—Categories: DNS

Centralized Cloud DNS Management for Multiple Teams

Cloud DNS gives multiple teams a centralized way to manage DNS records while maintaining clear permissions, consistent workflows, and operational accountability.

This is increasingly important when DNS responsibilities are shared between DevOps, IT, security, development, and infrastructure teams.

What problem does centralized Cloud DNS management solve?

DNS management often becomes fragmented as organizations grow.

For example:

If each group uses a different DNS platform or account, troubleshooting becomes slower, and ownership becomes unclear.

A centralized DNS environment creates a single place to manage and review DNS configuration.

Should every team have full DNS access?

No.

Centralized Cloud DNS should support controlled access rather than unrestricted access.

The principle of least privilege means each team receives only the permissions required for its work.

For example, an application team may need permission to modify records for its own service but should not automatically receive permission to change email infrastructure or critical production domains.

This reduces both accidental changes and unnecessary security exposure.

Where does automation help?

DNS automation is especially useful when teams repeatedly perform the same operations.

An API can be integrated into deployment or provisioning workflows to automatically create, update, and delete DNS records.

A SaaS company, for example, might automatically create DNS records when provisioning new customer environments instead of asking an administrator to create each record manually.

How does centralization help during incidents?

When DNS is centralized, infrastructure teams know where to inspect records, Failover settings, and monitoring configurations.

This can shorten troubleshooting workflows during outages.

ClouDNS is one example of a Cloud DNS provider offering centralized DNS administration alongside API access, Anycast DNS, GeoDNS, Monitoring, Failover, and DNSSEC.

For organizations with multiple technical teams, the strongest model combines one source of DNS truth, role-based access, automation, documented ownership, and predefined resilience procedures.

Centralization does not remove team autonomy. Done correctly, it gives teams the access they need while keeping critical DNS infrastructure organized, visible, and easier to protect.

—Categories: Penetration testing

Penetration Testing for Web Applications – Secure Your Data

Penetration testing for web applications is a crucial step in securing digital assets. It uncovers security gaps, tests infrastructure, and strengthens defenses against cyberattacks. External testing simulates hacker tactics, while internal testing prevents insider threats. Automated tools streamline the process, helping organizations stay compliant and proactive. Pentesting not only identifies risks but also ensures business continuity by preventing data breaches. A step-by-step breakdown of the testing process.

—Categories: DDoS

What is a DDoS attack?

Distributed Denial of Service attack, or for short a DDoS attack, is a cyber-attack which purpose is to cause an online service unavailable to users. Commonly, it disrupts the services of the hosting server. In order to initiate the DDoS attack, a lot of compromised devices spread all over the world are required. They are commonly known as a botnet. The main goal is to flood the target and overwhelm it with malicious traffic. 

A potential target of a DDoS attack could be each website on the Internet. Each online business could not afford to experience its website being down for a long period of time. That is going to involve a great loss of potential clients. Find out more additional information about DDoS attacks!

—Categories: DDoS

What is a Smurf attack?

The Smurf attack is a type of Distributed Denial of Service (DDoS) attack, which is performed at the network layer. Actually, the name of this type of attack comes from the malware DDoS.Smurf used by the hackers to accomplish it. The Smurf attack is often compared with the ping flood technique, yet the last one is a type of Denial of Service (DoS) attack. The criminal overwhelms devices with Internet Control Message Protocol (ICMP) echo requests or also described as pings. The ICMP determines if the data is going to reach the selected target at the precise time plus reviews how well a network transfers data. The Smurf attack also sends ICMP pings. However, it is described as far more threatening. The reason for that is it is able to employ vulnerabilities in the Internet Protocol (IP) plus the ICMP. So, let’s explain how the Smurf attack works!

—Categories: DDoS

DDoS protected DNS service explained

In recent years the number of DDoS attacks has been rapidly increasing. To make things simple, these attacks target a network, website, or server with the purpose of taking them down or making them function incorrectly. In order to protect and defend, website owners could use DDoS protected DNS service. That way, the website or network is going to be safe, up and running without problems. In addition, DDoS protected DNS service offers multiple servers. That way, they could distribute and balance the traffic. As a result, the website is available for visitors without any difficulties. Learn everything about DDoS protected DNS service!