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Tag:Electronic pet,replace passwords and PINS
From:http://www.buy-china-toys.com/

Portable electronic pets able to recognise their owner’s voice and walking style could replace passwords and PINs as a way to keep personal details and accounts secure, say UK researchers.
Other experts, though, say the advanced Tamagotchi plan still needs some work.
Called “biometric daemons”, they borrow a concept from Philip Pullman’s His Dark Materials books, in which people are accompanied by an animal daemon that is a physical representation of their soul.
Pamela Briggs, a psychologist and computer scientist at Northumbria University and computer scientist Patrick Olivier at Newcastle University, both in the UK, think their take on the idea could match the security of biometric security systems, and avoid the privacy fears these systems raise.
Pets not passwordsInstead of a person’s biometric signature being stored on a distant database, they would reside only in the daemon – a small gadget carried around by its owner.
Like a real pet, that daemon would learn to imprint itself on its owner. After that it would thrive on their unique biometric signals, such as their voiceprint, fingerprints or walking style.
The human-daemon bond would be further cemented by games and interaction between the two. “Think how people bond with babies,” says Briggs. “You would do the same things with your daemon – cuddle it, stroke it, play verbal games.”
In the presence of its owner, those nourishing signals make the daemon “happy” and able to verify the owner’s identity, just like a PIN or password.
Dead daemonHowever, a daemon separated from its owner would no longer receive nourishment in this way and would pine away and die, just as Pullman’s daemons die when separated from their humans.
The idea might sound bizarre, but Olivier says that the elements needed to make a prototype daemon already exist.
Accelerometers – similar to those used in the Nintendo Wiimote – could detect an individual’s gait, and speech recognition software could identify a unique voiceprint. “The main problem would be with battery life,” Olivier says.
The researchers are reluctant to discuss exactly what form that the daemons would take (see video, top right).
“The key thing is not the daemon’s physical form, but the way one interacts with it,” says Briggs. The daemon could be made in any form, she says, depending on what people relate to best – for example, a toy animal.
‘Immature idea’If a person lost their daemon, their access to their online life would be lost too, says Briggs, so a way to get a new one would be needed.
Reaction to the idea from security experts is mixed. “Work on agents and daemons does not tend to be very rigorous, says John Daugman at the University of Cambridge, UK. “It is difficult to find very much scientific or mathematical content to sink one’s teeth into.”
Alec Yasinsac at Florida State University, Tallahassee, US, says the idea is interesting, but so far immature. “It is hard to predict its potential,” says Yasinsac. “For instance, to understand how nurturing could become irreversible.”
A paper on biometric daemons was presented at the Usability, Psychology, and Security 2008 conference in San Francisco, California, last month.

Read more on Electronic \’pet\’ Could Replace Passwords and Pins…

Tag:Electronic pet,replace passwords and PINS
From:http://www.buy-china-toys.com/

Portable electronic pets able to recognise their owner’s voice and walking style could replace passwords and PINs as a way to keep personal details and accounts secure, say UK researchers.
Other experts, though, say the advanced Tamagotchi plan still needs some work.
Called “biometric daemons”, they borrow a concept from Philip Pullman’s His Dark Materials books, in which people are accompanied by an animal daemon that is a physical representation of their soul.
Pamela Briggs, a psychologist and computer scientist at Northumbria University and computer scientist Patrick Olivier at Newcastle University, both in the UK, think their take on the idea could match the security of biometric security systems, and avoid the privacy fears these systems raise.
Pets not passwordsInstead of a person’s biometric signature being stored on a distant database, they would reside only in the daemon – a small gadget carried around by its owner.
Like a real pet, that daemon would learn to imprint itself on its owner. After that it would thrive on their unique biometric signals, such as their voiceprint, fingerprints or walking style.
The human-daemon bond would be further cemented by games and interaction between the two. “Think how people bond with babies,” says Briggs. “You would do the same things with your daemon – cuddle it, stroke it, play verbal games.”
In the presence of its owner, those nourishing signals make the daemon “happy” and able to verify the owner’s identity, just like a PIN or password.
Dead daemonHowever, a daemon separated from its owner would no longer receive nourishment in this way and would pine away and die, just as Pullman’s daemons die when separated from their humans.
The idea might sound bizarre, but Olivier says that the elements needed to make a prototype daemon already exist.
Accelerometers – similar to those used in the Nintendo Wiimote – could detect an individual’s gait, and speech recognition software could identify a unique voiceprint. “The main problem would be with battery life,” Olivier says.
The researchers are reluctant to discuss exactly what form that the daemons would take (see video, top right).
“The key thing is not the daemon’s physical form, but the way one interacts with it,” says Briggs. The daemon could be made in any form, she says, depending on what people relate to best – for example, a toy animal.
‘Immature idea’If a person lost their daemon, their access to their online life would be lost too, says Briggs, so a way to get a new one would be needed.
Reaction to the idea from security experts is mixed. “Work on agents and daemons does not tend to be very rigorous, says John Daugman at the University of Cambridge, UK. “It is difficult to find very much scientific or mathematical content to sink one’s teeth into.”
Alec Yasinsac at Florida State University, Tallahassee, US, says the idea is interesting, but so far immature. “It is hard to predict its potential,” says Yasinsac. “For instance, to understand how nurturing could become irreversible.”
A paper on biometric daemons was presented at the Usability, Psychology, and Security 2008 conference in San Francisco, California, last month.

Read more on Electronic \’pet\’ Could Replace Passwords and Pins…

The emergence of the World Wide Web as a global, around the clock marketplace has opened a multitude of new opportunities to businesses which have never before been seen. Computers and global communication networks have brought vendors, customers and markets together in new and beneficial ways. Along with all of the benefits which business has gained from the information age come some downsides. New crimes have not been created by new technology, but rather new technology has given new tools to criminals to commit the same crimes as they always have. The difference is that criminals now have a global reach, just as businesses do. In the U.S. at least, the responsibility for protecting consumers from having their personal information pilfered is placed upon businesses.

While some will blame the computer itself for crimes involving identity theft, it is usually not the computer but rather the way in which the victim has made use of it which is at issue. Their lack of attention to network and computer security has offered access to criminals – right into their home or business. After all, if we never lock our doors, would we blame the contractor who built our home for a burglary? In a corporate environment, it is typically employees, including IT staff who are really at fault.

About 70% of data breaches at businesses can be laid at the feet of people within the company. Employees using weak passwords or making the egregious mistake of writing down their passwords in plain view allow unscrupulous employees and others easy access to company information. Employees know that the quickest way to find a password is to sit at someone’s desk; quite often, employees will tape passwords on notes on the monitor, to the desk (or underneath it) or in desk drawers, often simply labeled “passwords” or worse yet, on the desktop of their computer in an unencrypted document. Keep in mind that if a security breach happens through the use of a legitimate user name and password, it is very difficult for your IT staff to catch. Poor password management on the part of your employees can give criminals complete access to sensitive corporate data.

IT departments try to reduce the risk of data breaches through the implementation of stronger security policies. There are six basic rules of password security which they commonly use. These are:

LENGTH – Passwords should always be at least eight characters long. The longer, the better as long as you can remember your password.
RANDOMNESS – A password should be difficult to guess. Use combinations of numbers and letters; words, dates and so on.
COMPLEXITY – Employ a mix of numbers, punctuation marks and lower and uppercase letters in your passwords.
UNIQUENESS – Use a unique password for each user account.
ROTATION – Passwords should be changed every two to three months.
MANAGEMENT – Never let anyone see your password. And never, ever write it down.

The conflict which is going here is between IT departments and other employees. As IT departments make security measures more complex and difficult for employees, they use weaker security habits to increase the ease of access for themselves. Employees will nearly always forgo security for the sake of convenience.

One way to avoid this conflict is to adopt token based password management. These sorts of systems include:

Security:
o PIN protected smartcards which lock data after a predetermined number of failed attempts at access.
o Passwords are never stored in computers, where hackers and snoopers can find and use them.
o Passwords can be as long as 20 characters, with all 96 possible characters on the keyboard being available to use.
o Each website, encrypted file and network can (and should) have its own unique, complex.
o Since your passwords are never typed in, a keylogger cannot record them.
o The card can be encrypted so that only the software used to manage the cards can access the data on them.

Convenience:
o The management system for these cards can handle logins for different accounts, files, applications and networks.
o The management system can launch a web browser, navigate to the appropriate login page and take care of authentication, all with a double click.
o Users never have to remember (or type)passwords.
o Users will have their passwords on them at all times.
o These cards can be carried in a wallet or even used as an employee ID badge.
o Passwords will not be written or stored where they can be found.
o Cards can store over 100 different passwords and their associated account information
o Login sites are saved to the card.

Portability:
o Passwords are available to users at any workstation once their smartcard is inserted.
o The card can be used in the office or at home or from another remote location. These sorts of smartcards are great for students and others as well.
o Smartcards are ideal for employees who work remotely but need secure access to the company network.

It takes more than just a password to make your network secure, but with the use of security tokens, passwords are no longer the weakest link in a company’s security scheme. Tokens have been developed by security companies for a variety of different applications – companies can evaluate these offerings on the basis of form, usability, the amount of modifications which will be required in their infrastructure, ease of installation and of course, cost. Some smartcards offer advances security but also mean that a lot of back-end server work must be done in order to implement them. Others are easy to set up and use, but are a risk if they are lost or stolen.

Business owners are required by the Privacy Protection Act to keep customer data secure. While no one security measure can provide total security, proper password management should be part of every company’s overall security strategy.

“May your data be secure and your identity be your own.”

Read more on Passwords Don’t Have to Threaten Business Security…

The emergence of the World Wide Web as a global, around the clock marketplace has opened a multitude of new opportunities to businesses which have never before been seen. Computers and global communication networks have brought vendors, customers and markets together in new and beneficial ways. Along with all of the benefits which business has gained from the information age come some downsides. New crimes have not been created by new technology, but rather new technology has given new tools to criminals to commit the same crimes as they always have. The difference is that criminals now have a global reach, just as businesses do. In the U.S. at least, the responsibility for protecting consumers from having their personal information pilfered is placed upon businesses.

While some will blame the computer itself for crimes involving identity theft, it is usually not the computer but rather the way in which the victim has made use of it which is at issue. Their lack of attention to network and computer security has offered access to criminals – right into their home or business. After all, if we never lock our doors, would we blame the contractor who built our home for a burglary? In a corporate environment, it is typically employees, including IT staff who are really at fault.

About 70% of data breaches at businesses can be laid at the feet of people within the company. Employees using weak passwords or making the egregious mistake of writing down their passwords in plain view allow unscrupulous employees and others easy access to company information. Employees know that the quickest way to find a password is to sit at someone’s desk; quite often, employees will tape passwords on notes on the monitor, to the desk (or underneath it) or in desk drawers, often simply labeled “passwords” or worse yet, on the desktop of their computer in an unencrypted document. Keep in mind that if a security breach happens through the use of a legitimate user name and password, it is very difficult for your IT staff to catch. Poor password management on the part of your employees can give criminals complete access to sensitive corporate data.

IT departments try to reduce the risk of data breaches through the implementation of stronger security policies. There are six basic rules of password security which they commonly use. These are:

LENGTH – Passwords should always be at least eight characters long. The longer, the better as long as you can remember your password.
RANDOMNESS – A password should be difficult to guess. Use combinations of numbers and letters; words, dates and so on.
COMPLEXITY – Employ a mix of numbers, punctuation marks and lower and uppercase letters in your passwords.
UNIQUENESS – Use a unique password for each user account.
ROTATION – Passwords should be changed every two to three months.
MANAGEMENT – Never let anyone see your password. And never, ever write it down.

The conflict which is going here is between IT departments and other employees. As IT departments make security measures more complex and difficult for employees, they use weaker security habits to increase the ease of access for themselves. Employees will nearly always forgo security for the sake of convenience.

One way to avoid this conflict is to adopt token based password management. These sorts of systems include:

Security:
o PIN protected smartcards which lock data after a predetermined number of failed attempts at access.
o Passwords are never stored in computers, where hackers and snoopers can find and use them.
o Passwords can be as long as 20 characters, with all 96 possible characters on the keyboard being available to use.
o Each website, encrypted file and network can (and should) have its own unique, complex.
o Since your passwords are never typed in, a keylogger cannot record them.
o The card can be encrypted so that only the software used to manage the cards can access the data on them.

Convenience:
o The management system for these cards can handle logins for different accounts, files, applications and networks.
o The management system can launch a web browser, navigate to the appropriate login page and take care of authentication, all with a double click.
o Users never have to remember (or type)passwords.
o Users will have their passwords on them at all times.
o These cards can be carried in a wallet or even used as an employee ID badge.
o Passwords will not be written or stored where they can be found.
o Cards can store over 100 different passwords and their associated account information
o Login sites are saved to the card.

Portability:
o Passwords are available to users at any workstation once their smartcard is inserted.
o The card can be used in the office or at home or from another remote location. These sorts of smartcards are great for students and others as well.
o Smartcards are ideal for employees who work remotely but need secure access to the company network.

It takes more than just a password to make your network secure, but with the use of security tokens, passwords are no longer the weakest link in a company’s security scheme. Tokens have been developed by security companies for a variety of different applications – companies can evaluate these offerings on the basis of form, usability, the amount of modifications which will be required in their infrastructure, ease of installation and of course, cost. Some smartcards offer advances security but also mean that a lot of back-end server work must be done in order to implement them. Others are easy to set up and use, but are a risk if they are lost or stolen.

Business owners are required by the Privacy Protection Act to keep customer data secure. While no one security measure can provide total security, proper password management should be part of every company’s overall security strategy.

“May your data be secure and your identity be your own.”

Read more on Passwords Don’t Have to Threaten Business Security…

The emergence of the World Wide Web as a global, around the clock marketplace has opened a multitude of new opportunities to businesses which have never before been seen. Computers and global communication networks have brought vendors, customers and markets together in new and beneficial ways. Along with all of the benefits which business has gained from the information age come some downsides. New crimes have not been created by new technology, but rather new technology has given new tools to criminals to commit the same crimes as they always have. The difference is that criminals now have a global reach, just as businesses do. In the U.S. at least, the responsibility for protecting consumers from having their personal information pilfered is placed upon businesses.

While some will blame the computer itself for crimes involving identity theft, it is usually not the computer but rather the way in which the victim has made use of it which is at issue. Their lack of attention to network and computer security has offered access to criminals – right into their home or business. After all, if we never lock our doors, would we blame the contractor who built our home for a burglary? In a corporate environment, it is typically employees, including IT staff who are really at fault.

About 70% of data breaches at businesses can be laid at the feet of people within the company. Employees using weak passwords or making the egregious mistake of writing down their passwords in plain view allow unscrupulous employees and others easy access to company information. Employees know that the quickest way to find a password is to sit at someone’s desk; quite often, employees will tape passwords on notes on the monitor, to the desk (or underneath it) or in desk drawers, often simply labeled “passwords” or worse yet, on the desktop of their computer in an unencrypted document. Keep in mind that if a security breach happens through the use of a legitimate user name and password, it is very difficult for your IT staff to catch. Poor password management on the part of your employees can give criminals complete access to sensitive corporate data.

IT departments try to reduce the risk of data breaches through the implementation of stronger security policies. There are six basic rules of password security which they commonly use. These are:

LENGTH – Passwords should always be at least eight characters long. The longer, the better as long as you can remember your password.
RANDOMNESS – A password should be difficult to guess. Use combinations of numbers and letters; words, dates and so on.
COMPLEXITY – Employ a mix of numbers, punctuation marks and lower and uppercase letters in your passwords.
UNIQUENESS – Use a unique password for each user account.
ROTATION – Passwords should be changed every two to three months.
MANAGEMENT – Never let anyone see your password. And never, ever write it down.

The conflict which is going here is between IT departments and other employees. As IT departments make security measures more complex and difficult for employees, they use weaker security habits to increase the ease of access for themselves. Employees will nearly always forgo security for the sake of convenience.

One way to avoid this conflict is to adopt token based password management. These sorts of systems include:

Security:
o PIN protected smartcards which lock data after a predetermined number of failed attempts at access.
o Passwords are never stored in computers, where hackers and snoopers can find and use them.
o Passwords can be as long as 20 characters, with all 96 possible characters on the keyboard being available to use.
o Each website, encrypted file and network can (and should) have its own unique, complex.
o Since your passwords are never typed in, a keylogger cannot record them.
o The card can be encrypted so that only the software used to manage the cards can access the data on them.

Convenience:
o The management system for these cards can handle logins for different accounts, files, applications and networks.
o The management system can launch a web browser, navigate to the appropriate login page and take care of authentication, all with a double click.
o Users never have to remember (or type)passwords.
o Users will have their passwords on them at all times.
o These cards can be carried in a wallet or even used as an employee ID badge.
o Passwords will not be written or stored where they can be found.
o Cards can store over 100 different passwords and their associated account information
o Login sites are saved to the card.

Portability:
o Passwords are available to users at any workstation once their smartcard is inserted.
o The card can be used in the office or at home or from another remote location. These sorts of smartcards are great for students and others as well.
o Smartcards are ideal for employees who work remotely but need secure access to the company network.

It takes more than just a password to make your network secure, but with the use of security tokens, passwords are no longer the weakest link in a company’s security scheme. Tokens have been developed by security companies for a variety of different applications – companies can evaluate these offerings on the basis of form, usability, the amount of modifications which will be required in their infrastructure, ease of installation and of course, cost. Some smartcards offer advances security but also mean that a lot of back-end server work must be done in order to implement them. Others are easy to set up and use, but are a risk if they are lost or stolen.

Business owners are required by the Privacy Protection Act to keep customer data secure. While no one security measure can provide total security, proper password management should be part of every company’s overall security strategy.

“May your data be secure and your identity be your own.”

Read more on Passwords Don’t Have to Threaten Business Security…

The emergence of the World Wide Web as a global, around the clock marketplace has opened a multitude of new opportunities to businesses which have never before been seen. Computers and global communication networks have brought vendors, customers and markets together in new and beneficial ways. Along with all of the benefits which business has gained from the information age come some downsides. New crimes have not been created by new technology, but rather new technology has given new tools to criminals to commit the same crimes as they always have. The difference is that criminals now have a global reach, just as businesses do. In the U.S. at least, the responsibility for protecting consumers from having their personal information pilfered is placed upon businesses.

While some will blame the computer itself for crimes involving identity theft, it is usually not the computer but rather the way in which the victim has made use of it which is at issue. Their lack of attention to network and computer security has offered access to criminals – right into their home or business. After all, if we never lock our doors, would we blame the contractor who built our home for a burglary? In a corporate environment, it is typically employees, including IT staff who are really at fault.

About 70% of data breaches at businesses can be laid at the feet of people within the company. Employees using weak passwords or making the egregious mistake of writing down their passwords in plain view allow unscrupulous employees and others easy access to company information. Employees know that the quickest way to find a password is to sit at someone’s desk; quite often, employees will tape passwords on notes on the monitor, to the desk (or underneath it) or in desk drawers, often simply labeled “passwords” or worse yet, on the desktop of their computer in an unencrypted document. Keep in mind that if a security breach happens through the use of a legitimate user name and password, it is very difficult for your IT staff to catch. Poor password management on the part of your employees can give criminals complete access to sensitive corporate data.

IT departments try to reduce the risk of data breaches through the implementation of stronger security policies. There are six basic rules of password security which they commonly use. These are:

LENGTH – Passwords should always be at least eight characters long. The longer, the better as long as you can remember your password.
RANDOMNESS – A password should be difficult to guess. Use combinations of numbers and letters; words, dates and so on.
COMPLEXITY – Employ a mix of numbers, punctuation marks and lower and uppercase letters in your passwords.
UNIQUENESS – Use a unique password for each user account.
ROTATION – Passwords should be changed every two to three months.
MANAGEMENT – Never let anyone see your password. And never, ever write it down.

The conflict which is going here is between IT departments and other employees. As IT departments make security measures more complex and difficult for employees, they use weaker security habits to increase the ease of access for themselves. Employees will nearly always forgo security for the sake of convenience.

One way to avoid this conflict is to adopt token based password management. These sorts of systems include:

Security:
o PIN protected smartcards which lock data after a predetermined number of failed attempts at access.
o Passwords are never stored in computers, where hackers and snoopers can find and use them.
o Passwords can be as long as 20 characters, with all 96 possible characters on the keyboard being available to use.
o Each website, encrypted file and network can (and should) have its own unique, complex.
o Since your passwords are never typed in, a keylogger cannot record them.
o The card can be encrypted so that only the software used to manage the cards can access the data on them.

Convenience:
o The management system for these cards can handle logins for different accounts, files, applications and networks.
o The management system can launch a web browser, navigate to the appropriate login page and take care of authentication, all with a double click.
o Users never have to remember (or type)passwords.
o Users will have their passwords on them at all times.
o These cards can be carried in a wallet or even used as an employee ID badge.
o Passwords will not be written or stored where they can be found.
o Cards can store over 100 different passwords and their associated account information
o Login sites are saved to the card.

Portability:
o Passwords are available to users at any workstation once their smartcard is inserted.
o The card can be used in the office or at home or from another remote location. These sorts of smartcards are great for students and others as well.
o Smartcards are ideal for employees who work remotely but need secure access to the company network.

It takes more than just a password to make your network secure, but with the use of security tokens, passwords are no longer the weakest link in a company’s security scheme. Tokens have been developed by security companies for a variety of different applications – companies can evaluate these offerings on the basis of form, usability, the amount of modifications which will be required in their infrastructure, ease of installation and of course, cost. Some smartcards offer advances security but also mean that a lot of back-end server work must be done in order to implement them. Others are easy to set up and use, but are a risk if they are lost or stolen.

Business owners are required by the Privacy Protection Act to keep customer data secure. While no one security measure can provide total security, proper password management should be part of every company’s overall security strategy.

“May your data be secure and your identity be your own.”

Read more on Passwords Don’t Have to Threaten Business Security…

The emergence of the World Wide Web as a global, around the clock marketplace has opened a multitude of new opportunities to businesses which have never before been seen. Computers and global communication networks have brought vendors, customers and markets together in new and beneficial ways. Along with all of the benefits which business has gained from the information age come some downsides. New crimes have not been created by new technology, but rather new technology has given new tools to criminals to commit the same crimes as they always have. The difference is that criminals now have a global reach, just as businesses do. In the U.S. at least, the responsibility for protecting consumers from having their personal information pilfered is placed upon businesses.

While some will blame the computer itself for crimes involving identity theft, it is usually not the computer but rather the way in which the victim has made use of it which is at issue. Their lack of attention to network and computer security has offered access to criminals – right into their home or business. After all, if we never lock our doors, would we blame the contractor who built our home for a burglary? In a corporate environment, it is typically employees, including IT staff who are really at fault.

About 70% of data breaches at businesses can be laid at the feet of people within the company. Employees using weak passwords or making the egregious mistake of writing down their passwords in plain view allow unscrupulous employees and others easy access to company information. Employees know that the quickest way to find a password is to sit at someone’s desk; quite often, employees will tape passwords on notes on the monitor, to the desk (or underneath it) or in desk drawers, often simply labeled “passwords” or worse yet, on the desktop of their computer in an unencrypted document. Keep in mind that if a security breach happens through the use of a legitimate user name and password, it is very difficult for your IT staff to catch. Poor password management on the part of your employees can give criminals complete access to sensitive corporate data.

IT departments try to reduce the risk of data breaches through the implementation of stronger security policies. There are six basic rules of password security which they commonly use. These are:

LENGTH – Passwords should always be at least eight characters long. The longer, the better as long as you can remember your password.
RANDOMNESS – A password should be difficult to guess. Use combinations of numbers and letters; words, dates and so on.
COMPLEXITY – Employ a mix of numbers, punctuation marks and lower and uppercase letters in your passwords.
UNIQUENESS – Use a unique password for each user account.
ROTATION – Passwords should be changed every two to three months.
MANAGEMENT – Never let anyone see your password. And never, ever write it down.

The conflict which is going here is between IT departments and other employees. As IT departments make security measures more complex and difficult for employees, they use weaker security habits to increase the ease of access for themselves. Employees will nearly always forgo security for the sake of convenience.

One way to avoid this conflict is to adopt token based password management. These sorts of systems include:

Security:
o PIN protected smartcards which lock data after a predetermined number of failed attempts at access.
o Passwords are never stored in computers, where hackers and snoopers can find and use them.
o Passwords can be as long as 20 characters, with all 96 possible characters on the keyboard being available to use.
o Each website, encrypted file and network can (and should) have its own unique, complex.
o Since your passwords are never typed in, a keylogger cannot record them.
o The card can be encrypted so that only the software used to manage the cards can access the data on them.

Convenience:
o The management system for these cards can handle logins for different accounts, files, applications and networks.
o The management system can launch a web browser, navigate to the appropriate login page and take care of authentication, all with a double click.
o Users never have to remember (or type)passwords.
o Users will have their passwords on them at all times.
o These cards can be carried in a wallet or even used as an employee ID badge.
o Passwords will not be written or stored where they can be found.
o Cards can store over 100 different passwords and their associated account information
o Login sites are saved to the card.

Portability:
o Passwords are available to users at any workstation once their smartcard is inserted.
o The card can be used in the office or at home or from another remote location. These sorts of smartcards are great for students and others as well.
o Smartcards are ideal for employees who work remotely but need secure access to the company network.

It takes more than just a password to make your network secure, but with the use of security tokens, passwords are no longer the weakest link in a company’s security scheme. Tokens have been developed by security companies for a variety of different applications – companies can evaluate these offerings on the basis of form, usability, the amount of modifications which will be required in their infrastructure, ease of installation and of course, cost. Some smartcards offer advances security but also mean that a lot of back-end server work must be done in order to implement them. Others are easy to set up and use, but are a risk if they are lost or stolen.

Business owners are required by the Privacy Protection Act to keep customer data secure. While no one security measure can provide total security, proper password management should be part of every company’s overall security strategy.

“May your data be secure and your identity be your own.”

Read more on Passwords Don’t Have to Threaten Business Security…

1.Administrators Password:

It is the most common way to lock your computer. But is it the safest way? Mostly, it is the easiest way to lock your computer.

How to set administrators password?

Read more on Some Passwords to Protect Your Computer Privacy…

1.Administrators Password:

It is the most common way to lock your computer. But is it the safest way? Mostly, it is the easiest way to lock your computer.

How to set administrators password?

Read more on How Many Passwords do You Know to Protect Your Computer Privacy?…

1.Administrators Password:

It is the most common way to lock your computer. But is it the safest way? Mostly, it is the easiest way to lock your computer.

How to set administrators password?

Read more on How Many Passwords do You Know to Protect Your Computer Privacy?…