Hacking Attacks

The Internet has become an integral part of our daily lives, and not just for entertainment. At work Internet applications are used to communicate, collect data, research, sell products, and handle just about every other business process from hiring to customer relationship management.

Featured Blog Posts

What is Cross-Site Scripting (XSS)?

Cross site scripting, or XSS, constantly holds the number one spot as the most common ... read more ...

The Most Vulnerable Programming Languages

Normally, studies of Web application security involves which type of vulnerability is most common or ... read more ...

The Small Webmaster's Guide to a Hacked Website

As the owner of a small web site, having your site fall victim to an ... read more ...

How Hacking Attacks Work

Given the amount of sensitive and financial information that is transmitted over the Internet every hour, it would be an obvious choice for cyber criminals to conduct their illegal activities. Yet in addition to the amount of traffic, the proliferation of insecure web applications makes web based hacking attacks even more attractive, and even more profitable.

Breaking into computer systems for malicious intent is nothing new. Since the early eighties skilled computer enthusiasts, or hackers, have used their knowledge to break into systems with no redeeming intent. However with the advent of web based applications, the sophistication of hacking attacks has dramatically increased while the amount of skill required to carry out these attacks has proportionately lessened.

Malicious hackers nowadays can make use of a number of tools that help them automate their attack. Using scanning tools the attacker is able to perform the first step of their attack, enumeration. In this phase information is gathered regarding the intended target. With specific tools, the attacker can scan multiple computers, routers, servers, and web sites at once looking for specific information that will help them easily attack the machine. Add to this the ability for the attacker to conduct the enumeration process with an army of zombie computers and the number of vulnerable systems that they can identify rises exponentially depending upon the size of the botnet they control.

Once the targets have been identified the attacker continues to analyze the targets looking for known vulnerabilities. Depending on what the overall goal of the attacker is, they could be searching for any number, or combination, of vulnerabilities in which to exploit. These can include, but are not limited to:

Once the vulnerabilities are identified, the attacker can move into the last stage of their attack, exploiting the computers.

Using the information found in the vulnerability analysis, the attacker then attempts to exploit the target computers. Again, this process can be automated like the others, and when launched from a large botnet army the attacker can exploit thousands of victims with minimal effort on their part.

Effects of Hacking Attacks

Hacking attacks can have detrimental effects on the victim. These effects vary according to the type of attack the hacker launched and what the target of their attack is. Unfortunately for many Web Sites, there are multiple ways to exploit them.

The Need to Protect Against Hacking Attacks

When a web site or network is attacked, the blame falls on the owner. It is their responsibility to ensure that any service or application that they are running is protected against the vulnerabilities that can be used to exploit their property, and that includes their web site.

To protect customers and employees from having their financial or private information from being stolen, both industry and governments have implemented regulations with the intent of securing against common hacking attacks. To combat credit card fraud, the Payment Card Industry created the Data Security Standard that requires merchants who process credit cards to take specific measures that help protect against hacking attacks. The European Union, United Kingdom, United States, and Canada are among the governments that have also instituted privacy acts meant to regulate how businesses protect their customer and employee data from malicious hackers.

In addition to the fees and legal ramifications that can come as a result of failing to comply with the different regulations, hacking attacks can also damage a company’s reputation to the point that they lose customers and revenue. A company who is in the news because they have been hacked is sure to lose the trust of even their most loyal customers. The same happens with web sites that are identified as containing spam or malicious scripts. Once this is known, most visitors will stay away. And if losing traffic wasn’t bad enough, but once the search engines have identified as site as malicious their placement in the search engine falls dramatically rendering any Search Engine Optimization work essentially useless until the problem is corrected.

How Does dotDefender Helps to Protect Against Hacking Attacks?

IBM’s X-Force Trend report stated that, “Web applications remain the Achilles heel for the security industry”. With over 80% of all web sites having contained at least one vulnerability, web application security needs to be addressed by any company with a web presence as protecting web applications not only helps to protect your web site from attack, but also can protect your web servers and any other network resources that access them.

dotDefender enables companies to address challenges facing their web site in a straightforward and cost-effective manner by utilizing a Security as a Service solution. dotDefender offers comprehensive protection against the vulnerabilities that hacking attacks use against your web site every day.

The reasons dotDefender offers such a comprehensive solution to your web application security needs are:

Architected as plug & play software providing optimal out-of-the-box protection, dotDefender creates a security layer in front of the application to detect and protect against application-level attacks in incoming web traffic that could be used to compromise the web server, steal sensitive information, or disrupt web services.