Security Articles

Identity Theft Who Is Phishing For Your Information

(category: Security, Word count: 499)
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There's a new type of internet piracy called 'phishing' (pronounced 'fishing'). Internet thieves are 'fishing' for your personal information. They're looking for ways to trick you into giving out your Social Security Number, credit card number and other personal information that they can use to their advantage. You could become a victim of identity theft that could take years to clear your financial history and personal reputation. But understanding how these internet thieves work, will help you to protect yourself from becoming a victim.

How do these thieves get your information?

Typically, you might receive an email from a company that you are familiar with that looks 'real'. It has the company logo, they may call you by name, and the tone of the email is that they are looking out for your best interests. This email will warn you of some imminent danger to your account or credit card and that you need to take action immediately or you will suffer dire consequences. There will be a link (underlined writing usually in blue) for you to click on that will take you to their website. And guess what? The website they take you to will look like the real thing with the company logo and all.

Next, you will be asked to 'verify' your account, password, or credit card information. If you ever find yourself here, STOP! Do nothing. Do not fill in any personal information. Immediately exit from this website and delete the phony email that you received.

How to know that this is a 'phishing' email.

If you did not email this company asking for information about your account or for help with a problem, be suspicious. If you are still not sure because it looks so 'real', call the company yourself and ask. You can find these phone numbers on your monthly statement. If it is after hours and no one is there to take your call, wait until the next day when you can reach someone. Don't fall for the 'imminent danger' message and feel that you have to take action immediately. 'Phishers' are hoping that you will take immediate action - don't panic and let them trick you into clicking on their link.

What can you do?

Never give someone your password over the internet or phone when it is an unsolicited request. Your credit card company knows what your password and credit card number is. They don't need to ask you for it.

Likewise, your bank knows what your account number and social security number, they won't ask you to repeat it verbally over the phone.

Review all of your monthly statements every month as soon as they arrive. Check for charges that you never made. If your statement is ever late in arriving in the mail, call and ask why. Protect yourself from these would-be thieves. Don't let them take your identity! Please remember to Bookmark www.wheatgrass-fountain-of-youth.info now! Thanks for visiting.

Top 5 Reasons To Choose An Internet Filtering Appliance Over Software

(category: Security, Word count: 252)
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The need for organizations to monitor and control Internet usage in the workplace should be an accepted fact of doing business in a cyber-connected world. Statistics indicating that 30 to 40 percent of Internet use in the workplace is unrelated to work issues should come as no surprise. Neither should the report that 90 percent of employee computers harbor as many as 30 spyware programs. In fact, studies indicate that companies may be incurring average costs of $5,000 per year per employee in lost productivity due to Internet abuse. Other data suggest that as much as 72% of employees are downloading music and video clips, eroding bandwidth and leaving networks open to spyware and other malicious agents.

As these dramatic statistics show, the need for organizations to manage their Internet access should be a baseline requirement. But how do organizations choose from the wide range of filters available to them? Perhaps one of the first decisions they will to make is between a software-based filtering solution and dedicated filtering appliance.

Both appliance and software-based options offer standard functionality - they monitor Internet activity, block site access, automatically enforce corporate Acceptable Usage Policy guidelines and report inappropriate behavior. However, upon closer examination, there are some important and compelling reasons to choose an appliance-based solution.

An overview of the advantages of an appliance over software when it comes to handling your organization's Internet access include these basic five categories:

How Bad Guys Hack Into Websites Using Sql Injection

(category: Security, Word count: 946)
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SQL Injection is one of the most common security vulnerabilities on the web. Here I'll try to explain in detail this kind of vulnerabilities with examples of bugs in PHP and possible solutions.

If you are not so confident with programming languages and web technologies you may be wondering what SQL stay for. Well, it's an acronym for Structured Query Language (pronounced "sequel"). It's "de facto" the standard language to access and manipulate data in databases.

Nowadays most websites rely on a database (usually MySQL) to store and access data.

Our example will be a common login form. Internet surfers see those login forms every day, you put your username and password in and then the server checks the credentials you supplied. Ok, that's simple, but what happens exactly on the server when he checks your credentials?

The client (or user) sends to the server two strings, the username and the password.

Usually the server will have a database with a table where the user's data are stored. This table has at least two columns, one to store the username and one for the password. When the server receives the username and password strings he will query the database to see if the supplied credentials are valid. He will use an SQL statement for that that may look like this:

SELECT * FROM users WHERE username='SUPPLIED_USER' AND password='SUPPLIED_PASS'

For those of you who are not familiar with the SQL language, in SQL the ' character is used as a delimiter for string variables. Here we use it to delimit the username and password strings supplied by the user.

In this example we see that the username and password supplied are inserted into the query between the ' and the entire query is then executed by the database engine. If the query returns any rows, then the supplied credentials are valid (that user exists in the database and has the password that was supplied).

Now, what happens if a user types a ' character into the username or password field? Well, by putting only a ' into the username field and living the password field blank, the query would become:

SELECT * FROM users WHERE username="' AND password="

This would trigger an error, since the database engine would consider the end of the string at the second ' and then it would trigger a parsing error at the third ' character. Let's now what would happen if we would send this input data:

Username: ' OR 'a'='a

Password: ' OR 'a'='a

The query would become

SELECT * FROM users WHERE username=" OR 'a'='a' AND password=" OR 'a'='a'

Since a is always equal to a, this query will return all the rows from the table users and the server will "think" we supplied him with valid credentials and let as in - the SQL injection was successful :).

Now we are going to see some more advanced techniques.. My example will be based on a PHP and MySQL platform. In my MySQL database I created the following table:

CREATE TABLE users (

username VARCHAR(128),

password VARCHAR(128),

email VARCHAR(128))

There's a single row in that table with data:

username: testuser

password: testing

email: testuser@testing.com

To check the credentials I made the following query in the PHP code:

$query="select username, password from users where username='".$user."' and password='".$pass."'";

The server is also configured to print out errors triggered by MySQL (this is useful for debugging, but should be avoided on a production server).

So, last time I showed you how SQL injection basically works. Now I'll show you how can we make more complex queries and how to use the MySQL error messages to get more information about the database structure.

Lets get started! So, if we put just an ' character in the username field we get an error message like

You have an error in your SQL syntax; check the manual that corresponds to your MySQL server version for the right syntax to use near "" and password="' at line 1

That's because the query became

select username, password from users where username="' and password="

What happens now if we try to put into the username field a string like ' or user='abc ?

The query becomes

select username, password from users where username=" or user='abc ' and password="

And this give us the error message

Unknown column 'user' in 'where clause'

That's fine! Using these error messages we can guess the columns in the table. We can try to put in the username field ' or email=' and since we get no error message, we know that the email column exists in that table. If we know the email address of a user, we can now just try with ' or email='testuser@testing.com in both the username and password fields and our query becomes

select username, password from users where username=" or email='testuser@testing.com' and password=" or email='testuser@testing.com'

which is a valid query and if that email address exists in the table we will successfully login!

You can also use the error messages to guess the table name. Since in SQL you can use the table.column notation, you can try to put in the username field ' or user.test=' and you will see an error message like

Unknown table 'user' in where clause

Fine! Let's try with ' or users.test=' and we have

Unknown column 'users.test' in 'where clause'

so logically there's a table named users :).

Basically, if the server is configured to give out the error messages, you can use them to enumerate the database structure and then you may be able to use these informations in an attack.

Don T Fall For The Latest Internet Identity Theft Scam

(category: Security, Word count: 827)
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Q: I use PayPal to accept credit cards for my online collectibles business. I recently received an email that my PayPal account was going to expire in five days if I didn't click a link in the email and give them my PayPal account information. Being naturally paranoid I decided not to give this information and I'm happy to say that my PayPal account did not expire. Was this a scam?

- Brenda A.

A: Be thankful that your paranoia kicked in, Brenda, because you were about to fall victim to the scam of the week, this one aimed at the 35 million merchants and individuals who use http://Paypal.com as their online payment processor.

The email you received was not from PayPal, but from an Internet bad guy behind a forged email address using the http://PayPal.com domain. You should understand that no reputable online company will ever ask you to provide your account information. Think about it. They already have this information. Why would they ask you to provide it.

Since I use PayPal for several of my online ventures, I, too, received the email in question. The email first seeks to instill fear in you by saying that your PayPal account will be closed if you do not provide personal information. You are then directed to open an attached executable file and enter your PayPal account information and other personal information that PayPal doesn't even require, including your social security number, checking and savings account information, driver's license number, and other personal information that can be used to clean out your PayPal account and perhaps even steal your identity.

If you're not familiar with PayPal, it is a hugely successful, web-based company (purchased by eBay in 2002) that many online retailers and eBay sellers use to accept electronic payments for everything from newsletter subscriptions to consulting services to just about any product for sale on eBay.

The allure of PayPal is that it does not require the seller to have a bank merchant account through which to process credit cards. Anyone with a verifiable email address and bank account can use PayPal and the service can be implemented almost immediately after registering. When someone places an order on a website that uses PayPal for online payments, that customer is directed to http://PayPal.com to complete the payment process using a credit card or electronic check. The merchant can transfer the money collected in his PayPal account to his checking account any time he likes. Since many larger merchants make this transfer just once a week or so, their PayPal accounts are ripe for the picking from those who have the cunning and lack of ethics required to gain access.

The shear number of PayPal customers is one reason it has become a popular target of scam artists trying to steal personal information from individuals and businesses alike. Identify theft is on the rise. Thanks to the Internet stealing someone's identity has never been easier. At any given moment, there are any number of Internet thieves using all manner of high tech wizardry to steal personal and business information from unsuspecting souls, and many times they can gain access to this information simply by asking the person to provide it through fraudulent means.

The PayPal scam is just the latest in a long line of sophisticated attempts to steal personal information through online means, Amazon, eBay, Dell Computer, and many others have been the brunt of many such scams in recent years.

Identity theft is what's known as "a knowledge crime," which means that the criminal doesn't have to break into your house to rob you blind. If you have a bank account and a social security number, you are susceptible to identity theft.

While most people are familiar with identity theft, most business men and women never think about it happening to them, at least on a professional level. Consider this: if a criminal can learn your business checking account number or the number of your company credit card, they can steal far more from your business than if they had simply knocked down the door and carted off your desk.

The Internet aside, most business and personal identity theft is still the result of stolen wallets and dumpster diving. You should guard your business records closely and be very careful what you throw away. Stop and think for a moment what a criminal might find in the dumpster behind your office.

There's a good chance that dumpster has, at various times, contained scraps of paper with your social security number, driver's license number, credit card number, old ATM cards, telephone calling cards, and other pieces of vital business information like bank statements, invoices, and purchase orders. A dumpster-diving thief could literally rob your business blind in a matter of hours.

Here are a few ways to protect yourself from business and personal identity theft.

Missed Packets The Enemy Of Your Aup

(category: Security, Word count: 654)
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When it comes to defending the integrity and reputation of a corporation, one of the primary lines of defense will be your Acceptable Use Protocols (AUP). The diligence and attention you dedicate to your AUP, however, can be completely sidestepped by just one missed packet. So how can you remain vigilant, defend your AUP and enforce it without missing a packet?

Overcoming Human Error

Programs are only as strong as their programming. Whether you employ a software or hardware appliance for your network-filtering device; you will need to update it. There are virtually thousands of sites created weekly. Many of those sites are just one step ahead of the law and when you consider the measures they are willing to undertake, it is not inconceivable that they may be one step ahead of your filter.

The temptation to handle personal business while at work can be too great for some employees. Communication, for example, with relatives and friends while at work via Instant Messages or email are part of the corporate record just as any other business communication transaction that takes place. Employees may not be aware of the impact of their actions, but the responsible corporation should be.

Since it is possible for just a single typo to send an employee to a website of questionable intent, you have to compensate for human error. While the majority of your employees will abide by the AUP, making a typo is not about intent. If your filtering appliance is not capable of verifying the requested web site against an object list of questionable or acceptable sites - then your employee may find themselves staring at a site filled with pornography or worse, coping with an automatic download that implants questionable material or viruses onto your network.

Clogged Arteries of Communication

Software-based filters may have to run several checks and re-checks when they receive a website request. The checking and rechecking consumes valuable bandwidth and, depending on the number of employees trying to use the network at the same time, packets can get dropped or missed when the network arteries become clogged.

Unfortunately, the very nature of software checking requires the use of excessive bandwidth. If the network lines become too clogged, you may be faced with a network outage or failure. The latency caused by software operations is bad enough; however, the software failure can leave even more packets missed or skipped. Employees could find themselves staring at sites that violate their company's AUP.

To deal with these complications, a self-contained hardware-based filter can help your network avoid missed packets and maintain optimum throughput time. In particular, an Interent filtering appliance that employs Kernel-Level Filtering can give you the speed of pass by and the accuracy of pass through technologies. Such a system would have its own hardened and optimized OS so that latency and missed packets aren't a problem with which you must contend.

Hardware is Hardwired

A true hardware solution is far more accurate than software solutions that rely on heuristic-based filtering to do the job. First of all, a true hardware appliance is not limited by bandwidth. Requests are sent directly to the hardware device and filtering and reporting are all on-box.

Because all the action takes place on the hardware device, the end user is not limited by network capacity nor are they clogging the network up with repeated checks and cross checks.

Hardware filtering devices can also be updated daily and customized to a corporation's specific AUP standards. The daily updates allow corporations to compensate for the hundreds of new sites created daily that can't be as readily updated with software-based applications. Another important distinction would be to have critical security sites updated hourly. This would ensure maximum protection for your organization. A hardware-filtering device is the best defense for your AUP against objectionable content, IM, P2P and spyware.

Secure E Mail With Google Gmail

(category: Security, Word count: 328)
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This is something I've set up myself, recently, to send mail through Gmail without having the unencrypted e-mail stored on their servers.To achieve this, you'll need a Google GMail account, PGP or GnuPG, Mozilla Thunderbird, and the Enigmail extension.

First, set your Gmail account to allow POP3 access. This can be set in your mail settings within the web interface. The Gmail system will tell you the settings you need to make in Thunderbird in order to use this.

Next, get Thunderbird and the Enigmail extension, and install both, along with PGP or GnuPG. Then, enter your account settings into Thunderbird, as per the Google page.

You'll need to create a PGP key associated with your e-mail address. In PGP, do this using the GUI interface. With GnuPG, type gpg -gen-key and follow the instructions. You can set the key type, key size (Go with at least 2048 bits. Many people use 4096) and the expiry date. Some people set their keys never to expire, I like a key duration of 6 months, so that I end up recreating keys twice a year, but at least if someone breaks or otherwise acquires my key during that time, they won't have long to do it, nor to use it, before it gets changed again!

Finally, associate the keypair with your e-mail address, in the Enigmail settings within Thunderbird, and ensure that e-mail defaults to signed and encrypted. Collect public keys from those people with whom you wish to correspond privately, and add those to your PGP or GnuPG keyring. Enigmail will then encrypt e-mail sent to those people, and decrypt e-mail sent from them to you. Mail to a recipient whose key you do not have will not be encrypted, unless GnuPG / PGP can find a key for them on the public keyservers.

Secure e-mail prevents others reading private communications and the signing process authenticates the e-mail message as being from you.

6 Tips To Secure Your Website

(category: Security, Word count: 1295)
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Most people on the internet are good, honest people. However, there are some people browsing the internet who derive fun from poking around websites and finding security holes. A few simple tips can help you secure your website in the basic ways. Now, obviously, the subject of data security is a complicated one and way beyond the scope of this column. However, I will address the very basics one should do which will alleviate many potential problems that might allow people to see things they shouldn't.

Password Protecting Directories

If you have a directory on your server which should remain private, do not depend on people to not guess the name of the directory. It is better to password protect the folder at the server level. Over 50% of websites out there are powered by Apache server, so let's look at how to password protect a directory on Apache.

Apache takes configuration commands via a file called .htaccess which sits in the directory. The commands in .htaccess have effect on that folder and any sub-folder, unless a particular sub-folder has its own .htaccess file within. To password protect a folder, Apache also uses a file called .htpasswd . This file contains the names and passwords of users granted access. The password is encrypted, so you must use the htpasswd program to create the passwords. To access it, go to the command line of your server and type htpasswd. If you receive a "command not found" error then you need to contact your system admin. Also, bear in mind that many web hosts provide web-based ways to secure a directory, so they may have things set up for you to do it that way rather than on your own. Barring this, let's continue.

Type "htpasswd -c .htpasswd myusername" where "myusername" is the username you want. You will then be asked for a password. Confirm it and the file will be created. You can double check this via FTP. Also, if the file is inside your web folder, you should move it so that it is not accessible to the public. Now, open or create your .htaccess file. Inside, include the following:

AuthUserFile /home/www/passwd/.htpasswd

AuthGroupFile /dev/null

AuthName "Secure Folder"

AuthType Basic

require valid-user

On the first line, adjust the directory path to wherever your .htpasswd file is. Once this is set up, you will get a popup dialog when visiting that folder on your website. You will be required to log in to view it.

Turn Off Directory Listings

By default, any directory on your website which does not have a recognized homepage file (index.htm, index.php, default.htm, etc.) is going to instead display a listing of all the files in that folder. You might not want people to see everything you have on there. The simplest way to protect against this is to simply create a blank file, name it index.htm and then upload it to that folder. Your second option is to, again, use the .htaccess file to disable directory listing. To do so, just include the line "Options -Indexes" in the file. Now, users will get a 403 error rather than a list of files.

Remove Install Files

If you install software and scripts to your website, many times they come with installation and/or upgrade scripts. Leaving these on your server opens up a huge security problem because if somebody else is familiar with that software, they can find and run your install/upgrade scripts and thus reset your entire database, config files, etc. A well written software package will warn you to remove these items before allowing you to use the software. However, make sure this has been done. Just delete the files from your server.

Keep Up with Security Updates

Those who run software packages on their website need to keep in touch with updates and security alerts relating to that software. Not doing so can leave you wide open to hackers. In fact, many times a glaring security hole is discovered and reported and there is a lag before the creator of the software can release a patch for it. Anybody so inclined can find your site running the software and exploit the vulnerability if you do not upgrade. I myself have been burned by this a few times, having whole forums get destroyed and having to restore from backup. It happens.

Reduce Your Error Reporting Level

Speaking mainly for PHP here because that's what I work in, errors and warnings generated by PHP are, by default, printed with full information to your browser. The problem is that these errors usually contain full directory paths to the scripts in question. It gives away too much information. To alleviate this, reduce the error reporting level of PHP. You can do this in two ways. One is to adjust your php.ini file. This is the main configuration for PHP on your server. Look for the error_reporting and display_errors directives. However, if you do not have access to this file (many on shared hosting do not), you can also reduce the error reporting level using the error_reporting() function of PHP. Include this in a global file of your scripts that way it will work across the board.

Secure Your Forms

Forms open up a wide hole to your server for hackers if you do not properly code them. Since these forms are usually submitted to some script on your server, sometimes with access to your database, a form which does not provide some protection can offer a hacker direct access to all kinds of things. Keep in mind...just because you have an address field and it says "Address" in front of it does not mean you can trust people to enter their address in that field. Imagine your form is not properly coded and the script it submits to is not either. What's to stop a hacker from entering an SQL query or scripting code into that address field? With that in mind, here are a few things to do and look for:

Use MaxLength. Input fields in form can use the maxlength attribute in the HTML to limit the length of input on forms. Use this to keep people from entering WAY too much data. This will stop most people. A hacker can bypass it, so you must protect against information overrun at the script level as well.

Hide Emails If using a form-to-mail script, do not include the email address into the form itself. It defeats the point and spam spiders can still find your email address.

Use Form Validation. I won't get into a lesson on programming here, but any script which a form submits to should validate the input received. Ensure that the fields received are the fields expected. Check that the incoming data is of reasonable and expected length and of the proper format (in the case of emails, phones, zips, etc.).

Avoid SQL Injection. A full lesson on SQL injection can be reserved for another article, however the basics is that form input is allowed to be inserted directly into an SQL query without validation and, thus, giving a hacker the ability to execute SQL queries via your web form. To avoid this, always check the data type of incoming data (numbers, strings, etc.), run adequate form validation per above, and write queries in such a way that a hacker cannot insert anything into the form which would make the query do something other than you intend.

Website security is a rather involved subject and it get a LOT more technical than this. However, I have given you a basic primer on some of the easier things you can do on your website to alleviate the majority of threats to your website.

Listening Devices Aid Plumbers Wild Life Lovers

(category: Security, Word count: 288)
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There are all types of listening devices available on the market today. The can be as large as a twenty inch parabolic dish, as small as a wristwatch, or even as small as a matchstick lapel microphone.

Listening devices have many more uses than just surveillance work, too. Listening devices such as the Bionic Ear have been used for magnifying animal sounds for personal safety, recording bird calls for nature photography, and were even used during Desert Storm. You can even use listening devices with your recorder to make fantastic recordings as gifts.

Some listening devices can be added onto a camera or DVR system. Other devices can accurately pick up sound from as far as three hundred yards. Listening devices can increase sound up to thirty decibels and record with concert-hall quality sound. There are other listening devices called concrete microphones or electro-acoustic receivers that can pick up minute vibrations like those given off by a bomb, and professional plumbers can even use them to locate leaky pipes in the foundation of homes. Naturally, they can also be used to identify voice leakage and their sources in a room, as well. They can detect vibrations in virtually any solid surface whether it's steel, glass, concrete or wood.

One of the best uses for listening devices is to amplify sound for the hearing impaired. These listening devices can pick up sound from as far away as one hundred yards, and they are small enough to fit into a woman's purse or a man's shirt pocket. One of the best features about these listening devices is that they minimize feedback and scratchiness and weigh as little as three ounces.

Hacker Steals Secret Government Plans Protect Your Information Or Pay The Price

(category: Security, Word count: 338)
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There are two main types of information where access needs to be managed;

1) Company Information

2) Private Individual Information

Companies limit access to certain information on their computer network as a matter of routine. Not everyone will be able to access last month's sales figures or know the detailed plans for next year. Everyone accepts this as reasonable and protection against speculation in the company's shares.

Management of sensitive information of this type is can be achieved by firewalls and password protection within a company's computer network. Access to the information can also be at various levels, eg read only or editing rights.

Backing up data on a daily basis is an essential part of a company's disaster recovery plan. Very sensitive information may not be stored on a network connected computer. Hackers are a security threat that most IT network managers are very aware of.

Every company and government body also gathers information on us. That might be as simple as a database of phone numbers and addresses, or it could include your Social Security number and driving licence details. There are laws in place to limit how that information is accessed and used.

Government agencies and large companies usually comply fully with all state and federal legislation regarding Information management. They have personnel who are exclusively responsible for managing the information databases.

Small businesses may be less vigilant in their compliance, not through a lack of willingness, but through a lack of knowledge or management time. When there is effectively one person making all planning and management decisions in a company, a policy for information management is not always high on the agenda.

You have the right to see the information that any company or organization holds on you and to have it corrected if inaccuracies exist. You should also ask what the company uses the information for, whether it is for marketing purposes or whether the information is shared with other companies

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