Creating Online Business Internet Computer Marketing

There are many different ways you can work at creating online business Internet computer marketing.

The first key when creating online business Internet computer marketing is to assess your competition. This is important because you need to know what your competition is doing when devising your online marketing plan. By knowing what your competition is doing, you will see how you can make some changes to your marketing plan so you can stand apart.

The next key when creating online business Internet computer marketing is to decide what your goal will be for this. When you decide to do any marketing campaign, you need to know what you want your end result will be. Many people do not think about this before starting out with marketing a product. What are the results you would like to receive from Internet marketing? Do you want to increase traffic to your website? Would you want to sell more products? Do you want your name to become recognized for a product release in a couple of months? Each of these three is a different focus and knowing which one to focus on will be the difference in how the Internet marketing campaign will be devised.

By this point in creating online business Internet computer marketing, you will have a better idea of what your competition is doing and what your focus is. Now you will want to focus on your marketing strategy. This will have to focus on a couple of fronts potentially. To get traffic to focus upon a product, you may want to start incorporating product information into current marketing towards your client base. This is hard to recommend how to work on marketing strategy in this article without knowing your particular focus and what you are looking to accomplish. Marketing strategy comes down to deciding what you want to do and getting it done. When you are marketing on the Internet, see that you can find a targeted list of prospects who you can market to. This can be done in many different ways. You can use Adwords to bring targeted prospects to your website or you can advertise on ezines that your targeted prospects read. You could work with other websites to profile your product if you wanted. The beauty of the Internet is that you have an unlimited number of resources that you could use to help you in launching your marketing campaign.

Hopefully this article on creating online business Internet computer marketing has given you some insights. Whenever you are looking at starting new marketing, you need to see what is being done out there in the marketplace and how this is stacking up sales-wise for your competition. You will then want to decide upon your focus of your marketing campaign.

You will have put yourself in a great position by going through these exploratory steps before deciding how to approach your marketing campaign. It can allow you the ability to improve on what is working and potentially develop a niche within that market.

Choosing the Right Antivirus Program to Protect Your Computer

In today?s high-tech world, there are thousands of computer viruses lurking, waiting to infect YOUR computer. If your computer is not protected, any of these malicious viruses can sneak into your computer and do some serious damage. Viruses have been known to replicate and clog email systems, slow a computer or network down significantly, erase data, and stop a computer from working all together.

If you don?t already have an antivirus program running on your computer, how would you know what programs are available in the market and which one is the best for you? A good place to start discovering this information is PCWorld.com, a leading computer information source on the internet. Specifically, visit their Top-10 antivirus comparison study at [http://www.pcworld.com/reviews/article/0],aid,124475,00.asp , where they list the 10 most popular and effective antivirus programs available to individual users. This list should help you a great deal.

From personal experience, my first choice would be McAfee VirusScan 2006 because it is easy to use, virus definition updates occur very often, meaning you get up-to-date protection, and the performance is solid. My second choice would be Symantec Norton Antivirus 2006, which is also solid. I?ve never had a problem with it. My third choice is Trend Micro PC-cillin. In my opinion, the free programs in the market provide some protection, but they do not provide adequate protection because they have basic virus scanning capabilities and their virus definition updates occur less often than their counterparts. No matter which one you ultimately choose to use, make sure you install an antivirus program on your computer. Some protection is also better than no protection at all!

The requirements for business network are different from the requirements for a personal computer at home. If you run a business that has a company network with multiple computers and need antivirus protection, consult a network security expert about choosing the right protection for your company. A business network that is infected by viruses can be disastrous. Make sure you have the right protection.

Hung Lam is the Vice President of LAN Doctors, Inc.(http://www.landoctors.com), a complete IT and networking solutions provider to small to medium-sized businesses in the NY metro area.

Start Your Future Career With A Good Computer Training

To almost all business industries, the computer system is the backbone for a lot of companies. In the world of IT or information technology, there are primarily two types of network providers: CISCO and Microsoft. Becoming a certified CISCO network associate or a certified Microsoft system associate will surely give you an edge over other IT experts today.

Having such certification means going through intensive computer training. In the United States, the DC area, computer training is one of their best places that offer high quality computer training. In fact computer training in North Virginia is highly recognized nationwide. CISCO and Microsoft certification are available through various computer training centers in North Virginia.

The above mentioned certification courses will surely upgrade anyone's skill and practice you for more complex and advanced computer training courses. Even if you have very little knowledge about advanced IT, rests assure that these training programs will help you get started. At the end of each course, you will learn how to configure systems, troubleshoot hardware, software even routers and switches. You will learn how install and uninstall various programs and even how to protect your computer system from the threat of unethical hacker by becoming a hacker yourself.

And since a lot of companies in the United States are dominating its presence in the internet, the work market for IT development and design is booming and is largely in demand, not just in the United States but in other parts of the world as well. Getting proper computer training in North Virginia will play a huge role in helping you become a certified IT expert.

Course offered by training centers in North Virginia includes A+, Network+, Security+, CCNA, CISSP, Cisco certification, and Microsoft certification. CEH, CHFI, and ESCA are ethical hacker courses that boomed in popularity in 2001. Demand for Certified Ethical Hackers is continuously soaring up, because a lot of companies have seen the negative effect of unsecured computer network to their business reputation. Large companies are willing to shed off large sum of money for high quality CEH, to work on their computer system's safety and security.

CEH courses are offered in computer training in North Virginia. In fact, this is where computer training in North Virginia dominates the other computer centers nationwide, for they can produce highly qualified CEH more than any other schools outside the state. And their student's achievements are highly recognized, giving credits to the school or training centers that they came from.

CompTIA A+ certification on the other hand has been around for many years now but because the world of technology is ever changing, the certification varies as well, but without changing the foundation of the certification tests. This tactic ensures that only those who have studied well or the right people with sufficient knowledge about both computer hardware and software and those who can build it, would get recognition. Like with everything else in this world, where you came from, serves as your future foundation. Getting computer training in North Virginia is a good foundation that you will surely benefit from, in the future.

Northernvirginiatraining.com is a website where you can get all information about the latest computer training in Northern Virginia. If you are looking for the best training center with advanced computer course then visit that northernvirginiatraining.com.

Computer Security: The Essential Components for A Safe Computer

These days, computers are almost as common in households as telephones. Computers themselves do not cause any threat to individual security. When connected with networks and the chaos that is the World Wide Web, computers have become the tools that identity thieves and hackers use to extrapolate this chaos. In order to establish computer security, software companies have created devices to ward off the hazards and hassles of viruses, spyware, pop-ups and spam.

The first of these creations is anti-virus software. There are two main companies that offer this software: McAfee and Norton. These programs work to scan the files on your computer and check them for attributes that are in viruses or are often linked with viruses. These traits or attributes are often called virus definitions and need to be downloaded on a relatively regular basis. In addition to the files on your computer, files on CDs, floppy discs and e-mails can and should be filed. There is no question on this one: anti-virus software is vital to computer security.

Next on the list is spyware scanning software. Spyware occurs when certain websites run programs in the back ground of your computer while gleaning information from it. The information can be as benign as tracking what type of websites you look at, to actually acquiring passwords. Regardless of the type of spyware, it can slow your computer to a crawl and needs to be removed from your computer. Two popular software options are Spy Sweeper and Ad-ware.

Last, but certainly not least are pop-up blockers and span filters. Not only are pop-ups and spam annoying, but these often contain the spyware scanning software explained above. In addition, they can slow your computer down incredibly. And when you are angry at your computer, your computer is not secure!

In addition to these software items, there are a few more tricks you can use to keep your computer and your information secure. Password secure everything you can, and when you create the passwords, don't make them easy. Do not use your name, your birthday or your social security number. And, if you are on an unsecured wireless network, do not check your bank statements. These networks allow several people on them at one time. Remember, hackers are smart. You have to be smarter!

Sara Chambers is a marketing consultant and an internet content manager for http://www.computersecurityblog.com

Understanding Computer Security Dangers in the Digital Wild West

Today, more than ever, criminals are targeting computer systems in an attempt to wreak havoc. Complacency and ignorance, regarding security issues, are computer hacker's best friends. Computer Repairs Brisbane understands these risks and can help you implement a risk mitigation strategy. Some of the methods used to collect information about a system, network, and its users are: foot printing, scanning, and enumeration.

Foot printing is the methodical gathering of information about a company or individual's intranet, extra-net, internet, and remote access usage. Hackers exploit publicly available information like the name, address, and contact information for the party who registered the domain by using who's services. They harvest employee, vendor, and location details from the company's website. With an employees first and last names, hackers are often able to guess their user-names. More investigation of the employee on social networks will reveal a date of birth, children, spouses, and pet's names, home addresses, and phone numbers. Unfortunately, these are the very things that many people use as passwords.

Scanning is the electronic equivalent of casing a home or business for easy access. A burglar will check for unsecured windows and doors. Hackers search for unsecured networks by using ping sweeps, port scanning, and active operating system detection tools. If a hacker can access an unsecured port, they can exploit known vulnerabilities in your operating system or other application software.

Enumeration techniques seek out information about the services running on the network. Cyber criminals use banner grabbing to watch the output from remote applications. Applications like telnet send user-names and passwords across the network in plain text. Given the fact that many people use the same user-names and passwords for access to many different systems, this compromise can be devastating.

These are just a few of the methods used by hackers to document, assess, and attack your systems. Let Computer Repairs Brisbane be your first line of defense. Our technicians have the knowledge and skills to help you protect your network by implementing border protections, intrusion response and detection systems, and will provide you with the information that you need to make informed security policies.

George Pettit is a journalist and president of Computer Repairs Brisbane Group (CRBG). He is often writing about computer viruses, malware, web development and similar topics.

A Tutorial On Computer Security Education

As technology improves and communication becomes much easier, the need to acquire computer security education becomes a reality. This is so because computers are not immune to unauthorized breaks from hackers. However, securing it is not a difficult task as tutorials offering information on their security are available. Aside from this fact, there are a large number of colleges and universities offering network security education.

It is always prudent to use anti-virus soft wares as a means of securing your computer. The primary objective of an anti-virus software is to detect malicious programs that may cause damage and take the necessary steps in protecting it. It is also important to perform a scan operation on any removable storage device in order to be on the safe side.

Installing a reliable firewall software on your computer is always wise. This goes a long way in preventing your browser from accessing certain contents in the internet that are deemed harmful to your computer. As one is browsing, the firewall basically performs a random search for specific keywords and phrases. In the event that any keyword is detected, the browser is blocked from accessing the contents of the site.

Most hackers prefer looking for easy targets such as a workstation which does not have a password. Such a computer is the most vulnerable to attacks. Using a strong password therefore reduces the chances of a break-in on your machine. More so, it is important to be careful while reading any email that contains an attachment. This is because of the fact that hackers usually send attachments with enclosed viruses.

Having a reliable backup system installed is always a good idea. Failure to do so results in the risk of losing data. Loss of data can happen in many ways. One of the most common causes is as a result of viruses or deleting files accidentally. Despite the fact that backing up is important, it falls in the category of the most neglected areas in computing.

The damages caused by hackers are immense. Intrusion always results in the loss of sensitive data and the destruction of an entire network. Stolen information may be used for malicious purposes by the hacker. This in turn may ruin the reputation of the affected individual or company. Over the years, anti-hack programs have proved to be vital tools in tackling hackers. It is therefore wise to make use of one of these soft wares.

Looking out for websites containing viruses is always a great step in securing your machine from hackers. Most internet users get hoodwinked into clicking on links to such websites through their emails. As a protection measure, always ignore such sites. Similarly, never make use of an unsecured wireless network. This reduces the chances of an attack by a hacker.

There are a large number of institutions that offer computer security education. Therefore, showing an interest in these institutions and enrolling in a network security school is a great step towards gaining knowledge. Alternatively, one always has the option of consulting a security specialist.

Develop hands-on, industry relevant skills in Technology accreditation, and take the first steps towards a challenging new career.

Computer Support Specialists - Are You Interested in a Technical Support Career?

Computer support specialists are responsible for providing assistance to customers and users who are having technical difficulties with their computers, such as a crashed hard drive or a forgotten password. Technical support specialists may also provide services in running a network on a day to day basis for a corporation.

Technical support specialists may run diagnostic programs in order to solve computer problems, and they will repair hardware and reinstall software. Other support specialists may write training manuals and train individuals how to use hardware and software.

Network systems administrators are responsible for installing systems over a local area network, frequently working for small businesses, large companies, and governmental organizations. These professionals will also evaluate the network requirements of a company and analyze this information in order to set up a secure broadband network that will operate efficiently. Network systems administrators will also take into account the future needs of a company and plan to add capacity to a computer network.

Computer security specialists are responsible for managing the information security and protecting a network from cyber attacks. Most systems specialists will work about 40 hours a week although they may have to work extra hours in order to provide customer support, especially if they are self-employed. It is becoming increasingly common for computer support specialists to work from remote locations.

Network systems certification is usually sufficient in order to become a support specialist, however, most individuals had at least a bachelor's degree in computer systems. Skills that these professionals should have include an ability to solve problems and to communicate effectively in order to solve any computing and network problems that their clients may have.

Computer support employment should grow steadily over the next 10 years, with employment growth estimates being twice the rate of growth of the average for American professions. Over the next decade, these jobs are expected to grow in number by 155,000, with most of this expansion occurring in computer systems administration.

In 2006, the median 50th percentile of systems administrators made between $48,500 and $79,000, while computer support specialists made between $32,000 and $53,600 annually.

For more information concerning Computer Support Specialists, visit Killer Careers, for extra info about Network Systems Jobs.

Computer Information Systems Degree Possibilities

Gaining an accredited degree in computer information systems can be done by enrolling in a number of schools and colleges. Pursing a degree will allow students to enter into the workforce prepared for an exciting career. Students who are looking to obtain an education in this field have the opportunity to do so at several levels. Computer information systems degree possibilities include an associate's, bachelors, and masters level of training.

Associate degrees in computer information systems are attainable by completing a two year educational training program. Students can prepare for their desired career by completing a variety of coursework. Curriculum will vary depending on the school or college but may include the study of:

Data Structures
Computer Networking
Software Development
Computer Program Design
Intro to Databases

...and many other courses. By studying these subjects students will have the knowledge needed to enter into a number of careers. Career possibilities can include working as a database administrator, computer scientist, systems analyst, network analyst and many other professions. By gaining an accredited assoiates degree in this field students will have the necessary training to pursue a bachelors degree or seek employment.

Bachelors degree training programs allow students to gain the educational training they need to pursue a career in computer information systems. With an accredited degree at this level students can pursue the career that meets their individual goals. Coursework will prepare students with the knowledge to pursue their desired career. Areas of study may include courses in database management, information technology, business communications, JAVA programming and computer operating systems. Careers at this level of education can include:

Computer Security Specialist
Computer Support Technician
Data Communications Specialist
Network Administrator

...and much more. By earning an accredited bachelors degree students will have the skills needed to pursue their desired career in the field. A bachelors degree will also prepare those who wish to gain a graduate degree in computer information systems.

Accredited graduate degrees can be obtained by enrolling in a number of educational training programs. Graduate degrees are available at a masters and doctorates degree level. An accredited masters degree typically takes and additional two years of study once a bachelors degree is obtained. A doctorate degree or PhD can take an additional four years of training. Coursework will vary by level of degree and career desired. Students may have the chance to study information security, applications, networking theory, troubleshooting, system design and other relevant courses. Study at these levels will allow students to pursue the career of their dreams. Careers at a masters or doctorates level can include working as:

Network Specialists
Researchers
Managers
Teachers

...and many other professions. Students can train for an exciting career by gaining an education at the graduate degree level in computer information systems.

Gain the accredited education you deserve by enrolling in an accredited program today. Accreditation provides students with proof that the best quality education will be received. Agencies like the Accreditation Board for Engineering and Technology ( http://www.abet.org/ ) are approved to fully accredit computer information systems schools and colleges.

DISCLAIMER: Above is a GENERIC OUTLINE and may or may not depict precise methods, courses and/or focuses related to ANY ONE specific school(s) that may or may not be advertised at PETAP.org.

Copyright 2010 - All rights reserved by PETAP.org.

Renata McGee is a staff writer for PETAP.org. Locate Computer Information Systems Schools and Colleges as well as Online Computer Information Systems Schools at PETAP.org, your Partners in Education and Tuition Assistance Programs.

Learn Computer Network Management Online

Almost all businesses and organizations would cease to run properly if their computer system crashed or had problems. This reliability on computers has created a career with the main responsibility of maintaining a businesses computer system. Students can enter training from a number of online accredited colleges to learn how to maintain a computer system through computer network management programs.

To understand what a computer network manager does on a regular basis students need to understand what computer networking is. A basic definition is the connection and correspondence between two or more computers or wireless devices. The goal here is to allow computers to interact with each other and share information. This is why the work of a professional is extremely vital to a business or company. Without this connection work cannot be done properly and business goals would not be met. Through specific educational study students learn how to manage computer systems through a variety of topics and courses. Schooling centers on the ability of students to grasp the concept and skills of how to ensure proper function of computer networks. Students learn through online training how to examine, create, implement, and follow through on computer networks to help a business run smoothly. The overall knowledge of professional work can be learned through a number of schooling options. With the complexity of what students have to accomplish online learning can be ideal because students work at a personal pace and study on their own schedule.

A great way to begin education or to see if this career path is a good fit is to enter a certificate program. Certificate programs allow students to learn a specific concept through a relatively short amount of time. Programs can last anywhere from a couple of weeks to six months. For students that know they want to pursue a career in this profession education is available from an associate's degree to a master's degree. Further graduate education at the PhD level can be entered at some colleges under computer sciences.

To begin learning about the continually advancing field of computer network management students can enter a regular two-year associate's degree. Study trains students how to implement safe networks by protecting a company's computer infrastructure. Curriculum may include a course on networks and data communications. Subjects covered may include procedures and elements needed to maintain a company's network, which is applied directly to a company's goal. Main areas of concern include network design and security management. The skills learned can be transferred into a business setting or applied to further education.

Finding a well-rounded program is essential to ensure proper education. When searching out schools students should look for an accredited college that teaches them how to construct and provide continual support to a network through its software. Different portions of learning should include how to assess and treat network problems. Students should walk away with in depth knowledge on how to maintain network security, manage data, and put into action preventive measures to safeguard a company's computer network.

Learning how to be a part of this industry has never been easier with the ability to train online. Join the professionals in an expanding career by finding an accredited online college program that provides a great overall study path.

DISCLAIMER: Above is a GENERIC OUTLINE and may or may not depict precise methods, courses and/or focuses related to ANY ONE specific school(s) that may or may not be advertised at PETAP.org.

Copyright 2010 - All rights reserved by PETAP.org.

Renata McGee is a staff writer for PETAP.org. Locate Online Computer Network Management Schools providing the education you're looking for at PETAP.org, your Partners in Education and Tuition Assistance Programs.

Computer Schools In New York

New York is the business and education hub of America and has a wide network of educational institutions. There are a large number of institutes offering computer courses in New York due to the increased demand for Information Technology professionals in every field.

The Briarcliffe College in Bethpage offers courses in Computer Information Systems, for Computer Applications Specialist, Networking and Computer Technology and Office Technologies. While the Briarcliffe College at Patchogue offers Computer Information Systems and Computer Applications Specialist courses. The Chubb Institute in NYC offers courses in Network Security, Graphic Design, and Computer Technician course. The DeVry University of Long Island has courses in Computer Engineering, Information Systems, Information Technology, and Networking. The ITT Technical Institutes are situated in Albany, Syracuse & Buffalo. They offer several technology-oriented programs and also online programs in Information Technology, Web Design, and Computer applications.

The Katharine Gibbs School in Melville and in New York offer courses in Computer Network Operations, Computer Technical Support, Digital Media Communications, and Computer Programming for students. The Skidmore College CCI in White Plains has courses in Oracle Database Administration, Enterprise Applications Developer, PC & Networking Support, PC & Networking Administration, PC & Networking Design, and PC & Networking Design with Security. The Branford Hall Career Institute in Bohemia offers Digital Computer Technology and Computerized Office Technology. The Suburban Technical School in Hempstead has a course in Digital Computer Technology. The College of Westchester at White Plains has courses in Computer Applications Management, Computer Network Administration, Multimedia Development and Management, Computer Applications Specialist, Computer Networking Specialist, Microsoft Office Specialist Program, Multimedia Technology, and Word Processing Specialist.

There are other computer training schools also available that specialize in other allied training skills. There are Computer Repair Schools, Computer Animation Schools, Computer Graphics Schools, Computer Science Schools, and Computer Programming Schools.

Computer Schools provides detailed information on Computer Schools, Computer Graphic Schools, Computer Training Schools, Computer Science Schools and more. Computer Schools is affiliated with Microsoft Certifications [http://www.i-Certification.com].

Computer Forensics and Legal Aspects

The rate of crimes on internet and networks is increased to an alarming state by hackers, contractors, intruders and employees. Laws are enforced and computer forensics is practiced to avoid and prevent these crimes. Using computer forensics investigators use latest techniques of science and technology to find some evidence against crimes. The evidence will be collected for legal purposes when criminal matters are dealt. Investigation by using latest techniques of science and technology along with computer sciences to collect evidence in criminal and civil courts is called computer forensics. Experts use advanced tools to recover deleted, corrupted or damaged files from hard discs, flash drives and other storage media. A complete examination of windows registry, drives, cookies, deleted files, emails and all other relevant locations is done to find any clue to prosecute the case in law courts.

The first step in collecting evidence is to obtain warrant to search the suspected system. This warrant includes not only seizing and investigating the suspected computer but any devices connected with the crime are also included in it. A printer, scanner or any other device may be used with computer in making crime so these devices are also seized for investigation. Person who examines the computer system is not only an IT expert but a detective. He detects clues to find out the story or details of the crime. The main aim of an investigator or expert is to find out evidence not the culprit. Using computer forensics large amounts of money are recovered by following the law suits in civil and criminal courts.

Computer forensics specialist revealed frauds, crimes and corruptions in insurance companies, criminal prosecutors, large corporations and law enforcement office. The standards, methods and laws of computer forensics are different in different countries. Some evidence is acceptable in some countries but not in others while dealing with crimes at international levels. There is no boundary of internet so it is a problem while investigating and collecting evidences because different countries have different laws.

Personnel, Network administrators and security staff should have knowledge about computer forensics and its legal aspects. An expert should have authority to monitor and collect evidence related to intrusions and computer crimes. The use of security tools should be legal and according to the policies of the company and rules of the country. Computer forensics is a new discipline so the use of existing laws is instable while prosecuting computer crimes. Website of United States Department of Justice's Cyber Crime is the reliable source of information and rules to apply it. Standards of computer forensics and list of recent cases which are in proceeding are given on the website. Evidences are collected in a way which is accepted by the court. Laws are being approved in the favor of personal data security in organizations.

Organizations have to prove that they have applied necessary securities. So when data is theft or affected then there will not be any lawsuit on the company if proper security applications and policies are installed and implemented.

Computer security law has three areas which one should know. First is in United States Constitution; it protects against unreasonable search, attacks and self-incrimination. These were written before problems occurred but tell how to practice them.

In the second area anyone practicing computer forensics should know the effect of three U.S. Statutory laws.

Wiretap Act

Pen Registers and Trap and Trace Devices Statute

Stored Wired and Electronic Communication Act

During the practice of computer forensics violations of any one of the above statutes lead to fine or imprisonment. If a company feels any doubt about that it has committed mistake it should consult with its attorney.

In third area U.S. Federal rules about computer crimes must be understood. There are two areas which affect cyber crimes

1. Authority to collect and monitor data

2. Admissibility of collection methods

If network or system administrators know about the legal and technical complexities of computer forensics or they are able to preserve critical data of the organization then it would be an asset of the organization.

Radha Kishan is currently advertising for a computer forensics provider company whose website is www.cyberevidence.com

Computer Viruses and How to Deal With Them

1- What is a computer virus:

A computer virus is a software program which is able to replicate itself and spread from one infected computer to another. The infected objects can be system, program or document files. After infecting your computer, it might slow it down, damage the contents of the infected files, mislay the data or defect your computer systems normal operation.

The virus can also use your computer to propagate illegal adverts and send spam emails that exploit security (adWare), steal your personal information such as bank account number, credit card number etc. (SpyWare). Some types of viruses might use your computer to create a bot net (virtual computer network) to attack other server systems and websites etc.

2- Type of viruses on Windows based computers:

There are a number of computer viruses that can impede the functioning of your computer. Here are some of the different types of viruses:

Trojan Horse: It is an email virus that is created by a file attached to the email. If opened, it may scour your hard drive for any personal and financial information such as your social security, account and PIN numbers. Once it has collected your info, it is sent via the internet to a hacker or thief.

Macro Virus: It is a computer virus that infects the Visual Basic language documents for applications such as Microsoft Word, Microsoft Excel etc. This type of virus can cause damage (such as removing data on the hard disk for example).

Worms: It is a program that has the ability to self-replicate itself. It can move from one computer to another and replicate itself in your computer system then spread hundreds of its copies to other computers that might cause wide spread damage.

Rootkit Virus: It is a program that is possible to cover the processes, files and data in the computer Registry (a database which is used to save Windows's system and program settings). Rootkit is usually used to hide the activities of viruses and processes which harm your computer. It is to help a hacker to control the system.

Bootsector Virus: A virus which attaches itself to the first part of the hard disk that is read by the computer upon bootup. These are normally spread by floppy disks.

Logic Bombs: It is a program that is used to send many data to the same email address and overwhelm the system or block the server connection. It is also used to threaten others (for example mail bomb etc.).

Memory Resident Virus: This type of virus dwells in the RAM. From there it can overcome and interrupt the operations executed by the system. It can corrupt files and programs that are opened, closed, copied, renamed etc.

Multipartite Virus: These viruses spread in multiple ways. It might vary in its action depending upon where it's installed and the presence of certain files.

3- How do you get a virus and Prevention:

These are 3 common ways that your computer may get infected by viruses:

Email: You get an email from a person that contains one or more viruses. If the attachment is opened, the viruses may infect files in the computer. The viruses might also send emails to people from your email address book or email folders automatically. So, you should not open unknown attachments in emails or do a virus scanning after opening them.

Internet: If you download an exe file or a data file from the Internet or other shared networks, viruses might be transferred to your computer. Sometimes the free software programs on the Internet have viruses especially if downloading from sources such as Torrent or Usenet news groups. Therefore, if necessary, you should download files from trusted resources.

Peripheral devices: The devices such as MP3 player, USB thumb drive, Memory card or CD Rom are also means for spreading viruses. So, remember to do a virus scan for them after they are connected to your computer.

4- Symptoms of virus infection:

These are some of symptoms which may indicate virus activity:

� Your computer has unusual activity (e.g. programs crashing a lot or running slowly).

� Messages or images (unrelated to your current task) come up unexpectedly.

� A program may start up unexpectedly.

� Your firewall informs that a certain application is trying to connect to the Internet (unrelated to what you are working on).

� Your friends say that they get emails from you but you did not send any to them.

� You receive many system error announcements. (Note: This may also come from another activity such as a hardware problem or genuine system error)

� Windows does not run when you start up your computer. (Note: This may also come from a hard disk problem)

� You realise that folders and files are removed or changed.

� You find that there's an access to your hard disk (one of the small light is blinking) even though there are no programs running.

� Your web browser has abnormal indications, for example it opens an unknown web page or you cannot close the browser tabs.

� Advertising pages pop up, desktop wallpaper changes.

� Exe files occur and have the same names as the folders.

� On the right corner of your computer, there is a small symbol written "Your computer is infected" or "Virus Alert" etc.

� When you open an USB thumb drive, unknown files such as Autorun.inf, New Folder.exe etc. appear.

� Cannot press Control + Alt + Delete (Task Manager) and you are warned that Administrator banned it.

� Folder Options disappears.

� Your computer keeps restarting when you try to shut it down.

� You cannot log in your Windows account with the right logon details.

5- What to do when infected:

� Make sure that your Antivirus software is the latest update. If necessary, download the update from another computer and update it manually.

� Disconnect from the Internet or Local Area Network (LAN).

� If Windows is not running, start it in Safe Mode (when turning on your computer, keep pressing F8 as soon as the computer starts running, then choose 'Safe Mode' from the Menu).

� Run a full Anti-Virus scan.

� If your computer is quite infected but you have important files or documents on it, do a full scan with your updated Antivirus software. If it finds viruses, delete all of them then open each ancillary disk (USB, Thumb drive etc.) and look for Autorun.inf files and remove them. Afterward, restart your computer.

� If you have any difficulties with finding a way to remove bad programs, refer to your Internet Security Software Supplier to look for an essential dedicated tool to remove them.

� If you find a bad program, follow the instructions of your Internet Security Software Supplier. Good Security software will provide with options such as disabling infected files, isolating possibly infected files, Worms and Trojans removal.

� If you do not have any important files on your computer disks, format the disk and then re-install your Windows and applications. This is quite an extreme and lengthy process and it's recommended to back up your computer settings prior to commencing. When finished, do not open on any ancillary disks (USB, Thumb drives etc.) yet, install the Antivirus software, do a full scan, find Autorun.inf files and remove them. Restart your computer after that.

� If the Anti-Virus software does not find anything, your computer is possibly not infected. Check your hardware and software that is installed on your computer meets the hardware specifications of the Operating System. Delete unnecessary or unwanted programs to save resources and ensure you have updated your Windows OS via Windows Update.

Lily Tran
http://www.computhai.com/

Computer Security

Computer Security is a branch of technology known as information security as applied to computers. Information security means protecting information and information systems from unauthorized access, use, disclosure, disruption, modification, or destruction. The objective of computer security varies and can include protection of information from theft or corruption, or the preservation of availability, as defined in the security policy.

Technological and managerial procedures applied to computer systems to ensure the availability, integrity and confidentiality of information managed by the computer system

Computer security imposes requirements on computers that are different from most system requirements because they often take the form of constraints on what computers are not supposed to do.

Typical approaches to improving computer security can include the following:

o Physically limit access to computers to only those who will not compromise security.

o Hardware mechanisms that impose rules on computer programs, thus avoiding depending on computer programs for computer security.

o Operating system mechanisms that impose rules on programs to avoid trusting computer programs.

o Programming strategies to make computer programs dependable and resist subversion.

Computer Security has three Layers:

o Hacking

o Cracking

o Phreaking

Hacking:

Unauthorized use or attempts to circumvent or bypass the security mechanisms of an information system or network.

Computer hacking always involves some degree of infringement on the privacy of others or damage to computer-based property such as files, web pages or software. The impact of computer hacking varies from simply being simply invasive and annoying to illegal.

Cracking:

The act of breaking into a computer system.

Software Cracking is the modification of software to remove protection methods: copy prevention, trial/demo version, serial number, hardware key, CD check or software annoyances like nag screens and adware.

The most common software crack is the modification of an application's binary to cause or prevent a specific key branch in the program's execution.

Phreaking:

The art and science of cracking the phone network.

Security by design:

The technologies of computer security are based on logic. There is no universal standard notion of what secure behavior is. "Security" is a concept that is unique to each situation. Security is extraneous to the function of a computer application, rather than ancillary to it, thus security necessarily imposes restrictions on the application's behavior.

There are several approaches to security in computing; sometimes a combination of approaches is valid:

1. Trust all the software to abide by a security policy but the software is not trustworthy (this is computer insecurity).

2. Trust all the software to abide by a security policy and the software is validated as trustworthy (by tedious branch and path analysis for example).

3. Trust no software but enforce a security policy with mechanisms that are not trustworthy (again this is computer insecurity).

4. Trust no software but enforce a security policy with trustworthy mechanisms.

12 tips for computer security:

1. Update / patch ALL your software every now and then!

2. Check / adjust ALL your settings so they are safe, since they ARENT by default!

3. Use firewall, like ZoneAlarm to control what goes in and out from your computer!

4. Use good passwords: at least 13marks long, containing both letters and numbers. Remember to change your password every few months atleast and dont ever use the same password in two places!

5. Get a good antivirus program: NOD32, F-Secure or Norton Antivirus and keep it updated!

6. Don't open or execute files that you are not 100% sure are absolutely safe nomatter where or how you get them.

7. Wipe your historyfiles (like cookies, internet history and temporary files, etc.), logs and personal files, with specific wiping program (like Eraser) instead of just deleting them.

8. Use encryption to enhance your privacy! Use encrypted email (like Hushmail or Ziplip), www-surfing and encrypt sensitive files on your computer (PGP).

9. When you are finished using some internet-based service like email, sign out of it rather than just closing your browser! Also, when you leave your computer, make sure that none of such programs or connections are left open that someone could abuse. In WindowsNT/2k/XP, press Windowskey+L to lock the workstation.

10. Don't use public computers for anything you need to type in your logins, they usually have Trojan horses that capture your passwords.

11. Make backups and store them in safe place! Easiest way to do a total-backup is to make an "Image" of your harddrive or partition and store it on safe location, but floppies will usually be just fine for storing documents, etc.

12. Install and Use a Hardware Firewal

Regards,
Kethy Wright
http://www.perceptionsystem.com

Kethy Wright is having a good Skill in Computer Hardware & Computer Security Systems. Know about for your Computer Security from his knowledge here.

Computer Engineering Vs Computer Science

Computer engineering, as the name suggests, is related to the engineering of your system hardware. It includes the designing of computer hardware and devices. It is derived from the science of computing such that it is the practical application of the computing science principles.It also includes some principles of electrical engineering. In short this engineering is based on the laws of computer science, electrical engineering, mathematics and physics.

The main subjects dealt in this engineering includes display engineering, multimedia computations, image and speech processing, networking, pattern recognition, computer perception and sensors, VLSI systems, robotics, computer architecture etc.

Display engineering deals with the display mechanisms of a system. Multimedia computing include the handling of all kinds of data like the textual data, sounds, voice or audio, still images, animated images, video and more. It involves encryption, coding and decoding etc. Image and speech processing methods are used to deal with the processing of multimedia in a secure way. Networking of computers is a vast field that takes care of all the networking operations such as assembling network units, establishing connections, configuring them, initiating communication and data transfer and so on. It also handles designing and implementation of vast distributed computing networks that includes LAN, MAN and WAN. Pattern recognition and computer sensors are used for information security. Robotics is a practical application of artificial intelligence. Very Large Scale Integrated systems are a study to design microelectronic devices. Architectures from these take care of the designing of hardware and software for optimal results.

Continuing with our computer engineering vs computer science, we are now going to move on to the science, which on the other hand is the study of methods, principles and laws for handling of information. It also lays the theories for designing and implementing them. The science subject leads to the subject of engineering.

The main subjects that come under computer science are artificial intelligence, computer architecture, software systems, numerical methods, algorithms, theory of computations, computer graphics, networking protocols, databases, operating systems, simulation and modeling, parallel computations and software engineering.

Artificial intelligence is an area that is concerned with the intelligent behavior in machines or software. Computer architecture explains the science behind the designing and construction of computer hardware and software for effective and efficient working. Software systems deal with programming languages, programming environments, operating systems, interpreters, compilers etc. Algorithms and theory of computations are used to develop programs that produce effective, efficient and optimal results and solve the computer problems. To conclude, we can say that the computer science is a subject that is mostly studied by scientists while on the other hand, computer engineering is a subject that is studied by the engineers.

Computer Engineering vs Computer Science is a really important area that requires a lot of attention to its details. So what ever attention you are after, make sure to take your time as much as possible. If for some reason you find that you personal computer is running freezing up or running slow, check out these great tips which will help you solve a very simple question: Why does my computer keep freezing up or running slow?

I started writing when I was about 12 years old, on my little journals, after so many years I still enjoy writing about all sorts of topics, related to computers, games, internet, IT, animals and many others. Writing is something I have great passion on doing it. The era of technology came by to make it more simple and more easy to get my writings done faster and looking way better as well. I hope you have enjoyed the above article as much as I did writing it.

Keep the Crooks Out of Your Computer! How to Protect Yourself From Online Crime

You'd never ask a convicted burglar to watch your house while you're away, and you'd never ask a known criminal to babysit your kids, right? So why, then, are you allowing identity thieves into your computer, giving them access to all your personal and financial information, right now - possibly even while you're reading these words?

"But wait a minute," you may be thinking. "My computer is perfectly safe and protected. I installed an anti-virus program two - maybe three - years ago."

Okay, let's assume your computer is protected at some level. How do you think your internet and computer protection ranks against such companies as Microsoft, Network Solutions, or even the U.S. Department of Defense - Department of Homeland Security? If you think they have better protection than you, which they obviously should, then you'll be disheartened to know that each of them had their network hacked in 2009, potentially exposing hundreds of thousands of people's personal information to identity thieves.

And these companies aren't alone. In 2009, hundreds of companies, from small hospitals to big corporations to top secret government agencies, have had their computers compromised. From January 2009 through November 2009, over 13.7 million Americans fell victim to identity thieves, resulting in financial losses totaling upwards of $50 billion.

To put it in a clearer perspective, approximately 7% of all adults have had their identities misused in 2009, with each instance resulting in approximately $3,500 in losses. Additionally, close to 100 million Americans have their personal identifying information placed at risk of identity theft each year when records maintained in government, corporate, and home computers and networks are lost or stolen. These alarming statistics show that identity theft may be the most frequent, costly, and pervasive crime in the United States.

One victim, Suzanne in San Diego, spent 600 hours and nearly $6,000 trying to clear her name when identity thieves stole her information from CitiBank and racked up thousands of dollars in fraudulent charges. But don't fool yourself into thinking that online thieves only go after big companies. The fact is that the favorite targets of online criminals are home and home office computers. Why? Two reasons: 1) These computers are usually not as protected as computers at big companies, and 2) These computers are often connected by broadband to the Internet - since the connection is always open, there is more opportunity to locate these computers with scanners and then break in.

So beware...YOU could be the next victim!

You Can Lower Your Risk of ID Theft

Fortunately, there are simple steps you can take at home, right now, to keep your computer safe and protect your personal information. Each of the following tips are super easy to do and very inexpensive (most are even free). Yet they can save you both time and money, and give you the peace of mind knowing your computer is safe and your personal information is protected.

o Install an anti-virus program. One of the key components to online safety is to have an anti-virus package. Even better is to get a suite that has anti-virus, anti-spyware, and a personal firewall. This way all the programs work together and don't interfere with each other. Regardless of which program you choose, it's best to purchase it from a traditional store or name-brand online retailer you trust rather than download the program from just any "discount" online store. Why? Because when you go to a website to download a program, you never know what you're really getting. There have been instances where people paid money for a downloadable anti-virus program, but what they really paid for was a program filled with viruses. So unless you're on the website of a well-known anti-virus company (and you're 100% certain it's their real site, not a site a criminal has mimicked), get the program at your local office supply store and install it from the disc in the box.

But simply installing the software isn't enough. You also want to go into the "Settings" tab of your program and make sure updates happen on a regular basis. This ensures your version of the product is the most up-to-date. Additionally, make sure scans are actually happening. You can set the scans to be done automatically at a certain time (highly recommended), or you can opt to manually initiate the scans.

o Update your applications. Identity thieves have learned that many people are getting better at downloading patches for their operating systems; however, they also know that most people don't patch their applications (their individual programs). As a result, ID thieves are attacking individual applications to get access to your computer. Some common applications that are being attacked include Adobe Acrobat Reader, Adobe Flash Player, Apple QuickTime, Internet Browsers such as Firefox, Safari, and Internet Explorer, and many other applications you likely use every day.

Fortunately, many companies are releasing security patches for their applications on a regular basis. So you can go to each company's site directly and look for patches yourself. Another option is a program at www.secunia.com, which offers a software inspector for home users. You can do a scan online and they'll give you a list of the applications on your computer that are not secure. Then they will help you take the necessary steps to enhance your security. No matter how you choose to update your applications, the key is to do it.

o Use a firewall. Many home modems and routers have firewalls in them. Unfortunately, some of the best features of those firewalls are often turned off. You'll likely need an IT professional to help you determine the right settings for you. However, the good news is that something called Network Address Translation, or NAT, is usually automatically turned on and it basically hides the addresses of your devices from the outside world.

Realize that firewalls are often like Swiss cheese. They have to allow some information in and out of your computer; otherwise, you wouldn't be able to access the internet or your email. The challenge for your firewall is determining which information is okay to go in and out. This also means that if a friend or family member is in your house and installs something on your computer with a CD-ROM or DVD, your firewall has no chance of detecting that intrusion because that's not what it's designed for. So you can't just say that you have a firewall and trust it to catch everything.

If you have a small business or if you do stock trading or banking online, you may want to augment the simple firewall that comes in your device with an additional firewall you can purchase, which is much more robust. These devices have extra tools in them that allow the firewall to do its job better. You can also use a program running on your computer, called a software firewall. An example would be the firewall that comes with your operating system or one that comes with an anti-virus package suite. Whatever additional firewall protection you give yourself, the harder you make it for identity thieves to get in and steal your data.

Stay Safe Today

Just as you lock your car when it's parked and you secure your home when you leave for the day, you need to proactively protect your computer. The good news is that staying safe online can be just as simple and second nature as protecting everything else in your life. Start with these three easy solutions. Once you're done, you can move on to other aspects of computer and online safety found in the short and simple videos at www.learntobesafeonline.com. By doing so, you can keep yourself from being the next identity theft victim and save yourself a lot of frustration and thousands of dollars. The choice is yours: do nothing and be a victim, or take action now and reduce your risk. Which do you choose?

Go to http://www.learntobesafeonline.com/ to view free and informative videos on how to protect yourself from online fraud, cyber attacks, phishing schemes, identity theft, and much more. Since we all use the Internet, shouldn't it be a safe place to work, learn, and play? Mike Foster is recognized by many as America's IT Security Specialist and is committed to helping people stay safe online.

A Computer Security Geek Goes to Las Vegas

Las Vegas:

An IS Perspective on New Slot Machines

A recent trip to Las Vegas prompted an "aha moment". After I got over the initial shock of how much things have changed since the days when I used to frequently travel to Vegas (I was one of those thousands who used to regularly attend the COMDEX show), I ventured back onto the gaming floor. Aside from having a lot more poker tables than I remember from 8 years ago, the thing that struck me was that the slot machines changed. Where once the gaming floors were full of the "jing, jing, jing" of coins hitting the metal trays of the slot machines, there are now magnetic card readers, bar code scanners and separate machines that convert bills into "credits" and back again. Money gets converted to digital bits, printed on bar-coded cards that players plug into slot machines and "all payouts are by cash out slips only". The Gaming Industry has gone high tech and like all firms that have valuable information resources, they need to protect them. Imagine for a moment being able to "sniff" the traffic on the wire between the gaming floor and the casino's data center! As a matter of fact, I was so interested in the new style of slot machine that I devoted the better part of an afternoon to researching "Server Based Gaming".

It turns out that Server Based Gaming (SBG) is the newest trend in slot machines and isn't as new as I thought, having been around since 2006. If your mind is like mine, you are already thinking about the security implications of turning stand alone, totally autonomous slot machines into computer terminals. Of course the stand alone slots were not without problems but digitizing financial data and sending it zipping across a network has a unique set of concerns that any financial institution will attest to. Storing data on a centralized server is Security Best Practice 101 and few could argue against the wisdom of it. However, the issue becomes more complicated when we consider that a casino has hundreds, perhaps even a thousand, slot machines scattered across hundreds of thousands of square feet of floor space. Initial security concerns regard the data transmission: what type of cable is used (fiber is the most secure but also most expensive and requires special networking equipment); are the machines themselves even wired to accept fiber or are the connections Cat 5; is each machine "home runned" or are they consolidated at a switch located in one of those locked cabinets under the slot machines; if Cat 5 cable is used, what preventive measures are in place to prevent someone from "sniffing" the electronic data leakage from the wire; since players are issued a "cash out card" with a bar code on it, what encryption algorithms are used to prevent gamers from altering the data to increase their "payout"? The Gaming Industry has a long history of attracting very clever criminals (remember the students from MIT who won $10M?). I wonder how long before a similar group of intellectually gifted and monetarily motivated individuals focuses on SBG. In fact, a recent study sponsored by the National Indian Gaming Commission (NIGC) has identified several areas of concern for SBG .

The NIGC findings sound hauntingly familiar to all those security professionals charged with protecting enterprise data resources. Concerns about unauthorized access, intrusion detection, incident response, lack of security policies and a disaster recovery plan are common in all Information Security environments. What proactive measures are being taken to protect the network? Are internally sponsored Penetration Tests performed? The challenge of protecting hundreds or thousands of computer assets, insuring the Availability of the asset and guarding the Integrity of the data from these assets is likewise an everyday worry for CISO's. What makes the Gaming Industry different is that if any one of these assets is compromised, the financial loss could be in the millions of dollars, and the likelihood is that an attack will not target only one machine. And unlike any casino scam of the past, with data now being stored electronically, the attacker(s) does not have to physically be present. Casinos are now subject to the same risks as financial institutions.

Allow yourself to imagine an "Oceans 131/2" scenario. The progressive slot machine jackpot is at $14M. A disgruntled technician at the slot machine manufacturer maintains a "backdoor" to the SBG slots to save the drive time and the long walk through the casino to a particular machine. An accomplice is in place spinning the wheels and losing dollar after dollar at the progressive slot. At a specified moment, the technician pushes an unauthorized "software update" to the slot which alters the cash out ticket software. The accomplice now cashes out and receives an altered ticket which shows $10,000 not $10. The technician then replaces the original software and the scam moves to another slot, another casino, another city. With only about 6 slot machine manufacturers in the US, the possibility of "disgruntled employee" abuse is very high. While this scenario may seem farfetched, the notion of 6 college students beating Las Vegas casinos for $10M over a 10 year period also seemed too incredible to believe. Until it happened.

But more likely and much less "Hollywood-esque" would be the same type of security breach that happens at alarming levels in regular industry. A group of hackers finds an interesting IP address and begins exploring. Perhaps the IP address belongs to the slot machine manufacturer which allows them entry to the manufacturer's LAN. Or perhaps the IP address belongs to a slot machine itself. Or imagine if the IP belonged to the server which houses the information for all the SBG machines in the casino. Mother lode! In addition to a treasure trove of information contained within the gaming network segment, could the attackers connect to the hotel and food service segments of the casino's infrastructure? If so they would have access to reams of PII data as credit card data. As every fan of gaming knows, "whales" are the life blood of casinos and these multi-billionaires have credit cards with astronomically high spending limits (an American Express black card is truly wondrous to see). A data compromise of this scale would be a catastrophe for a gaming facility.

Defending such a unique infrastructure presents a daunting task. Corporate resources need to be allocated, policies need to be written and implemented in an area that previously did not require them, and employees need to be educated about the new threats. Perhaps most important is to maintain background checks on employees (both in the casino itself as well as for third parties) who have access to the servers and the SBG machines. And these risks are in addition to the "normal, everyday" risks of running a data center where millions of dollars routinely fly across network cables. The Information Security Professionals for Las Vegas casinos definitely have their hands full.

Chaz Sowers is a security consultant currently on assignment with Infotech Consulting. In addition to regular computer security duties, recent activities have included Incident Response at a major government defense contractor as well as work in the Gaming Industry. Security frameworks and security architecture continue to be areas of interest. Mr. Sowers holds the certifications of: CISSP, CISM and QSA.

How Laptop Security Software Can Protect You From Computer Identity Theft

Computer identity theft is increasingly common.

Computer identity theft is what happens if someone gets access to your personal information, such as your social security number, credit card number, driver's license number and passports without your knowledge by accessing the information on your computer. Often this information is from your laptop computer that has been stolen.

How common is it for laptop computers to be stolen?

It is estimated that more than 500,000 laptops are stolen annually in the United States alone and the number continues to rise. This is a staggering amount of laptops that are on the streets and in the hands of people that may want to steal your personal information. Stolen laptop computers are a very common event which is why the police find it difficult to have the time to assist with the recovery of the laptop let alone deal with the criminal access of your personal information. Laptop security software is a common sense practical solution to prevent computer identity theft.

How secure is the information your laptop computer?

Your laptop is usually your link to the cyber world. It connects you to many business and social networking sites as well as allowing you to order items online. It is now normal to send private information across the internet. It has become a normal part of the world that we live in. What would happen if your laptop was stolen? You may not only lose personal and commercial information stored on your computer, but also the thief would have access to your personal identification details which could mean that the thief could steal your identity. Thieves use this information to carry out illegal transactions purporting to be made by you. Preventing this occurring can save you a lot of money, time and inconvenience.

Top 10 reasons for using laptop security software for protection from computer identity theft.

1. The number of laptops being stolen along is constantly increasing and the chance that your laptop computer will be stolen is constantly rising.

2. Laptop security software helps prevent you from being the victim of computer identity theft.

3. It helps you protect your personal information and keep it secure even in the event of computer theft as you can remotely retrieve files from your laptop and delete them.

4. When you remotely delete files they are deleted to a high forensic standard that prevents them being recovered by computer hackers thereby not only protecting your personal information, but also commercially sensitive information.

5. With one remote command you can render the stolen laptop unusable if you wish.

6. It allows you to access files on the stolen computer without the thief being aware that it is occurring. The laptop security software can record all activity that occurs thereby allowing you to backtrack any unauthorized activity that occurs.

7. Provided you purchase the best laptop security software it allows you to geo locate the stolen laptop to within 60 feet of its location to assist with recovery.

8. If you have valuable business information on your laptop computer laptop security software is a cheap method of insurance.

9. If you are a professional or business person your laptop computer may not only have business information in its files, but confidential personal information of your clients that could be accessed and misused.

10. Protecting yourself from being sued for negligence for not taking reasonable risk management steps to your protect clients' personal information from identity theft is a clear benefit.

What you want from laptop computer software:

The following features and benefits of laptop computer software are essential:

* Invisible internet access to your stolen laptop.

* The ability to remotely access your files on your stolen computer from another computer to delete the files or retrieve them and then delete them.

* To have a Geo locate feature which you can use to locate where your laptop is which allows you to alert the authorities to recover your stolen property.

* Monitor and record what the thief is doing because this not only helps law enforcement officials recover your stolen computer, but also allows you to undo any damage they may have already been done.

* To render your stolen laptop unusable remotely once you realize that it has been stolen.

Read the Resource Box to discover how to the find the recommended solution to help prevent computer identity theft.

Jack Taggerty is a freelance author who owns a number of websites and blogs and knows that the security of your personal information and that of clients is essential to prevent computer identity theft. Follow this link to read his recommendations to help prevent it: http://www.identity-theft-scout.com/laptop-security.html

What Can You Do With a Computer Science Degree?

If you are a classroom wizard when it comes to solving math problems, have been tinkering with the computer ever since you could spell "computer," or if your idea of a good Sunday afternoon is watching re-runs of Big Bang Theory or reading Dilbert, then you probably don't have to spend sleepless nights worrying about which college major to choose.

Congratulations, for you are probably a perfect match for a computer science degree!

And if you're wondering what you can do with a computer science degree, here are a few exciting careers that you might choose.

Software engineering: Computer software engineering is one of the more popular occupations among graduates of computer degree programs. Computer software engineers are responsible for designing and developing software that makes computers perform specific tasks. There are two main categories of computer software engineers-applications software engineers and systems software engineers. Since the use of computer applications is so widespread, software engineers can find employment in a variety of industries.

Programming: Although the terms "computer programming" and "software engineering" are often used interchangeably, there are subtle differences between the two roles. While software engineers design software, programmers convert that design into logical code that actually makes the software work. Programmers write programs using various programming languages like C#, C++,.NET, Java, etc. and are also responsible for repairing broken code and updating existing programs.

Network and system administration: These professionals design, install, and maintain an organization's computer systems. They are entrusted with the responsibility of deploying network hardware and software on employee systems; ensuring uninterrupted network connectivity; and troubleshooting problems whenever they arise.

Database administration: Database administrators, or DBAs, are responsible for the design, implementation, maintenance, storage, and repair of an organization's databases. Their job is to ensure the optimum performance of the company's databases and design, as well as to implement improvement strategies. They work closely with systems administrators, software developers, and other technology staff of an organization.

Information security specialists: This is one of the most important IT jobs, given the increased threat from cyber-attacks that modern-age computer systems face. Computer security specialists, also known as information security specialists, have the crucial job of ensuring the security of an organization's information systems and preventing access by unauthorized and destructive forces. To protect their company's information systems, information security specialists install and monitor security software; train users on how to ensure their computer's security; spread awareness about the importance of maintaining systems security; and respond to security breaches.

Telecommunication specialists: These professionals are responsible for designing, installing, and maintaining audio, visual, or data communication systems. They are also responsible for diagnosing and repairing problems with communication equipment.

Web development: Web developers create web applications by using the various software languages and tools at their disposal. They may be responsible only for the back-end technical aspects of web development or can be involved with creating the front-end layout and design of a website. Web developers also maintain and enhance the performance of existing applications.

If any of the above careers sound exciting to you, then a computer science degree is just what the doctor ordered. Now that computer science degrees are available with a variety of academic emphases, such as programming and networking, you can get an even more focused education and be on your way to the possibility of a dream career!

California College San Diego (CCSD) has trained graduates for new careers since 1978. CCSD, located in San Diego, National City and San Marcos offers associates, associates of occupational studies, and bachelor's degrees in healthcare, business, and information technology, and master's degrees in healthcare and business. CCSD also provides college degree programs that can be completed in faster-than-traditional time with its FastFlex option.

Computer Security Training

Computer security training is considered as one of the hottest programs for the new millennium. It is a major part of information technology that prepares students to protect computers and networks. Computers undergo constant attacks from various virus programs and instances of frauds that cause the loss of millions of dollars annually. Computer security training programs assist users to overcome these difficulties. Colleges and universities, technical schools and online programs are the main arenas that provide advanced computer security training.

As all other IT programs, computer security training programs also start with foundation classes. Fundamental programs offer students a comprehensive knowledge about the tools and techniques to manage risks, and to detect and prevent computer attacks. Some of the major concepts discussed are hackers, software piracy, viruses, identity theft, stalking and credit card fraud. Students learn the latest technologies for protecting systems such as securing the operating systems, audit techniques, identification and authentication, cryptography and other network security mechanisms. The security training also encompasses sessions in threat assessment, incident investigation, system security administration, risk management and online security testing. Those who look for a career in computer security technology development get advanced training in system security engineering, software design, development and testing, secure operating system design, and design and application of network security techniques.

A computer security professional has a good idea about the planning, co-ordination and implementation of security techniques to protect computers from illegal attacks. They are also trained in educating users on computer security, monitoring the network for security breaches, installing safety software and taking instant action against cyber attacks.

Online computer security training is a new trend that teaches the latest technologies to save computers from online attacks. Online certificate and degree programs are available. Recognized online training programs help to attain credentials in security training. These valuable skills are useful for marketing yourself to computer security firms.

As a mandatory technology for this century, many offices and organizations employ computer security personnel to take care of crises during their normal functioning.

Computer Training provides detailed information on Computer Training, Computer Internet Training, Computer Graphic Training, Computer Forensics Training and more. Computer Training is affiliated with Computer Science Education [http://www.e-ComputerEducation.com].

Secure Yourself In The Growing Career Of Computer Network Security

We have all heard stories on the news about email viruses wreaking havoc on computer systems. To keep computer systems in top performance you will need to know the risks, and what you can do to protect yourself from viruses and computer hackers.

Our world today practically relies on the computers and the Internet. A massive attack on of a computer virus could wipe out communications, air traffic control, hospitals and credit cards. Specialists with training in computer and network security are needed to help us protect this information by preventing, detecting, and responding to attacks.

As Security risks are becoming greater, qualified people are needed to keep computer networks secure. You can learn to defend computer networks against scams, fraud, espionage and more when you earn a degree in computer network security.

This course of study will teach students how to install, maintain, and monitor existing security software for both the private and public sectors. Students will be able to build computer security programs, fix existing programs, install security software, and be able to recognize when an intruder is attempting to hack into a computer network.

Jobs in network security cover many different areas. Here are some jobs in Computer Network Security:

� Database administrators work with database management systems software and determine ways to organize and store data. They identify user requirements, set up computer databases, and test and coordinate modifications to the computer database systems. They basically manage and protect a company's data.

� Computer Systems Analysts solve computer problems and apply computer technology to meet the individual needs of an organization. Systems analysts may plan and develop new computer systems or devise ways to apply existing systems' resources to additional operations. Computer systems analysts use the computer's technical abilities to meet the needs of a particular type of industry or company.

� Network Administrators and Computer System Administrators oversee network security as part of their jobs. They also design, install, and support an organization's local-area network (LAN), wide-area network (WAN), network segment, Internet, or intranet system. They also provide day-to-day onsite administrative support for software users in a variety of work environments.

� Computer Security Specialists are employed for the sole purpose of working on computer security for a company. These specialists plan and implement computer security for an organization. They may also train others in computer security, install computer security systems, and monitor networks for breaches in security. They may even be called upon to respond to cyber attacks, and even collect data and evidence to be used in prosecuting perpetrators.

These careers are expected to continue to grow according to the U.S. Department of Labor. Salaries in this industry range from $58,190 to $66,460.

Mary Hart in an in-house writer for Online-Degrees-Today.com and has been writing about Computer Science degrees since 2004. To learn more about how to earn your Degree in Network Security, click here.