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5 Website Security Threats and How to Counter Them

5 Website Security Threats and How to Counter Them

5 Website Security Threats and How to Counter Them

According to a study by the Ponemon Institute, the average cost of a data breach was globally pegged at $3.92 million. This cost was a 1.5% rise from the previous year’s study. The average cost of a breach in the U.S.A is $.8.19 million, the most expensive and two times higher than the world’s average.

Most people tend to assume that only large organizations are targets. Any data is valuable to a hacker, so no matter how small you think you are, protect your data. Securing your website and ensuring your website users are safe should be your top priority. Here are several website threats that you should be aware of before you set out to secure your website.

Cross-Site Scripting

Cross-site scripting is also known as XSS, and it is a type of vulnerability in web security. XXS allows a hacker to inject malicious code into a trusted website. The hacker sends malicious code, usually disguised as a browser side script to an unsuspecting end user. These attacks are prevalent where a web application includes the user’s input without encoding or validation. The user’s browser will usually have no way of knowing that the script is malicious and proceeds to execute it. The browser is also under the illusion the script is genuine, so the malicious script gains access to sensitive data. This malicious code can rewrite the HTML page content.

Structured Query Language Injection

Structured query language (SQL) is a language that accesses and manipulates a database so that it can build a customized data view for every user. SQL executes commands such as record deleting and data retrieval.

An SQL injection is a type of attack that allows an attacker to intercept queries made to an application’s database. The attacker can view sensitive data not meant for everyone to see, including other users’ data such as credit card information or passwords.

In most cases, an attacker can modify or even delete the data, such as company client lists. These actions of editing or deleting data can cause persistent change to the application’s behavior or content. An attacker can also inject SQL into a back-end server or perform a DDoS (Denial of Service Attack).

Cross-Site Request Forgery (CSRF)

Cross-site forgery (CSRF) is a form of attack that forces the user to execute actions on a web application. CSRF attacks send requests, which appear legitimate but are malicious. Using social engineering such as a link via chat or email, hackers can trick the user into executing any action they want. A successful CSRF attack can trick a user into performing requests such as funds transfer or email address change. If the user is an administrator account, the attacker can quickly take over the website.

Denial of Service

Denial of service or DoS is an attack where hackers prevent users from gaining access to assistance. The attacker typically sends messages to a server, asking it to authenticate requests with no valid return address. This, in turn, overwhelms the server, which when not able to find the return address, is forced to wait, then closes the connection. The attacker keeps on sending such messages, and the process repeats, keeping the server busy and denying the legitimate website users service from the application.

Clickjacking

Clickjacking is also called a user interface attack. The attack involves the attackers hiding malware in a legitimate website control. This consists of the injection of malicious code into the site source code. A clickjacking may trick a user into changing status on Instagram or Facebook, or transfer funds.

In clickjacking, the control is attached to a code that triggers actions that are not on the user interface. For example, in malicious pop-ups, the user may assume the close button closes the pop-up. In reality, the malicious code is attached to this button, giving the attacker an opening for malware injection the minute the user clicks on the close button.

Protecting Yourself from Attacks

How to Protect Yourself?

How to Protect Yourself?

Protecting yourself from web application attacks is very crucial in data protection. You can improve security by doing several things:

Use HTTPS

HTTPS means Hypertext Transfer Protocol Secure. Its work is the provision of secure authentication of your website and server. It acts as a block to phishing, man-in-the-middle attacks or DNS manipulation, which proves to the user your site is legit.

HTTPS depends on encryption that utilizes private and public cryptographic keys to hide all data shared between the users’ device and your website. HTTP ensures all information received by the user’s device and the site is not altered.

There has been a comparison of HTTPS vs. VPN in terms of security. The website owner sets the HTTPS, with the end-user having no control. HTTPS authenticates the website and its server, which protect against any attacks. It encrypts communications between the user and the server, ensuring third parties cannot intercept communication between website and user.

A VPN is typically set up by the end-user. It provides a secure tunnel between their devices and the internet and allows the user to browse anonymously. HTTPS and VPN are both critical in their own right and work well together. HTTPS encrypts data but does not provide privacy or bypass censorship like a VPN. HTTPS works well for encryption, while HTTPS is excellent for privacy.

Web Application Firewalls

Web application firewall, also known as WAF helps to guard a web application against malicious traffic. WAF places a filter between the server and the hacker. WAF protects against attacks such as SQL injection, cross-site forgery and cross-site scripting.

Mitigation of DDoS

The use of DDoS or distributed-denial-of-service is a standard method of web application attack. DDoS mitigation is the process of protecting a server from a DDoS attack by using specialized software and hardware.

Web Application Security Scanner

The web application security scanner is an automated tool that scans applications for logical flaws, malware and vulnerabilities. Web application security scanners make use of black-box tests, which require no source code access. They set in motion-simulated attacks that test for security lapses and detect command injection and XSS (cross-site scripting)

Hardening Web Applications

Hardening web application is a process of making an application challenging to tamper with or reverse engineer. Used together with secure coding, web application hardening protects your applications IP. It prevents the IP from being misused or repackaged.

Session Management

Session management includes securing several requests to a server from one user. A session is started by user authentication using various factors, e.g. passwords.

The key parts of session management include:

  • A session: allows the storage of all data received from all the user requests.
  • Session ID: Users prove they own a session by keying in some form of authentication with every request. A session ID is typically lengthy and random so that it is hard to guess.
  • Cookies: In a web browser, session ids are stored in safe cookies. Cookies are tiny information chunks sent from the server in response to the user’s query.
  • Session expiry: sessions are temporary and are extended with every new request. The session has a maximum age or time, which is non-extendable.

Sessions are managed by:

  • Using ‘Httponly ‘cookie flags for cookie protection. Avoid any application code that can manipulate a session’s cookies.
  • Having a session expiry time when session is idle for a set period, which limits any chances an attacker has to hijack the session Id or inject malware.
  • Having strong, random passwords with a combination of alphabetic, non-alphanumeric or numeric characters. Users should be denied the reuse of any previous passwords.

Conclusion

Web application security threats are a reality we have to live with. Securing your data and that of your users should be your top priority. Hackers are getting more sophisticated in their hacking styles. Knowing their methods of attack makes it easier to be able to mitigate the attack attempts.


Author’s Bio: Brad Smith is a technology expert at TurnOnVPN, a non-profit promoting a safe, secure, and censor-free internet. He writes about his dream for free internet and unravels the horror behind big techs. #TurnOnVPN is a non-profit organization focusing on a free and unimpeded internet for all. We take part in numerous online events, aimed at promoting a safe, secure, and censor-free Internet. Learn more at www.turnonvpn.org/blog/.

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