Conclusion on application of computer

Diagnosis Purpose Computers are used in so many fields in our daily life.

Conclusion on application of computer

As e-commerce blossoms, and the Internet works its way into every nook and cranny of our lives, security and privacy come to play an essential role.

Computer security is moving beyond the realm of the technical elite, and is beginning to have a real impact on our everyday lives. It is no big surprise, then, that security seems to be popping up everywhere, from headline news to TV talk shows.

Applications of Computers - Essay

Because the general public doesn't know very much about security, a majority of the words devoted to computer security cover basic technology issues such as what firewalls are, what cryptography is, or which antivirus product is best. Much of the rest of computer security coverage centers around the "hot topic of the day," usually involving an out-of-control virus or a malicious attack.

Historically, the popular press pays Conclusion on application of computer attention to viruses and denial-of-service attacks: Many people remember hearing about the Anna Kournikova worm, the "Love Bug," or the Melissa virus ad nauseam.

These topics are important, to be sure. Nonetheless, the media generally manages not to get to the heart of the matter when reporting these subjects. It's All about the Software The Internet continues to change the role that software plays in the business world, fundamentally and radically.

Software no longer simply supports back offices and home entertainment. Instead, software has become the lifeblood of our businesses and has become deeply entwined in our lives.

The invisible hand of Internet software enables e-business, automates supply chains, and provides instant, worldwide access to information.

Search This Blog

At the same time, Internet software is moving into our cars, our televisions, our home security systems, and even our toasters. The biggest problem in computer security today is that many security practitioners don't know what the problem is.

Simply put, it's the software! You may have the world's best firewall, but if you let people access an application through the firewall and the code is remotely exploitable, then the firewall will not do you any good not to mention the fact that the fire-wall is often a piece of fallible software itself.

The same can be said of cryptography. Data lines protected by strong cryptography make poor targets. Attackers like to go after the programs at either end of a secure communications link because the end points are typically easier to compromise.

As security professor Gene Spafford puts it, "Using encryption on the Internet is the equivalent of arranging an armored car to deliver credit card information from someone living in a cardboard box to someone living on a park bench.

Real attackers compromise software. Of course, software does not need to be Internet enabled to be at risk. The Internet is just the most obvious avenue of attack in most systems.

This book is about protecting yourself by building secure software. We approach the software security problem as a risk management problem. The fundamental technique is to begin early, know your threats, design for security, and subject your design to thorough objective risk analyses and testing.

We provide tips and techniques that architects, developers, and managers can use to produce Internet-based code that is as secure as necessary. A good risk management approach acknowledges that security is often just a single concern among many, including time-to-market, cost, flexibility, reusability, and ease of use.

Organizations must set priorities, and identify the relative costs involved in pursuing each. Sometimes security is not a high priority.

Some people disagree with a risk management security approach. Many people would like to think of security as a yes-or-no, black-or-white affair, but it's not. You can never prove that any moderately complex system is secure. Often, it's not even worth making a system as secure as possible, because the risk is low and the cost is high.

It's much more realistic to think of software security as risk management than as a binary switch that costs a lot to turn on. Software is at the root of all common computer security problems.

If your software misbehaves, a number of diverse sorts of problems can crop up: The extra twist in the security situation is that a bad guy is actively trying to make your software misbehave. This certainly makes security a tricky proposition.

Malicious hackers don't create security holes; they simply exploit them. Bad guys build exploits often widely distributed as scripts that exploit the holes.

By the way, we try to refer to bad guys who exploit security holes as malicious hackers instead of simply hackers throughout this book. See the sidebar for more details.Conclusion.

Computer security is a vast topic that is becoming more important because the world is becoming highly interconnected, with networks being used to carry out critical transactions.

The environment in which machines must survive has changed radically since the popularization of . Jul 26,  · Conclusion Computer is a very essential things in our life. During the past 10 years, the use of computers in education has increased dramatically and a wide range of educational computer programmes are now widely available for individual and classroom caninariojana.com: COMPUTER.

Computers are used in applications ranging from running a farm, diagnosing a disease, and designing to constructing and launching a space vehicle. Because the development of computers has been largely the work of scientists, it is natural that a large body of computer applications serves the scientist and the field of .

Applications of computers Computer is used every where in the world in every field of life. There are many applications of computer for example.

Conclusion on application of computer

1. Science and Technology: a. Engineering Applications: Computer programs can now solve difficult problems in a fraction of the time it used to take. To run a computer, it is the programming that decides and it should be run in a computer. Programming is defined as a set of instructions allotted to the computer that accepts it in order to solve a problem.

Conclusion. Source: Quocirca. (IaaS), through platform support (PaaS) to full applications (SaaS) This gallery, written for Computer Weekly, by Bob Tarzey of Quocirca aims to provide.

Introduction to Software Security | It's All About the Software | InformIT