A freshly provisioned dedicated server is not a secure server. It is a blank machine with an operating system, a root password, and an open SSH port, exposed to the internet from the moment it receives a public IP address. Most server compromises do not involve sophisticated attacks. They involve automated bots scanning the internet […]
Not all traffic to a website comes from human visitors. A significant proportion, in many cases the majority, comes from internet bots: automated programs that traverse the web performing specific tasks without human interaction. Some of these bots are beneficial and necessary. Others consume server resources, distort analytics, and degrade the experience of legitimate users. […]
What is server hardening? It is the process of reducing a server’s attack surface by eliminating unnecessary services, tightening access controls, applying security configurations, and establishing ongoing practices that keep the server resistant to compromise over time. A freshly provisioned server is not a secure server. Default configurations prioritise accessibility and compatibility over security, designers […]
Every dedicated server connected to the internet receives automated login attempts continuously. SSH, the Secure Shell protocol used to administer Linux servers remotely, is the primary target. Automated tools scan the internet for servers with open SSH ports and attempt to log in using lists of common usernames and passwords, running thousands of attempts per […]
A network firewall controls who can connect to your server. A web application firewall controls what those connections are allowed to do once they arrive. The distinction matters because most modern attacks do not try to bypass your network perimeter, they arrive through ports 80 and 443, the same ports your legitimate users use, carrying […]
Every server connected to the internet receives traffic from every direction simultaneously: legitimate user requests, automated scanning tools probing for open ports, bots attempting to guess credentials, and connections from IP addresses with known malicious histories. None of this traffic announces its intentions. Without a mechanism to examine and filter it, all of it reaches […]
A server crash is rarely a dramatic event in the moment it happens. One second the server is processing requests normally. The next, it is not. Connections drop, applications stop responding, users see errors, and somewhere in a log file, if the system had time to write one, a record of what went wrong is […]
A website can be perfectly built, well-optimised, and running on excellent infrastructure, and still become completely unreachable. A Distributed Denial of Service attack does not need to find a vulnerability in your code, steal your credentials, or breach your database. It simply needs to send more traffic than your infrastructure can handle, until legitimate users […]
A dedicated server gives you complete control over your infrastructure. That control includes the responsibility for data protection, there is no managed platform quietly running backups in the background on your behalf. If you don’t configure backups, they don’t exist. This is not a theoretical risk. Hardware fails. Scripts run incorrectly. Ransomware encrypts entire filesystems. […]
GDPR is not primarily a technology regulation. It is a data governance framework that places obligations on how personal data is collected, processed, stored, and protected. Your technology choices, including hosting infrastructure, determine how easily you meet those obligations and how confidently you demonstrate compliance. For businesses processing EU personal data, dedicated server infrastructure offers […]
Owning a dedicated server means owning the entire attack surface. There is no shared hosting provider abstracting away the firewall configuration. There is no cloud platform managing patch cycles on your behalf. Every exposed port, every outdated package, every misconfigured permission is your responsibility. This is not a reason to avoid dedicated infrastructure. It is […]
Cybersecurity is often discussed in terms of software: firewalls, encryption, intrusion detection systems, and patch management. These controls matter. However, they all operate on top of an infrastructure layer. That layer determines your fundamental security posture before you configure a single rule. The infrastructure choice: shared, virtualised, or physically isolated, determines which categories of attack […]