Category: Security

Are you tired of brute-force attacks hammering your server? Worried about automated robots crippling your website or application? You’re not alone.

Millions of servers face relentless attacks daily, but there’s a powerful, free tool that can significantly improve your security: Fail2Ban.

This comprehensive guide will explore everything you need to know about Fail2Ban, from its basic functionality and installation (on Ubuntu) to more advanced features such as whitelisting IP addresses, as well as its applications for securing various services.

But first, let’s explore Fail2Ban and how it works with iptables to banish malicious IPs!

What is Fail2Ban?

Fail2Ban is an intrusion prevention system that can block attackers from accessing your server. It can be thought of as an automated bouncer that watches your server’s log files for suspicious activity and kicks out bad actors before they can cause trouble.

It constantly scans your server’s logs, looking for anyone repeatedly trying to guess passwords or force their way in. While it started as a simple SSH protector, Fail2Ban can be configured to monitor almost everything on your server – from your website traffic to email services and file transfer systems.

Suggested read: How To Use Fail2Ban With WordPress And Cloudflare Proxy

Benefits of Using Fail2Ban

Using Fail2Ban brings real, practical benefits to your server security as it stops automated attacks by blocking suspicious IP addresses before they can break in. This means your server isn’t wasting time and power dealing with these attacks, freeing up resources to serve other customers and keeping your server fast and responsive for real users.

System administrators love that Fail2Ban keeps detailed records of who tried to break in and when. These records help administrators spot patterns in attack attempts. The best part? You can easily tweak its rules to match your specific needs – whether you want to be super strict or a bit more lenient with login attempts. This flexibility makes Fail2Ban very useful in a number of different applications.

Suggested read: 10 Security Tips to Secure VPS Server in 2024? [Ultimate Guide]

How Does Fail2Ban Work?

Fail2Ban does its job through a clever but simple process. It reads your server’s log files in real time and scans for things like failed login attempts or suspicious requests. When it spots someone trying to log in with the wrong password too many times, it automatically blocks their IP address using your server’s firewall.

This blocking system works through what technicians call “jails” – separate security rules for different services on your server. Each jail acts like a security checkpoint, with its own set of rules about what’s suspicious, how many strikes before you’re blocked, and how long the timeout should last. You can set up these jails differently for each service according to your requirements.

Suggested read: 3 Ways to Fix Too Many Authentication Failures SSH Root? [SOLVED]

How to Set Up & Install Fail2Ban on Linux Ubuntu

In this section, we will explain how to set up and install Fail2Ban on your Ubuntu server.

Note: If you’re using RunCloud, you’re in luck! Fail2Ban comes pre-installed with all RunCloud servers, so you can skip the installation steps and jump straight to configuration.

Installing Fail2Ban

Installing Fail2Ban is as simple as it could be. First, you need to connect to your server’s terminal via SSH and update your package list by executing the following command

sudo apt update

Next, you can execute the following command to install Fail2Ban using Ubuntu’s package manager:

sudo apt install fail2ban -y

This command will install the necessary packages required for Fail2Ban. Once installation is finished, you can check if it is up and running by executing the following command:

sudo systemctl status fail2ban

Setting Up the Configuration Files

After installing the Fail2Ban system, you can create a local configuration file to store your custom settings. Execute the following command to create a local configuration:

sudo cp /etc/fail2ban/jail.conf /etc/fail2ban/jail.local

Next, you need to open the local configuration file with your favorite text editor. If this is your first time using a command-line editor, we recommend reading our blog post on editing files on remote servers with SSH and Nano.

sudo nano /etc/fail2ban/jail.local

Basic Configuration Settings

Once you open the configuration file, scroll down until you find the [DEFAULT] section and adjust these common settings:

bantime = 10m        # how long to ban an IP
findtime = 10m       # time window to look for attempts
maxretry = 5         # number of attempts before ban

The names of each setting in the configuration file are pretty self-explanatory, but if you need additional help, you can refer to Fail2Ban’s official documentation.

Suggested read: PHP Security – Best Practices To Secure Your Web App in 2024

Check Active Jails & Banned IPs

You can easily see all active jails and banned IPs on your server by executing the following command in your terminal:

sudo fail2ban-client status

Note: If you’re using RunCloud, you can see the list of banned IP addresses by navigating to the Security > Fail2Ban tab in your server settings.

Suggested read: 11 Alternatives To reCAPTCHA to Protect Your Site from Spam

Managing Banned IPs

You can view all banned IPs in a specific jail (such as SSH) by executing the following command:

sudo fail2ban-client status sshd

In the above example, we can see there is no banned IP on the sshd jail list. If you want to check a different jail, you can replace sshd with the name of that jail.

Suggested read: PHP Security – Best Practices To Secure Your Web App in 2024

Monitoring Fail2Ban Logs

Fail2Ban logs provide a real-time window into your server’s security by showing you exactly who’s trying to break in, when they attempted it, and whether they were successfully blocked. You can see these logs by either checking /var/log/fail2ban.log, or you can execute the following command to see the Fail2Ban logs in real time:

sudo tail -f /var/log/fail2ban.log

Suggested read: Best Practices to Secure a Docker Container

How to Configure Fail2Ban

Let’s see how to configure your Fail2Ban server to add and remove jails.

Pro Tip: If you’re using RunCloud, most of these configurations come pre-set with sensible defaults. RunCloud also provides an easy-to-use interface for monitoring banned IPs and managing your security settings without touching the command line.

Configuring SSH Protection

You can modify SSH jail settings in Fail2Ban to protect your server against brute-force attacks. This method monitors failed login attempts and automatically bans suspicious IPs that exceed the allowed retry limit.

RunCloud users don’t need to worry about manually configuring SSH protection as it comes pre-configured with optimal security settings. However, if you want to configure it manually, then you can modify the following parameters in your configuration file as per your requirement:

[sshd]
enabled = true
port = ssh
filter = sshd
logpath = /var/log/auth.log
maxretry = 3
bantime = 24h

Suggested read: DKIM – What Is It & Why Your Emails Need It

Setting Up Multiple IP Ignoring

If you work in an organization, you may have a fixed set of IP addresses for different computers. You can whitelist multiple IP addresses for each of your devices – like your home office, development team, or content managers – to ensure that you never accidentally get banned from accessing your server.

You can execute the following command to add trusted IP addresses or CIDR blocks, but make sure to replace the provided IP address with your IP address:

# Under [DEFAULT]
ignoreip = 127.0.0.1/8 23.45.67.89 your.home.ip.here

Tip: Want to enhance your WordPress security while using Cloudflare? Check out our detailed guide on “How To Use Fail2Ban With WordPress And Cloudflare Proxy” to learn how to configure Fail2Ban correctly when your website is behind Cloudflare’s proxy. This guide specifically explains how to ensure Fail2Ban correctly identifies potential attackers’ real IP addresses instead of Cloudflare’s IPs.

Removing Banned IPs in Fail2Ban

If you accidentally fail too many login attempts, then you will need to wait for the cooldown period to be over before you can try to log in again. Or, if you are in a hurry, you can execute the following command to remove the provided IP address from the ban list:

sudo fail2ban-client set sshd unbanip 123.123.123.123

While you could use Fail2Ban commands directly, RunCloud makes this much easier through its intuitive dashboard. Just navigate to the ‘Security’ section, find the banned IP, and click to unban it – no command line is needed!

Read our post titled “How to Unban IP Address in Fail2Ban” to get step-by-step instructions.

Enable Recidive Jail

Recidive jail is like a “super ban” feature in Fail2Ban that tracks repeat offenders who continue to attack your server even after their initial ban expires. When an IP address gets banned multiple times within a specific timeframe, the recidive jail kicks in and implements a much longer ban duration (usually a week or more) to provide stronger protection against persistent attackers.

Think of it as Fail2Ban’s way of saying, “You’ve been warned multiple times, now you’re really not welcome here.”

It’s particularly effective against automated bots and aggressive attackers who might otherwise wait out shorter ban periods and resume their attacks.

You can enable it by adding the following code snippet to your configuration file:

[recidive]
enabled = true
filter = recidive
logpath = /var/log/fail2ban.log
bantime = 1w
findtime = 1d
maxretry = 3

Restart/Reload Fail2Ban

After you make any configuration changes, you must reload the settings for them to take effect. You can do this by running the following command in your terminal:

sudo systemctl reload fail2ban

Final Thoughts

In this comprehensive guide, we’ve covered everything from understanding Fail2Ban’s core functionality to its installation and configuration. We’ve seen how this powerful security tool can protect against brute-force attacks, suspicious activities, and potential security breaches.

But if all of this sounds complicated, you’ll be delighted to know that you don’t need to be a Linux expert to implement robust server security anymore.

RunCloud makes server security accessible to everyone by including Fail2Ban pre-installed and pre-configured on all servers.

But that’s just the beginning of RunCloud’s security features.

You get SSH key vaults, automated SSL certificate management, web application firewall (WAF) rules, and real-time security monitoring – all managed through an intuitive dashboard. Imagine handling IP bans, checking security logs, and managing firewall rules with just a few clicks instead of complex command lines!

Ready to Secure Your Server?

Start your free RunCloud trial today and experience how easy server management can be. With plans starting from as little as the cost of a dinner per month, you get enterprise-grade security features without the enterprise-level complexity.

FAQs on Fail2Ban

As cyber threats evolve, we constantly hear new terms for attacks such as DoS, DDoS, and DrDoS, but many people find it confusing to understand the differences between them.

In this post, we will help you understand each type of attack, how they affect your network, and how they are different from one another.

We’ll also explain the basics of DoS and DDoS attacks, show how to detect and protect against them, and describe the unique features of DDoS attacks.

By the end of this article, you’ll have a clear view of how these attacks work and how you can protect your systems from them.

Let’s get started!

What is a DoS Attack?

A Denial of Service (DoS) attack is a malicious attempt to disrupt the normal functioning of a targeted server, service, or network by overwhelming it with a flood of internet traffic. The primary goal of a DoS attack is to render the target system inaccessible to legitimate users, effectively “denying service” to those who need it.

If you think DoS attacks are uncommon, you should know that Cloudflare, a popular cloud provider, reports that in 2023, they blocked 14 million DDoS attacks.

That’s not 14 million requests – it’s 14 million separate attacks, with each attack possibly consisting of hundreds of millions of malicious requests.

Types of DoS Attacks

DoS attacks come in various forms, each with its own method of overwhelming the target system:

1. Volume-Based Attacks: These attacks attempt to consume all available bandwidth of the target system.
2. Protocol Attacks: These exploit vulnerabilities in network protocols to exhaust server resources.
3. Application Layer Attacks: These target vulnerabilities in web applications and services.

Examples of DoS Attacks

SYN Flood

A SYN Flood attack takes advantage of the TCP handshake process by sending a large number of SYN requests to a server. These requests initiate a connection, but never complete it, exhausting the server’s resources. This overwhelms the server’s ability to process legitimate requests, potentially causing a denial of service.

Ping of Death

The Ping of Death attack involves sending oversized ICMP packets to a target system. When the target tries to reassemble these fragmented packets, buffer overflows can occur, resulting in system crashes or unexpected behavior. This exploit takes advantage of vulnerabilities in how systems handle large packets.

HTTP Flood

An HTTP Flood attack targets web servers by overwhelming them with a massive number of HTTP requests. By sending continuous and numerous requests, the attacker consumes server resources, potentially leading to slow performance or complete downtime. This type of attack mimics normal web traffic, making it difficult to detect and block.

Slowloris

The Slowloris attack maintains many open connections to a target web server, keeping each connection alive as long as possible. By sending partial HTTP requests, the server’s resources are tied up in trying to handle these incomplete requests, leaving fewer resources available for legitimate traffic. This method effectively disrupts server operations without requiring high bandwidth.

What is a DDoS Attack?

A Distributed Denial of Service (DDoS) attack is similar to a DoS attack as it also tries to overwhelm the target infrastructure with a flood of Internet traffic.

However, unlike a Denial of Service (DoS) attack, which uses a single computer and Internet connection, a DDoS attack uses multiple computers and Internet connections, often distributed globally in what is referred to as a botnet.

These botnets are distributed globally, making it extremely difficult to pinpoint and block the sources of the attack.

For example, Dyn suffered from one of the largest recorded DDoS attacks in 2016. The attack used the Mirai botnet, which consisted of numerous compromised Internet of Things (IoT) devices. By sending an overwhelming amount of traffic to Dyn’s servers, the attack disrupted major websites and online services, including Twitter, Netflix, and Reddit, causing significant outages across the United States and Europe.

Similarly, in 2023, security researchers found a vulnerability in the HTTP/2 protocol which allowed attackers to create very large DDoS attacks. This vulnerability lets attackers easily overload web servers, making websites slow or unavailable. Since this was a new kind of attack, numerous websites across the internet were disrupted due to traffic spikes.

Suggested read: 8+ Security Tips to Secure VPS Server in 2024

What is a DrDoS Attack?

A Distributed Reflection Denial of Service (DrDoS) attack, also known as a Reflected DDoS attack, is a more sophisticated form of DDoS attack.

In a DrDoS attack, the attacker spoofs the victim’s IP address and sends requests to a large number of reflectors (such as DNS servers or NTP servers). These reflectors then send their responses to the victim, overwhelming their network.

DrDoS attacks are particularly dangerous due to their amplification factor. A small amount of attack traffic can generate a much larger volume of attack traffic directed at the victim. This makes them both more difficult to trace back to the original attacker and more devastating in their impact on the target.

In 2021, Cloudflare stopped a huge DrDoS attack that reached almost 2 terabits per second (Tbps) by using its strong security systems. This attack used different methods, such as UDP floods and DNS amplification, to try to overwhelm the target’s network. Although this attack was unsuccessful, it was one of the biggest attacks observed to date and could have done serious damage.

Types of DrDoS Attacks

DrDoS attacks can be categorized based on the protocol or service they exploit:

1. DNS Amplification: This technique exploits DNS resolvers to send a large volume of DNS response traffic to a target. By sending small queries with a spoofed source IP address (the target’s address) to these resolvers, the attacker causes them to send amplified responses to the target, overwhelming it with traffic.
2. NTP Amplification: This type of attack Exploits Network Time Protocol (NTP) servers to flood a target with traffic. Attackers send crafted requests to NTP servers with the target’s IP address, which causes the servers to respond with a significantly larger volume of data.
3. SSDP Amplification: This method takes advantage of the Simple Service Discovery Protocol, commonly used by Universal Plug and Play (UPnP) devices, to overwhelm a target with traffic. Attackers send discovery requests to devices with the target’s spoofed IP address, which causes these devices to send their responses directly to the target, multiplying the traffic load.
4. Memcached Amplification: This approach uses improperly configured memcached servers to generate extremely large traffic volumes aimed at a target. By sending small requests with a forged IP address, attackers can cause the servers to respond with enormous payloads, massively amplifying the attack traffic directed at the target.

Difference Between DoS vs DDoS vs DrDoS

While DoS (Denial of Service), DDoS (Distributed Denial of Service), and DrDoS (Distributed Reflection Denial of Service) attacks all aim to disrupt services, they differ in their execution and impact.

Here’s a brief comparison:

Aspect	DoS	DDoS	DrDoS
Source	Single attacking system	Multiple attacking systems	Multiple intermediate systems
Scale	Generally smaller	Large scale	Potentially massive scale
Complexity	Simpler to execute	More complex	Highly sophisticated
Detection	Easier to detect and mitigate	More challenging to mitigate	Very difficult to trace and mitigate
Traffic Amplification	No amplification	No amplification	Significant traffic amplification
Example	SYN Flood from a single source	Botnet attacks from multiple sources	DNS Amplification attack

How to Detect DoS Attacks

Although researchers use advanced traffic monitoring and anomaly detection systems to reliably detect a DoS attack, there are several simple things that you can monitor to detect DoS attacks on your website:

1. A sudden spike in network traffic can indicate a DoS attack, as attackers flood the server with excessive requests to overwhelm its resources. Monitoring tools can help detect these abnormal traffic patterns and allow you to respond quickly before they affect service availability.
2. A noticeable slowdown in server response times may signal that the server is struggling to process a large number of incoming requests.
3. Unusual patterns in incoming requests, such as repeated access attempts from a single IP or strange request types, can indicate a DoS attack. Analyzing logs and traffic data can help identify these anomalies, allowing you to implement measures to block or filter out malicious traffic.
4. High CPU or memory usage on your server, especially during non-peak hours, can be a sign of a DoS attack. You can use server monitoring tools such as New Relic to track your resource usage.

Protecting Your Server with RunCloud

Setting up a secure server can be tough, but RunCloud makes it easy.

When you use RunCloud to create a new server, you immediately benefit from several security features automatically:

1. Fail2Ban: This tool helps prevent brute-force attacks by temporarily or permanently banning IPs that show malicious signs.
2. Auto-Updates: RunCloud automatically updates your server’s software and applies necessary security patches to protect it 24/7.
3. Firewall: RunCloud automatically closes unnecessary ports that hackers might try to use – this reduces the attack surface significantly. The firewall also protects your server from various attacks, including DoS attacks. Here’s what the WAF does:
   • Rate Limiting: Prevents a single IP address from making too many requests in a short time.
   • Request Filtering: Blocks requests that look suspicious or dangerous.
   • IP Blacklisting: Automatically blocks computers that show malicious behavior.

These features work together to keep your server safe in real-time. This means you can focus on your work without worrying about attacks.

Adding Custom Firewall Rules on RunCloud

If the default security settings are not enough for you, you can enhance your website’s security by adding custom firewall rules. This feature allows you to precisely control incoming traffic by filtering requests based on various parameters such as Cookie, Country, Hostname, IP Address, URI, and more. By configuring these rules, you can fine-tune your security settings to block or allow specific types of traffic.

For example, you might want to block traffic from certain IP addresses or countries, or allow requests only from specific hostnames.

To implement this, open your web application dashboard in RunCloud and then navigate to Firewall > Add Firewall Rule.

On this page, use the custom rule interface to set conditions like:

When incoming requests match…

• Field: Hostname
• Operator: equals
• Value: e.g., example.com

Then…

• Action: Allow, Block, or Disable Rule

Once you have modified the settings, you can click on “Save and Deploy Rule” to add this firewall rule to your server.

Want to learn more about how RunCloud keeps your server safe?

Check out these helpful blog posts:

1. How to Use Cloudflare Firewall Rules to Protect Your Web Application
2. How To Use ModSecurity and OWASP CRS For Web App Firewall To Secure Your Website
3. Configure Fail2ban and Firewalld on RunCloud
4. How To Use Fail2ban With WordPress And Cloudflare Proxy

Final Thoughts

In our research for this article, which highlights how DoS and DDoS attacks can cause significant damage to websites and online services, we were shocked to discover that 1 in 25 Cloudflare survey respondents indicated that DoS attacks were carried out by state-level or state-sponsored threat actors.

By following the suggestions provided in this article, you can quickly detect and fend off many basic DoS attacks. However, if you need something more sophisticated, then you should sign up for RunCloud.

With RunCloud, you’re not just getting a control panel – you’re getting peace of mind.

You can sleep well at night knowing your server is in good hands. RunCloud is always working to keep your server safe, updated, and running smoothly.

Start using RunCloud today!

FAQ on DoS vs DDoS vs DrDoS

Leaking customer data is never a good look for a business – in addition to the damage to your business’s reputation, it can result in serious legal penalties. In this post, we will discuss some ways to protect your VPS from an attacker, but first let’s understand what a VPS is.

What Is a Virtual Private Server (VPS)?

A VPS is a virtual machine that provides virtualized server resources on a physical server shared with other users. Unlike shared hosting, where resources are pooled among multiple users, a VPS offers dedicated server space with reserved resources.

Here are a few reasons why people pick VPS:

1. Isolation: Each VPS operates independently, ensuring that activity in one VPS doesn’t affect others. If one website is attacked or infected, it won’t impact other secure VPS instances.
2. Dedicated Resources: A VPS allocates its own CPU, memory, and storage – if one VPS consumes a ton of resources, then it will not affect any other servers.
3. Customization: VPS allows custom security features tailored to your needs, such as advanced firewall configurations and intrusion detection systems.

Why Secure Your VPS?

Did you know that cyber-attacks happen every 39 seconds on average?

In March 2023, a staggering 41.9 million records, including drivers’ licenses, passport numbers, and financial statements, were compromised worldwide due to cyberattacks.

If you are hosting your website on RunCloud, then you’ll likely already have a few servers up and running. It’s essential to keep these servers secure and locked down for several reasons:

1. Cyber Threats: Default configurations, outdated services, and weak access controls can leave your VPS vulnerable to unauthorized access, data breaches, and cyber-attacks.
2. DDoS Attacks: A robust security solution will protect against Distributed Denial-of-Service (DDoS) attacks that overwhelm your server with traffic, causing downtime.
3. Phishing and Malware: Implementing security measures prevents phishing attempts and malware infections.
4. Data Protection: If your server gets hacked, then your sensitive data could be stolen or held to ransom.

How Can a VPS Server Be Hacked? – Common VPS Vulnerabilities

It is well-known that when running a server which is connected to the internet, hackers will try to exploit it.

Let’s take a look at some of the ways bad actors try to compromise servers:

1. Website Vulnerabilities: Websites are public to the entire world, and attackers exploit vulnerabilities in web applications to gain unauthorized access or manipulate data. This vulnerabilities can be caused due to several reasons:
   • Running outdated software exposes security flaws.
   • Poorly written code may have vulnerabilities.
   • Incorrect server settings can lead to exploitation.
2. Server access via SSH: When you log in to a server via SSH, you gain complete access to that server’s file and all its resources. Due to this, hackers run an army of bots which constantly tries to SSH into servers on the internet using several techniques. (Read our guide on SSH service hardening to learn how to stop it.)
3. Compromised Hosting Provider: If you are renting your VPS from a hosting company, then it is important to note that a physical server is still present somewhere in a datacenter. If the hacker is able to physically access the server, then it would be very hard for you to stop the hacker.

VPS Security Tips to Protect Your Server

If you’re running a server on the internet, it is essential to stay updated with the latest cyber threats and security practices.

Let’s take a look at some ways to protect your server on the internet:

1. Use Strong Passwords and 2 Factor Authention

It is absolutely essential to create complex passwords with a mix of uppercase and lowercase letters, numbers, and special characters for all administrative accounts. Moreover, you should enable two-factor authentication (2FA) for an additional layer of security.

If you are using RunCloud, you can take advantage of our password generator utility which automatically generates unique and random passwords for each login.

2. Use Passkeys instead of Passwords

Passkeys are a form of passwordless authentication which allow you to sign in without using a typical plaintext password. This method of authentication is considered more secure as it relies on public key cryptography.

3. Switch to SSH Keys for Server Login

Wherever possible, replace the password-based SSH authentication with SSH keys and configure your SSH server to allow key-based authentication only.

On RunCloud, you can take advantage of our key vault functionality to seamlessly log in to your servers in a secure manner.

4. Set Up Website Firewalls

If your cloud provider offers a firewall service at the network level, then you should configure it to block incoming traffic on all ports which are not in use. If you don’t have access to a firewall service, you can also install and configure iptables (built-in firewall service in Linux) and create rules to filter incoming and outgoing traffic based on your requirements.

On RunCloud, you can easily manage and update your firewall rules directly from the Security tab.

5. Use SFTP Instead of FTP

FTP relies on older technology and lacks encryption, making it vulnerable to sniffing attacks. If you’re still using FTP to transfer files, then you should switch to SFTP, a newer and more secure option.

6. Implement Fail2Ban for Brute force or DDoS

Although using a strong password will prevent robots from easily guessing your password, it will not stop them from trying to make incorrect guesses. Even if a hacker is not able to log in to your server, submitting an incorrect password still consumes resources on your server. This technique can be used to launch Denial Of Service attacks. To stop this, you can configure Fail2Ban, a service that monitors system logs and blocks IP addresses after multiple failed login attempts.

We have already written a detailed post which explains how to configure Fail2Ban on WordPress. If you want to learn more about this topic, we recommend reading the Fail2Ban documentation.

7. Review User Rights and Permissions

If you have a team of people who access your servers, then it is recommended to give each one of them their own login credentials with limited access. Moreover, we recommend creating a separate user account on your RunCloud server whenever creating a new web application to keep it isolated.

8. Keep Your Applications & Software Updated

One of the most common ways hackers gain access to sensitive information is by exploiting known vulnerabilities in softwares. Updating your applications regularly will address these security issues and close any backdoors that could be exploited by cybercriminals. We recommend reading the following posts to learn more about updating your servers:

• How To Check & Upgrade Your WordPress Version
• Upgrading Your Server’s Operating System on RunCloud
• Using Outdated PHP Versions on RunCloud

9. Pick a Reliable Hosting Provider

As we mentioned earlier, if an attacker is able to gain physical access to your server, then it becomes very easy for them to compromise your server. Although this seems far-fetched, these things do happen in real life. In 2023, Cloud Nordic lost all of their customers’ data because hackers were briefly able to access the servers during transportation.

Therefore, it is absolutely essential to pick a hosting provider with a good reputation and robust security practices.

10. Use a Secure Secure Cloud Server Manager

A safe and easy way to secure your website is by using a secure cloud service manager that takes care of your websites for you. RunCloud is a robust cloud server management tool that prioritizes security and implements best practices to ensure the safety of your server and website. Here’s how RunCloud enhances your server’s security:

1. SSH Key Authentication: RunCloud supports public and private key authentication, which is generally considered more secure than password-based authentication.
2. Permission Levels: You can assign different privileges to different users or teams within an app, enhancing control over user access.
3. Password and Credential Storage: RunCloud enforces a complex password standard and stores credentials in hash form.
4. Firewall Control: RunCloud allows you to fully control your firewall configuration.
5. Free SSL Installation: RunCloud offers 1-click installation of free SSL/TLS by Let’s Encrypt.
6. Strict Port Control: By default, only necessary ports are opened, reducing risks for attack.
7. IP Whitelisting: You can whitelist IPs for unrestricted access to your dashboard.
8. Automated Server Configuration: RunCloud automates server configuration with the best industry practices.

By using RunCloud, you’re not only opting for a tool that simplifies server management but also choosing a solution that prioritizes security. This makes RunCloud an excellent choice for managing your VPS in 2024.

Wrapping Up: Securing Your Server with RunCloud

Securing a server is no small feat, but it’s absolutely essential – whether you’re running a personal blog, an e-commerce site, or a complex web application, safeguarding your server ensures data integrity, privacy, and reliability.

RunCloud simplifies server management across various cloud providers (AWS, DigitalOcean, Google Cloud, etc.) and provides an intuitive dashboard for deploying, monitoring, and securing your servers.

With RunCloud, you can focus on your applications while benefiting from robust security features such as automatic security updates, web application firewall (WAF) rules, SSL certificate management, and much more.

Start using RunCloud today!

FAQs about VPS security