What does a Free Monitoring service mean?
The Free Monitoring service is an incredible tool. You can use it to obtain a wealth of information about the condition of the servers you employ to provide services like web, email, DNS, and others.
It lets you view and comprehend your servers’ current condition in real-time. If you keep an eye on your network, you’ll be able to see numerous issues like component failure or prolonged traffic. Additionally, if a problem occurs, a service like this will automatically notify you by email, text, or another channel like webhooks.
The Monitoring service is intended to identify network issues such as overloaded routers, failing servers, and problems with network connectivity.Read More
In today’s digital era, where we’re continuously interacting with a myriad of applications, websites, and devices, ensuring security and optimization has never been more critical. Two strategies often employed to manage this vast digital access are “whitelisting” and “blacklisting.” This article will guide you through everything you need to know about these critical cybersecurity tools.
Whitelisting and Blacklisting: Understanding the Basics
Whitelisting: This is a process where only approved entities (like software applications, IP addresses, websites, or email addresses) are allowed access or permission to run. Everything not on the whitelist is implicitly denied.Read More
If you’ve ever looked into networking protocols, two terms that undoubtedly popped up are TCP (Transmission Control Protocol) and UDP (User Datagram Protocol). Both play a crucial role in sending and receiving data over the internet, but they do so in different ways. But which one is more secure, you ask? In this blog post, we’ll take a deep dive into TCP vs UDP to understand their differences, and most importantly, their implications on security.
Understanding TCP and UDP
Before we get into the security aspects, it’s essential to understand what TCP and UDP are and how they differ.Read More
With email remaining a primary method of communication, especially in business settings, ensuring the security of email systems is paramount. Email security not only protects the data and information sent via email but also safeguards the integrity of your business communication. One of the often-underestimated ways to enhance email security is through the use of Domain Name System (DNS) records. This post will explore how DNS records can bolster email security, with a focus on SPF, DKIM, DMARC, and PTR records.
Introduction to DNS
Before diving into specifics, let’s first establish what DNS is. The Domain Name System (DNS) is like a phonebook for the internet. It translates human-readable domain names, such as www.example.com, into Internet Protocol (IP) addresses that computers use to identify each other on the network. It’s also where DNS records come into play. DNS records include information about a domain, such as IP addresses, where to request emails, and how to ensure SSL certificates.Read More
The DNS of your domain, service, or network is essential for it to be online and work properly. Unfortunately, you, I, and cyber criminals know it well. Consequently, they target it when they want to cause severe damage.
What does DNSSEC mean?
DNSSEC means Domain Name System Security Extensions. DNSSEC is a set of security measures for the Domain Name System (DNS) that aims to protect it against different types of attacks. DNSSEC uses digital signatures and cryptographic keys to verify the authenticity and integrity of DNS records, ensuring that the records provided by a DNS server have not been tampered with or altered in any way.Read More
Private DNS server is the topic of our article today. We will explore its primary purpose in detail and will see additional fundamental information about it.
What is the Private DNS server full definition?
A network owner with a private network—a company or another entity—uses their own Private DNS domain names. As a result, they have complete control over the related zones and records to enable URL resolution to their internal apps and even between their LAN and cloud network.
Now, two terms—Transport Layer Security (TLS) and Hypertext Transfer Protocol Secure (HTTPS) —are crucial for Private DNS.Read More
Are you tired of having your data stolen and your browsing activities tracked? DNS spoofing is a common cyberattack method used to redirect your web traffic away from the secure websites you intend to visit. In this blog post, we’ll cover what DNS spoofing is, who uses it, and how to protect yourself from this type of malicious attack. With the right information and a few simple steps, you can keep your security intact while you surf the web. So let’s get started and learn how to protect yourself from DNS spoofing!
What does the term “DNS spoofing” mean?
DNS spoofing, also known as DNS cache poisoning, is a type of phishing and cyber attack. It uses the DNS servers to provide your web browser with the incorrect IP address and direct you to a fraudulent website rather than the one you intended to visit. This leads to DNS queries returning false positives, which frequently guide users away from trustworthy websites and toward dangerous ones intended to steal personal data or spread malware.Read More
What does DDoS mean?
To better understand the purpose of the DDoS protected DNS, we should first define DDoS (Distributed-Denial-of-service) attacks. They are a type of cyberattack in which bad actors employ a variety of methods to generate a large amount of traffic directed at a target in order to overload it. When the target is unable to respond to common queries, it will deny service to newly connected users.
To sum it up, DDoS attacks are malicious attempts to interrupt regular traffic on a specific server, service, or network. How? By flooding the aim or its associated functions with Web traffic.Read More
A DNS attack already sounds as dangerous for your online business. But it gets worse because there are different and already popular DNS attack types. Knowing them, you can choose the best protection!
DNS flood attack
This is exactly the technique used by the unfortunately popular DoS and DDoS attacks. The target is a DNS server (or more servers). The objective is to overload it with traffic until the point it can’t answer DNS requests anymore. Once the DNS fails, the denial of service will occur. When the attack comes from a single source (IP address), it can be easier to mitigate. But when thousands or more IP addresses get involved in the attack, mitigation is very challenging.Read More
Would it be great if you could show everybody that you are the true owner of a domain? Is the domain safe, and all the services running on it are legit? Yes! And there is an excellent way to do it by using PTR records inside an rDNS zone. How? Let’s find out!Read More