – you need to use antivirus software to protect your own computer, and to prevent your computer from being used to pass on infections to other machines without your knowledge. If you use the internet and you don’t take precautions, you’re going to get infected. And you’ll infect others, including those you care about most like your friends, family, and business contacts because their information is in your email address book and other files on your computer.
If you don’t care about infecting others, let’s look at the economic argument for a moment. You have a computer that must have cost at least $600, and perhaps as much as $4,000. On top of that you’ll have a monitor for which you paid between $250 and $1000, and you’re running software costing at least $500 dollars. If you have business or specialist packages installed then I’m guessing you may have invested $5000 in software alone. You will probably pay upwards of 25 dollars a month for your internet connection. And if you store personal data on your PC, it is probably worth more than money to you.
So you’ve got equipment worth something like $1400 if you’re computing on the cheap, right up to (and beyond) $10,000 if you flex your wallet a little. Think of this as being the same in price as an acceptable older used car right up to the pretty good used car you could buy for ten thousand dollars.
Now imagine that the car had all the locks removed and could be started without a key – and of course you could paint “STEAL ME” on it for good measure. That makes a lot of sense..yea right!
Having a computer that does not have up-to-date antivirus and firewall protection is pretty much exactly the same. You are simply asking for trouble!
This kind of trouble doesn’t need to be invited twice, because viruses, worms, Trojans and all the rest, are designed to find unprotected computers and attack them. They don’t seek out protected computers! If they find one, they simply move on.
Remember, computer viruses are designed, they don’t just happen by accident. Because human intelligence is behind the viruses they develop quickly, use surprising and unexpected tactics, and they hit us where we are weakest.
So if you can afford over $1500 on a computer and $300 a year on internet connections, you can definitely afford another $50 to make your computer safe (and prevent it from being used to spread viruses and Trojan horses behind your back). If you’re not convinced about the cost argument, consider the case of David L. Smith - the self-confessed author of the infamous Melissa worm. When he was sentenced to 20 months imprisonment and a fine of $5,000 in New Jersey, the court adjudged Smith\'s worm to have caused more than £55 million pounds worth of damage!
Against the cost we stand to lose, the risk of losing our priceless personal files, and being blamed by friends and relatives for infecting their machines, the top antivirus software programs cost as little as 2 months internet connection. They all include constant and unlimited automatic updates that keep your system safe and clean.
And if you weren’t convinced by the good citizen argument that you should protect your computer to stop others getting infected, then it might be worth mentioning that there is a movement to make people not using antivirus software legally responsible should their machine be used as part of an attack (even if they did not know about it). (Note: I’m not personally a part of such a movement, but it does have its merits!)
So, be a good citizen whilst protecting your wallet and your sanity by installing good antivirus software and keeping it up to date.

Antivirus software consists of computer programs that attempt to identify, thwart and eliminate computer viruses and other malicious software (malware).

Antivirus software typically uses two different techniques to accomplish this:

- Examining (scanning) files to look for known viruses matching definitions in a virus dictionary
- Identifying suspicious behavior from any computer program which might indicate infection. Such analysis may include data captures, port monitoring and other methods.
Most commercial antivirus software uses both of these approaches, with an emphasis on the virus dictionary approach.

Historically, the term antivirus has also been used for benign computer viruses that spread and combated malicious viruses. This was common on the Amiga computer platform.

History:
The first anti-virus software was created by Dr. Peter Tippet in 1981. Dr. Tippet was an emergency room doctor who also ran a computer software company. He read an article about the first computer virus released onto the market (the Brain, Lehigh and Jerusalem2 were the first viruses to be developed, but it was Lehigh that Dr. Tippet read about) and he questioned whether they would have similar characteristics to viruses that attack humans. From an epidemiological viewpoint, he was able to determine how these viruses were affecting systems within the computer (the boot-sector was affected by the Brain virus, the .com files were affected by the Lehigh virus, and both .com and .exe files were affected by the Jerusalem virus). Dr. Tippet’s company Certus International Corp. then began to create anti-virus software programs. The company was sold in 1992 to Symantec Corp, and Dr. Tippet went to work for them, incorporating the software he had developed into Symantec’s product - Norton AntiVirus.

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