At first glance, gauging the cost of malware incidents would seem to be easy. After all, there are any number of figures reported on this, figures attributed to experts. They can vary from one another by an order of magnitude, so if you disagree with one number, you can locate another more to your liking. I use the gross domestic product of Austria, myself – it’s a fairly large number, and it’s as accurate an estimate as any other.

In all fairness, estimating malware cost is a very hard problem. There are two types of costs to consider: real costs and hidden costs.
Real costs
These are costs which are apparent, and which are relatively easy to calculate. If a computer virus reduced your computer to a bubbling puddle of molten slag,^ the cost to replace it would be straightforward to assess. Similarly, if an employee can’t work because their computer is having malware removed from it, then the employee’s lost productivity can be computed. The time that technical support staff spend tracking down and fixing affected computers can also be computed.

Hidden costs
Hidden costs are costs whose impact can’t be measured accurately, and may not even be known. Some businesses, like banks and computer security companies, could suffer damage to their reputation from a publicized malware incident. Regardless of the business, a leak of proprietary information or customer data caused by malware could result in enormous damage to a company, no different than industrial espionage. Any downtime could drive existing customers to a competitor, or turn away new, potential customers.

Even the exact number of threats is open to debate. A quick survey of competing anti-virus products shows that the number of threats they claim to detect can vary by as much as a factor of two. Curiously, the level of protection each affords is about the same, meaning that more is not necessarily better.

Different anti-virus products may employ different detection techniques, too. Not all methods of detection rely on exhaustive compilations of known threats, and generic detection techniques routinely find both known and unknown threats without knowing the exact nature of what they’re detecting. Even for known threats, not all may endanger your computers. The majority of malware is targeted to some specific combination of computer architecture and operating system, and sometimes even to a particular application.

Even if it can’t run, malware may carry an indirect liability risk if it passes through your computers from one target to another. For example, one unaffected computer could provide a shared directory; someone else’s compromised computer could deposit malware in that shared directory for later propagation. It is prudent to look for threats to all computers, not just to your own.

Some malware or viruses or worms could be get from media player transfer or software download, the easiest to minimize the risks is by knowing the resources. If you do know the sources are safe, then it would be easier to track down and eliminate the risks.

If you’re using Mac, then those risks are really low, since most of the treats are hunting on windows, but the problem of using Mac, usually the compatibility, for example playing flv file in Mac. But now it could be solve with FLV player Mac.

A government-funded spy agency could likely penetrate your security, should they be motivated to do so. Someone could drive a truck through the wall of your building and steal your computers. Old-fashioned ways are effective, too: there are many ways of coercing people into divulging information.

Even though there is no absolute computer security, relative computer security can be considered based on six factors:
• What is the importance of the information or resource being protected?
• What is the potential impact, if the security is breached?
• Who is the attacker likely to be?
• What are the skills and resources available to an attacker?
• What constraints are imposed by legitimate usage?
• What resources are available to implement security?

Breaking down security in this way changes the problem. Security is no longer a binary matter of secure or not-secure; it becomes a problem of risk management,”^ and implementing security can be seen as making tradeoffs between the level of protection, the usability of the resulting system, and the cost of implementation.

When you assess risks for risk management, you must consider the risks posed to you by others, and consider the risks posed to others by you. Everybody is your neighbor on the Internet, and it isn’t farfetched to think that you could be found negligent if you had insufficient computer security, and your computers were used to attack another site.

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Cross selling involves five fundamentals:
• You have to know your products very well.
• You have to know your clients. To get the best results identify which customers are your best target.
• Ask questions and listen for clues.
• Pay attention to clients needs and only suggest relevant products.
• Suggest, don’t impose. These way clients will feel comfortable and more likely to accept your offer.

Most of the time, cross selling is a natural process, involving a simple operation: telling customers about your products. In software marketing, the publisher needs to establish which software product can be correlated with another one and be sold together as a package deal. Both the selection and the price can be based on several customer and product criteria, which should be set up before deciding on using the cross selling technique. These bundles may be added to the online shopping cart or advertised as a special software promotion on the site.

Successful cross selling can be achieved by applying several rules:
• Right timing. Don’t push sales if it seems the client doesn’t have the financial resources at that moment. Try to find out what the clients budget is and make your offer accordingly.
• Relevance. Suggesting too many software products unrelated to the original one may overwhelm the client and lead to failure.
• Post recommendations on the site. Professionals, experts or other customers may post their opinion and their recommendations on the site. It can show up as a list of related items bought by other customers that purchased the same product.
• Place cross selling items throughout your site, where they can help shoppers learn about your software products and business. Try mixing and matching different items to see which combinations work best.
• Offer a range of prices: low cost items may be considered impulse buys, but the clients may also purchase higher priced items that fit their needs.
The most important aspect in cross selling is customer satisfaction with the first software product they purchase, alongside with price and how well additional products fit their needs. In order for cross selling to work, the focus should be on the customer, not on pushing a certain software program. Before talking about additional products or services, the customer’s problems must be solved. Also, the customer needs to know how useful is the product you’re trying to sell in the first place.

What’s the most important downside of cross selling? Annoying clients to the point they leave without buying anything. This occurs if you continue to sell after the customer says he’s not interesting or when you’re pushing a product that’s not useful to the customer. In the end, combining customer service and cross selling will lead to increased online software sales.

To further improve the success its program of promotion you choose, be sure to choose the best provider of software development is available for your budget. Note that your company promotional software to represent their clients.

To better ensure the scalability issues would not reflect how you build the software you buy. Everything is at home? Are they based on its infrastructure? Certain offers a range of features automatic promotion would increase its online advertising and reducing costs. New software for any promotional activity is a difficult choice. With sites Web now a necessity for businesses, software tools and free promotion promotion web page is what makes targeting easier.

A software should have strength anti virus application, and security system, this is to avoid any destruction inside the system itself, its the same like having an anti virus protection for some symptoms such as herpes symptoms. Viruses both in symptoms and computer required serious threats and early detection and prevention before spreading widely.

A platform is located on your computer or local area network, which can be deployed as a Web application that is delivered to users around the world using a web server that connects via the Internet. Using a web browser as a client today is finding more and more accepted and used in many applications and products outside the platform to provide a better GUI. This led to the popularity of web applications. It is very important to understand delivery systems on the Internet to find the suitability of converting a desktop application in a Web application. Applications integration optimization techniques search engine became more popular with companies that are oriented marketing or sales, while a unit production may be less attractive to convert the existing application into a Web application.

Some few points that come to light over a desktop application and web applications.
Accessibility: a desktop application is available only on a local computer, while a Web application is available around the world.

Maintenance and updates: web applications that require little or no maintenance and are installed only once on the web server, while desktop applications should be made individually on each computer. Updates / compatibility issues with other are mostly by administrators of the hosting company as opposed to desktop applications. The maintenance of a web application is important paramount as the company puts all its eggs in one basket, uptime is not only necessary but essential to the implementation.

Safety: Line of work has its own set of risks such as hacking and viruses. The risk is higher compared to a desktop as a dysfunction office in May result in partial data loss. The crash of a web server may be having consequences beyond the control of a company.
Cost: Run a Web application includes recurring costs of web space and bandwidth usage, while the use Office is charged at once and has been known for less a period of time.
Connectivity: the reliability of Web applications is based on connectivity but you can use from anywhere in the world, rates of connectivity and adjusting the bandwidth may make it unnecessary in some areas. The lack of Internet access businesses in the end or side of the web server may cause unwarranted delays. Critical applications may suffer as a result of these failures.

The Web application over slow compared with the performance of desktop applications due to slower data transfer via the Internet. The speed of connectivity and bandwidth usage can be important factors.

The popularity of web applications is only due to accessibility, despite its limited functionality.