How We Can Create A Secure Server

1. Secure Your Server:
A secure server is a web hosting server that uses multiple security measures to protect sensitive data and ensure safe communication between users and websites. These servers use protocols like HTTPS, firewalls, and encryption to block unauthorized access, malware, and data breaches. In today's digital landscape, anyone can become a target for cyberattacks, and threats like malware, phishing, and server vulnerabilities are common—especially for businesses that store confidential or customer-related data online. Poor password practices, outdated software, missing antivirus protection, or open ports can make servers easy targets for attackers. That's why it’s critical to build a strong security strategy to prevent web server compromise. Understanding key risks like Denial of Service (DoS) attacks, Code Injection, and Cross-Site Scripting (XSS) is essential. These threats can disrupt services, steal sensitive information, or deface websites—ultimately damaging your brand and trust. To secure your server effectively, follow a web server security checklist: use strong and updated passwords, install SSL certificates, configure firewalls, disable unused services and ports, monitor server activity regularly, and keep software up to date. By applying these security best practices, businesses can minimize vulnerabilities, maintain server integrity, and ensure customer data remains safe.

2. Think about Linux as an Operating System for Your Web Server:

Getting started with a new operating platform can involve a steep learning curve, which is why many companies—depending on their size and resources—require either in-house experts or external support to manage Windows effectively. While Windows remains a widely used operating system, Apache powers the majority of web servers worldwide. Being open-source, Apache allows users to access and modify its core code, enabling faster updates and security fixes. Switching to a Linux-based system can further expand your web server capabilities, offering flexibility, stability, and greater control for server management.

3. Secure File Transfer Protocol:
To safely transfer files to and from a server without the risk of hackers intercepting or stealing data, it's important to use File Transfer Protocol Secure (FTPS). FTPS encrypts both the data files and your login credentials, providing secure communication. It operates through a command channel and a data channel, both of which can be encrypted for added protection. However, FTPS only secures files during the transfer process; once the data reaches the server, it is no longer encrypted. Therefore, for enhanced security, it’s recommended to encrypt files before sending them via FTPS.

4. Confine Access to Servers and Directories:
By restricting server and directory access to only those who truly need it, you minimize risks and reduce potential damage. Taking extra measures to prevent mismanagement or unauthorized third-party access at the physical level also helps avoid issues. For example, Everdata limits physical access to its data centers strictly to authorized staff, reducing the chances of errors or service disruptions. Similarly, file and directory permissions should be carefully managed so that only administrators with the proper clearance have more than read-only access, ensuring greater security and control.

5. Pick Dedicated Servers for Top Protection:

Even with a limited budget, dedicated servers offer a strong level of data security. They not only protect sensitive information and ensure high server performance but also provide key benefits like physical security and full customization based on your configuration needs. Everdata's Dedicated Servers can be easily secured with locked enclosures and come with options such as hardware firewalls, regular backups, and protection against DDoS attacks, making them a reliable choice for businesses seeking enhanced control and safety.

6. Monitor Login Attempts:

Whether you're running a VPS server or a dedicated machine, intrusion prevention software is essential to block brute-force login attempts. If the number of failed attempts exceeds a predefined limit, it automatically blocks the attacking IP address either temporarily or permanently, helping to safeguard your system from unauthorized access.

7. Set up Password Requirements:
The key to strong server security is enforcing strict password policies that all users must follow. Avoid allowing empty or default passwords, and require a minimum password length with complexity rules. Implement account lockout policies after repeated failed attempts and avoid storing passwords with reversible encryption. Enable session timeouts for inactivity and enforce two-factor authentication for added protection. Additionally, setting password expiration dates—ranging from a few weeks to several months based on the required security level—helps ensure regular updates and reduces the risk of compromised credentials.

8. Conceal Server Information:
The key to strong server security is enforcing strict password policies that all users must follow. Avoid allowing empty or default passwords, and require a minimum password length with complexity rules. Implement account lockout policies after repeated failed attempts and avoid storing passwords with reversible encryption. Enable session timeouts for inactivity and enforce two-factor authentication for added protection. Additionally, setting password expiration dates—ranging from a few weeks to several months based on the required security level—helps ensure regular updates and reduces the risk of compromised credentials.

9. Use Intrusion Detection Systems:

To detect any unauthorized exercises, use an intrusion detection system (IDS), which monitors processes running on your server. You might set it to check everyday operations, run periodical automated scans, or choose to run the IDS physically.

10. File and Service Auditing:
File auditing is an effective way to detect unwanted changes in your system by comparing its current state with a known good version, allowing you to identify inconsistencies and trace their origins. Alongside this, service auditing helps examine which services are running on the server, the protocols they use, and the ports they communicate through. Monitoring these details helps map out potential attack surfaces, enhancing overall server security and control.

11. Back-Up Your Server:
Albeit the recently referenced advances are designed to secure your server data, it is urgent to have a backup of the system on the off chance that something turns out badly. Store encrypted backups of your basic data offsite or use a cloud arrangement. Regardless of whether you have automated backup occupations or do them physically, make a point to make a daily schedule of this careful step. Additionally, you should test backups, doing thorough backup testing. This ought to incorporate administrators or even end-users checking that data recovery is cognizant.