15 Best Practices to Protect Your Website From Malware & Cyber-Hacking

As hackers grow faster, more numerous, and more effective, many companies are struggling to protect their websites from cyber-threats. The statistics don’t lie:

• Over new malicious files are detected every day
• There were known attacks on computers in 2017
• Damage to businesses by cyber crime is expected to reach trillion by 2021
• Global spending on cyber security will likely exceed trillion between 2017 and 2021

These staggering numbers clearly demonstrate why organizations must make website security a critical priority. Various types of cyber-attacks and malicious programs exist. It’s bitcoin mixer crucial that every IT department understand the following risks: viruses and worms, Trojan programs, suspicious packers, malicious tools, adware, malware, ransomware, denial of service, phishing, cross-site scripting (SQL injection), brute force password attack, and session hijacking. When these cyber breach attempts are successful (which is often), the following can occur:

• Website defacement – unwanted content placed on your website
• Websites are taken offline (your site goes down)
• Data is stolen from websites, databases, financial systems, etc.
• Data is encrypted and held for ransom (ransomware attack)
• Server misuse – relay webmail spam, to serve illegal files
• Server misuse – part of a distributed denial of service attack
• Servers misappropriated to mine for Bitcoin, etc.

While some attacks present only minor threats like a slow website, many attacks result in severe repercussions such as major theft of confidential data or indefinite website failure due to ransomware. With that in mind, here are 15 best practices your IT department should be leveraging to protect your organization from malware and cyber-hacking.

1. Keep your software updated.

It’s crucial that you keep your operating system, general applications, anti-malware and website security programs updated with the latest patches and definitions. If your website is hosted by a third-party, make sure your host is reputable and keeps their software up-to-date as well.

2. Protect against cross-site scripting (XSS) attacks.

Hackers can steal credentials and login cookies from users when they opt-in or register by introducing malicious JavaScript into your coding. Install firewalls and protections against injections of active JavaScript into your pages.

3. Protect against SQL attacks.

In order to defend against hackers that inject rogue code into your site, you must always use parameterized queries and avoid standard Transact SQL.

4. Double validation of data.

Protect your subscribers by requiring both browser and server-side validation. A double validation process will help block insertion of malicious scripts through form fields that accept data.

5. Don’t allow file uploads on your website.

Some businesses require users to upload files or images to their server. This presents significant security risks as hackers can upload malicious content that will compromise your website. Remove executable permissions for files and find another way for users to share information and images.

6. Maintain a robust firewall.

Use a robust firewall and restrict outside access only to ports 80 and 443.

7. Maintain a separate database server.

Keep separate servers for your data and webservers to better protect your digital assets.

8. Implement a Secure Sockets Layer (SSL) protocol.

Always purchase an SSL certificate that will maintain a trusted environment. SSL certificates create a foundation of trust by establishing a secure and encrypted connection for your website. This will protect your site from fraudulent servers.

9. Establish a password policy.

Implement rigorous password policies and ensure they are followed. Educate all users on the importance of strong passwords. In essence, require that all passwords meet these standards:

• Length is at least 8 characters
• At least one capital letter, one numeral and one special character
• Do not use words that can be found in the dictionary
• The longer the password, the stronger the website security.


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