Author Archives: Dimitris

Popular DNS attacks that you need to know

DNS attacks: Explication

DNS attacks are a type of cybercrime that takes advantage of flaws in the Domain Name System. Because the DNS system is such an essential element of the internet infrastructure while still having several security flaws, this is a severe cybersecurity risk.

There are many types of DNS attacks, but this post will focus on a few of the most common ones. Cybercriminals, for instance, can use DNS’s core features to amplify DDoS attacks. DNS spoofing, for example, is an attack vector that tampers with DNS entries in order to reroute internet users to specified websites. So let’s explore them in more detail. 

DNS Poisoning attacks

DNS cache Poisoning (DNS Spoofing) is a type of DNS attack that affects DNS resolver servers. They can save a copy of the DNS records for domains in their cache memory for a limited time. Those records are cached for the amount of time specified in their time-to-live (TTL).

Criminals can gain access to the records and alter (poison) them in order to divert your legitimate traffic to a harmful location. For example, they could develop a fake version of your website to defraud your customers and steal their personal information.

As a defense, DNSSEC (domain name system security extensions) is highly recommended. It adds cryptographic authentication to DNS searches by digitally signing records.

Amplification DNS attacks

DNS can also be targeted by DDoS attacks. In this scenario, a typical DDoS assault exploits DNS flaws to generate enormous amounts of DNS queries, which are then amplified even more. The massive traffic is being sent to the IP address of the victim. The victim is unable to cope, and the traffic eventually overwhelms it. This could result in a lengthy outage.

The amplification component is mainly because the searches ask for numerous DNS records, which allows each query to return several times more extensive results, which are then sent to the victim’s device.

To defend yourself, you can utilize a DDoS protection solution that can analyze your network and identify malicious data coming your way. Alternatively, you might use a massive network of name servers with a load-balancing system that can manage heavy traffic.

DNS tunneling

The last DNS attack from our list is the DNS Tunneling. It encrypts (tunnels) malware and other data in DNS queries and responses by using DNS (client-server way).

Here’s how it works in a nutshell. A criminal begins by registering a domain and connecting it to its name server. A tunneling trojan is implanted in the last phase. When a machine is infected, it sends a request to a DNS server. DNS requests are allowed to pass past firewalls because DNS is trusted. This is where the danger begins. The resolver sends the request to the criminal’s server, which uses the DNS server to establish a link between the criminal and the target. The criminal’s computer is hidden and difficult to detect because there is no direct relationship between the target and the perpetrator.

To prevent data possession, a tool needs to be set up. A DNS firewall is the most effective. It needs to be configured and constructed in such a way that any intrusion is rapidly detected. It protects against data exfiltration.


To sum up, DNS attacks are really perilous. But it is possible to protect yourself or your organization from them. How? For example, by implementing DDoS protection service, DNSSEC, Load-balancing solution, Firewall, etc. Good luck!

Two ways to speed up DNS propagation

DNS propagation – What does it mean?

DNS propagation refers to the process of updating and distributing all of the new changes and modifications that you make in your Domain Name System (DNS) to the rest of the entire network. 

When you own an online business, or perhaps, you are administrating a network, you are aware that that requires a lot of adjustments on your DNS. For instance, sometimes, you have to create, delete, or modify a DNS record, or replace an IP address. Additionally, actions such as changing the TTL (time-to-live) values, redirecting your visitors to a precise subdomain, or adding an SSL certificate also require your intervention. That is just a small part of the various different changes that could appear regarding your DNS.

Yet, the specific type of modification doesn’t matter because everything is stored on your authoritative DNS server. On the other hand, the global network includes numerous DNS servers, such as recursive DNS servers, and they are placed in different geographical locations. Each one of them has to receive the new updated information because they have an essential role in the DNS resolution process.

How to speed up DNS propagation?

The majority of the components in the domain namespace are outside of our control, such as the ISPs and the DNS root servers. They have their own policies. Yet, there are two things you could do to speed up the DNS propagation process:

  1. Set a minimal TTL (Time-to-Live) value for the DNS records, for example, several minutes.
  • You can flush the DNS cache of major public DNS resolvers, such as Google Public DNS.

There is a chance that these simple things speed up the DNS propagation significantly. Yet, there is no guarantee or way to predict how long it is actually going to take.

Can we check it?

Of course, it is possible to check the DNS propagation. We just need to examine if the IP address is changed for the domain name. That way, we could understand if the A or AAAA records are updated.

Here are several ways you can complete this task, depending on your operating system (OS).

Linux or macOS

First, you have to open the Terminal app. Inside it, you can use one useful command that is built-in in your OS – the Dig command.


If you prefer, you can use the Host command too.


Windows OS

First, you have to open the Command Prompt, which is the alternative for the Terminal app. Inside it, you can use the NSlookup command.


*Make sure to replace with the actual domain name you want to check.

How to check your CNAME record?

What is a CNAME record?

The CNAME record is one of the most common DNS records, and its main purpose is to point one hostname to another. The short acronym CNAME represents with “C” – canonical and with “NAME” – hostname. With this DNS record, the administrator is able to show the actual true canonical domain name. 

In the majority of the cases, this DNS record is used for pointing multiple subdomains to the domain name. As a result, the administrator is not required to make any further adjustments for the subdomains. All of them are automatically redirected to the domain name. Thanks to this single DNS record, the management of your domain is becoming way more simple and easier for the DNS administrator. 

Some illustrations of how you can use CNAME record: to to to

Due to the fact that CNAME works in a very specific way, it has a limitation. When you create it and add it to a particular DNS zone, you won’t be able to create any other additional DNS records. 

Structure of the CNAME record

The CNAME record has an easy-to-understand structure. It is represented in an easy text file, which contains several things:

Host: Here, you should place a hostname. More precisely, the subdomain you want to direct to the true domain name. For instance:

Type: Here is the type of DNS record. In our case, that is CNAME. 

Points to: Here, you should place the actual canonical domain name. You could create multiple CNAME records for all of your subdomains and point them to the canonical one.

TTL: The TTL (Time-to-live) value is a period of time. It shows for how long the DNS record will be stored in the cache memory on the recursive DNS server.

How to check your CNAME record?

If you want to check and see your CNAME records, we have several commands that are going to help you achieve this easy task.

  • The first one is the Dig command. You just have to type the following:

$ dig CNAME

  • The second one is the Nslookup command. You just have to write the following:

$ nslookup -type=CNAME

  • Lastly, you could use the Host command by simply typing the following:

$ host

When can you use it?

  • The most popular way to use the CNAME record is to point your standard subdomains or subdomains for services, such as FTP or email, to the primary hostname (domain name). 
  • You can use it for Content Delivery Networks (CDN). That way, you could balance the traffic efficiently. 
  • Another common way for implementing the CNAME record is when a particular company has multiple websites. The DNS administrator could create and add several CNAME records and point them just to a single hostname – the actual domain name. 
  • This DNS record is beneficial if you hold .de, .it, .eu, and more registered domains. The DNS administrator could merge them and establish a single location, such as .com.

Best web hosting companies in Greece

If you are about to start a business in Greece, we have a great selection of web hosting companies. Check out these 7 best web hosting companies in Greece. Choosing one of them, you can provide excellent service to the people there and in the neighboring countries like Bulgaria, Turkey, North Macedonia, Albania, and Serbia.


Plan name: Bronze €2.9 (with 2-year contract) 24% VAT not included

Storage space: Unlimited

Type of storage: SSD

Email accounts: Unlimited

Control panel: Plesk or cPanel

Bandwidth: Unlimited traffic

MySql: Unlimited

Extras: has an Engish version of its site, Greek IP address, an SSL certificate, 99.95% uptime, daily backup with 14-day backup history, FTP access, 1-click installer for WordPress, and Joomla, 24/7 support. 

Unbeatable at its price! 


Plan name: Purple Standard €4.5 24% VAT not included

Storage space: 20 GB

Type of storage: SSD

Email accounts: Unlimited

Control panel: cPanel

Bandwidth: Unlimited traffic

MySql: Unlimited

Extras: has an English version of its site, an SSL certificate, up to 5 sites, 7 copies free daily backup, FTP access, Greek data center. 

It has an excellent price-to-performance ratio, especially in the case of multiple sites.

Plan name: NVMe Power €7.90 (discounted from €11.30) 24% VAT not included

Storage space: Unlimited

Type of storage: NVMe

Email accounts: Unlimited

Control panel: cPanel

Bandwidth: Unlimited traffic

MySql: 10

Extras: has an English version of its site, Lightspeed Web server, an SSL certificate, up to 5 sites, 7 copies free daily backups, 4 weekly backups, FTP access, WordPress, and Joomla 1-click installer, antivirus software, 99.99% uptime, European data center. is a rear case of a Greek web hosting with an NVMe fast storage. 


Plan name: Medium €7.16 (discounted from €7.95) 24% VAT not included

Storage space: 10 GB

Type of storage: SSD

Email accounts: 100

Control panel: Plesk 

Bandwidth: 200 GB traffic

MySql: unlimited

Extras: has an English version of its site, an SSL certificate, 99.99% uptime, daily backup with 14-day backup history, sFTP access, 1-click installer for WordPress, Magento, and Joomla, free migration. 

Decent Greek web hosting. 


Plan name: Expand €5.57 (discounted from €7.95) 24% VAT not included

Storage space: 10GB

Type of storage: SSD

Email accounts: 100

Control panel: Plesk Onyx

Bandwidth: Unmetered

MySql: 3 databases

Extras: DDoS attack, LiteSpeed web server, daily backup, Greek IP address, 1-click installer for WordPress and Joomla, 24/7 support in Greek, free migration. 

The DDoS protection is a nice plus. 


Plan name: Planet €5.90 (discounted from €9.83) 24% VAT not included

Storage space: Unlimited

Type of storage: SSD

Email accounts: Unlimited

Control panel: Plesk Obsidian

Bandwidth: Unlimited traffic

MySql: Unlimited

Extras: has an English version of its site, up to 5 sites, SpeedCache, DDoS protection, Malware protection, free SSL certificate, FTP access, WordPress, Magento, and Joomla 1-click installer, free migration, backup, 24/7 customer support. 

Another unlimited web hosting. 


Plan name: Standard €5.90 (only with 3-year contract) 24% VAT not included

Storage space: 4 GB

Type of storage: SSD

Email accounts: Unlimited

Control panel: Control Panel

Bandwidth: Unlimited traffic

MySql: Unlimited

Extras: has an English version of its site, up to 3 sites, Backup every two (2) hours with restore points up to a week, FTP access, WordPress, Magento, and Joomla 1-click installer. 

Ok hosting solution. 


So, for sure, you now have a better perspective about the web hosting companies in Greece. So, choose the best one for you and start your business in this beautiful and exciting Mediterranean country!

Basic review of the DHCP server

DHCP server helps networks administrators and makes their work lighter!

Networks have become really complex. The amount of devices asking for connection has grown massively. Therefore, the administration and maintenance of networks’ resources are really demanding. 

What is DHCP?

DHCP is a network management protocol that automates the necessary configuration for devices to connect and communicate on IP networks. Without this configuration, devices can’t access network services like NTP or DNS. They can’t establish any communication based on TCP or UDP. DHCP means Dynamic Host Configuration Protocol. 

A DHCP server can automatically provide an IP address, default gateway address, the subnet mask, DNS settings, and other important network configuration information necessary for devices to connect and talk with other endpoints. 

DHCP architecture’s elements.

By knowing DHCP elements and their functions, you can better approach the way DHCP works.

  • DHCP server.

It’s a machine, server, router, or whatever acting as host, with the DHCP enabled. It has the IP addresses and all the configuration information. It’s responsible for responding to IP addresses queries, supplying available IP addresses, storing them during the time their lease allows and renewing them when that time expires. It manages the communication with client devices.

  • DHCP client.

It’s the endpoint or device asking for a connection. Therefore, it’s who gets the IP address and the rest of the configuration information from the DHCP server. A DHCP client can be a laptop, smartphone, tablet, IoT, etc. Currently, most devices are configured to get DHCP information by default.

  • IP address pool or scope.

It’s the range of available IP addresses the DHCP server can supply to DHCP clients. 

  • Lease.

It establishes the time a DHCP client can keep an IP address and the rest of the information. Once the lease expires, the IP address and its data must be renewed.

  • Subnet.

For better management, networks are partitioned into pieces called subnets.

  • DHCP relay.

It’s an agent (router or host) used to centralize DHCP servers, not to have a server on every subnet. This agent listens to clients’ messages broadcasted on the network and sends them to the configured server. This last will respond to the relay agent, which will pass the responses to the clients.

Suggested article: Email Forwarding service explained

Advantages of a DHCP server.

  • It makes networks management easier while automating different tasks. 
  • It reduces the chances of human errors, like typos. IP configuration must be very accurate not have failures. When tasks are done manually, it’s easy to mistake a number, a dot, etc., while typing sequences of numbers like
  • It minimizes IP addresses conflicts. As it’s known, every device needs a unique IP address to get connected. If an IP address is duplicated, meaning assigned to two different devices, this will create a conflict. One or even both devices won’t get a connection.
  • Changes on the network can be executed without pain. If you need to change the IP address scope, addresses, endpoints, etc., you just have to configure the DHCP server, and changes will propagate to all new endpoints.

The disadvantage of a DHCP server.

DHCP protocol involves security risks. In order to make agile the process for clients joining the network fast, it doesn’t ask for authentication. This is clearly a possible entrance for malicious actors. 


DHCP is a great teammate for efficiently managing networks. Knowing its details, you can use it smartly, taking the most out of it! 

How to choose DNS TTL values?

The Domain Name System (DNS) involves different vital processes for your domain. DNS TTL or time-to-live values are your chance to set up time in your favor! This means the power of making those processes more agile!

What is TTL?

Time-to-live (TTL) is the value that establishes the time period or the number of hops that a data packet is set up for being alive. Either on a network or in the cache memory. When this time expires or the data packet reaches its limit of hops, it will be stopped. Data packets are not all the same, they are different between them, but they all have their own TTL. That time should be determined based on the period data packets need to live in a device for achieving their missions completely. 

Do we really need TTL?

Absolutely yes! We totally need TTL to control the traffic and amount of data packets traveling around networks, applications, and machines. Imagine a scenario without the existence of TTL or any other mechanism to control data packets. By now, traffic on the Internet would already be in total chaos. Millions of already pointless data packets that accomplished their mission decades ago could still be traveling without purpose and end.

Through DNS TTL, routers can manage the traffic by simply reading the value every data packet has. Packets will continue their journey only if their TTL is not expired. When a router stops a data packet, it reports this to the IP address of the data source through an ICMP message. ICMP or Internet Control Message Protocol is a tool for diagnosing and informing issues.

And there’s more: TTL is useful also for knowing how long a packet has been on a network and for tracking its whole route!

How to choose DNS TTL values?

There we go! You can slow or speed essential DNS processes on your domain, smartly choosing DNS TTL values. 

  • DNS records are different between them, just like their purposes. When you add or edit a DNS record, be aware of the number of changes it will need in the future. DNS records that constantly require changes should have a lower TTL value. And the ones that almost don’t change in time should have a higher TTL value.
  • DNS resolution is an essential DNS process for every domain. If you want to speed it up, define higher values on the DNS records. This way, they will be stored for a longer time on the DNS recursive servers’ cache.
  • To cache static resources of your domain is a very recommended practice. Use high TTL values, and you will totally speed the loading time.
  • DNS propagation is another vital process. If your domain frequently requires modifications on its DNS records, you have to choose lower TTL values to speed up the propagation. Otherwise, high values will have the opposite effect.
  • The definition of DNS TTL values must be taken seriously. Especially when there’s a lot at stake, just think about domains of mission-critical services. An electric power grid operating system, aircraft or railway, demands constant updating and DNS load balancing configurations. Not being able to execute such tasks quickly could mean severe risks for many people involved. Those kinds of services mostly use low TTL values.


Time is not always the enemy. Knowing how to choose DNS TTL values smartly, time can become a great ally!

Domain flipping: How to start?

Domain flipping explained

Domain flipping is an exciting kind of business. The goal is the high profit coming from selling a domain. Yet, that is possible when you have made the purchase at a low price. In order to benefit from great deals, you should be able to determine which domains are going to be potentially interesting for the buyers. You have to consider which particular clients would be engaged in buying these domains and give a high-value offer.

Moreover, new domain extensions are frequently released, and the number of available attractive domains is increasing rapidly. That is why the business with domain flipping has such a boost. It is an opportunity for many people to make it a side job. However, others take it to another level and make it their main source of income. Therefore, if you are interested and you want to try it, you can make extra money from it. Let’s explain a little bit more.

What are the steps?

1. Strategy is essential

The first thing you should consider before implementing it is your strategy. For example, how much do you want to be involved? Do you want this to be your main source of income or maybe just a side job? And of course, what amount are you ready to invest? After that, you can choose which way to go. Perhaps you would prefer to purchase a number of cheap domains and make small profits. Or you desire to buy several domains that are a lot more attractive but at a higher price. Yet, they could be more expensive in the future.

2. Potential domains

There are a lot of potential opportunities when it comes to purchasing a domain name. Therefore, it is essential to pick the ones with possible future interest. Of course, popular keywords and catchy phrases are the answer here. However, if you have basic SEO knowledge, it will help you recognize the profitable ones. Additionally, you can use a tool to serve you find such domains. Another way to purchase a domain at a reasonable price is to check the domain auctions. Things that you should always think about are brand-ability, memorability, length, and searchability.

3. Act fast 

If you discover one or more opportunities that seem ultimately profitable, purchase them through a registrar. But, don’t forget that a lot of individuals are in the market. So, don’t lose time and let others purchase and register them first.

If the domain you want is available online, you can move to register it. In case it is now in use, you can purchase it from the owner. Just give a fair offer.

Suggested article: ​Best places to buy “.gr” domain name

4. Present your domains 

The world should know about the existence of your domains. Look for clients and promote on the site by attaching your contact details. You can present it directly to possible clients or in forums, social networks, and auction sites.

5. Patience

Domain flipping is a process, which requires you to be patient and calm. Of course, you can achieve a deal quickly, yet, that may not happen every day. If you want faster profits, the auction sites are your place.

6. Resell

This is probably the most important step. Once you have a client that appears with a suitable offer, you only have to transfer the domain ownership and finish the domain flipping process.

DNS resolution: Explained step by step

DNS resolution – What is it?

DNS resolution is triggered when you type a domain name into your browser. It is a process of translating the domain name into its corresponding IP address. 

There are some situations when a domain is possible to have many IP addresses, for instance, one IPv4 and one IPv6. Through the DNS resolution, both of them are going to be requested. On the other hand, it is enough to receive just one of the addresses if there are several to connect with the domain.

The necessity for quick translation appeared long ago. Previously every of the IP addresses was stored in a manually updated Host file. When at some point, the number of devices wanting to join the Internet increased, and this way of searching was not practical anymore.

Thankfully the Domain Name System (DNS) was established, and the Internet is simple to use as we know it now. The IP addresses are how machines communicate, and users just have to write the domain name and the website loads. We don’t even realize how fast it happens.  

We suggest you to check the following article about History of the Domain Name System.

How does it work, step by step?

DNS resolution has several operations, and what triggers this process is a user who wants to visit a web page, a domain name that was not visited before.

  1. The DNS query is made when the user writes a domain name inside the browser. Then, the DNS lookup process for finding the corresponding IP address begins.
  2. The DNS recursive server receives the query. The IP address could be its cache memory (DNS cache) if the website was previously requested. Still, when it is not, the DNS recursive server is going to seek the answer through the rest of the DNS servers and finally supply the needed data. The Root server is the first place it will search.
  3. In the DNS hierarchy, the Root server is on the highest level. It provides information about the Top Level Domain (TLD), such as .com, .net, .info, .eu. and directs the query to the exact TLD server. 
  4. Next, the TLD server gives the DNS recursive server information about the proper nameserver for the searched domain name.
  5. The DNS recursive server questions the authoritative nameserver for the domain name’s IP address and successfully receives an answer.
  6. The recursive DNS server goes back to the user with the requested data. Additionally, it saves the IP address in its cache memory for later use.
  7. Finally, the browser loads the desired website, and the user is able to explore it.

The DNS resolution takes a lot of steps. Also, the DNS query has to go through several servers on the way. Yet, the user experiences all of it in just a short moment of waiting.

Why do we care about DNS resolution?

The DNS resolution matters for two reasons:

  • Speed. The first step when a user visits your website is the DNS resolution. If it takes a lot of time to load and access it, the user will probably leave your page. That is the reason why this process has to be quick.
  • Availability. The nameserver that is accountable for your domain name needs to be reliable. An additional DNS service is a great choice to make sure your domain will always be available for your customers.

Is DNS cache important?

What is DNS cache?

The DNS cache is a temporary cache memory for storing DNS records of previously queried domain names. A lot of devices hold such memory mechanisms, such as DNS recursive servers, computers, tablets, mobiles, etc.

The idea behind it is for easy and fast DNS lookup, which is not necessary to repeat every time a particular domain name is requested. Let’s take, for example, the news website you visit every morning. The first time you requested to visit it, a DNS lookup was performed for the corresponding IP address. After the DNS recursive server stored its IP address, you were able to explore the website. Additionally, the DNS records were kept in the DNS cache. The next day when you open and search for the same website, the DNS resolver receives the available IP address from its DNS cache. Thus, it was not necessary for a new DNS lookup to be performed.

It is important to note that all the DNS records associated with the various domain names are going to be available in the DNS cache temporarily. Exactly how long time it is going to depend on the TTL (time-to-live) value, which the administrator sets.

The DNS queries of the users are able to receive a quicker answer and, also this mechanism helps with the efficient optimizations of the resources. 

How does it work?

It is a really helpful and important mechanism that saves a lot of time and Internet bandwidth. Let’s explain a little bit more about it and how it happens while following one DNS query. Every time when a user wants to visit and explore a domain name, it is essential to know the A or AAAA records for it.

  1. The first place to check it is the device’s own DNS cache. On every computer is stored a file that saves earlier visited domain names for a specific amount of time (TTL). Thus, the website will load without any DNS query to a DNS resolver if the data is still available there.
  2. In case the data is not available in the device’s cache, a query is performed to a DNS resolver, such as the one in your Internet service provider (ISP). If it is still stored there, it will answer the request, and the user will connect with the website without any further steps. If this is not the case, then a search through the root server, the TLD server, and lastly, the domain’s authoritative server is going to be performed.
  3. Once the required DNS records are found, they will be kept inside the DNS cache of the user’s device and the DNS resolver too. That is good news because next time the website is going to be faster and easier to visit.

The DNS resolver of an ISP will store DNS records of every explored domain name of each of their customers that requested it for an answer. For that reason, the chance is better to hold the answer in the cache memory for the next time someone requests a domain.

Why is DNS cache important? 

As we mentioned, the DNS cache is an effective mechanism for producing a faster and efficient DNS resolution process. It saves time, effort, and sources both for the network and the user’s device. The use of it is very appreciated for its characteristics.

​Best places to buy “.gr” domain name

​Why get a “.gr” domain name?

Are you planning to step on the Greek market? Greece is a beautiful country in Europe, and it could be an entrance to the whole European Economic Area. So it is a great country to have a business in.

When you are planning a business in the European Union, you can go for a traditional “.com” domain name, but it won’t show your visitors any additional information, and it could be hard to find an available name.

With the “.eu” domain name, it could be a bit easier. It will indicate a broader market (European Union), but still, it will show that the company belongs to that market. Still, it might be too broad for you.

The “.gr” domain name will be perfect if you are focusing precisely on this country. It will show your visitors that the company’s main market is exactly Greece.

​Where to get a “.gr” domain name?

​1. ClouDNS

With ClouDNS you can easily find the right domain name for your company. It has a “.gr” domain name, and the price is set to 25.80 euros (30.45 USD) for 1 year and the same renewal price. The minimum period for registration of the “.gr” domain on this site is 2 years.

ClouDNS is a great choice because it also offers DNS services, so you can significantly improve your domain’s availability. There is a free DNS plan for starters and a lot of premium paid options too.

There is also a free domain parking option.

​2. Easy

Easy is one Greek domain register. What you will find here is a great price – 13 euros* (*before VAT) for new registration of a domain name and 19 euros* (*before VAT) for a renewal.

It offers a great variety of TLDs, so even if you could not find the right “.gr” one, you can go for “”, “”, or even “.ελ”.

What could be a bit frustrating is that the site often changes to the Greek language, and if you are not a Greek native, it could be a bit hard for you.

The site offers hosting too, so if you want your website to be hosted there, it could be a good combination of services.

​3. 101domain

On 101domain, you can also find а “.gr” domain name. You can register one for 15.25 euros per year (17.99 USD) with a minimum period of 2 years and 38.15 USD for renewal. The company is registered in Ireland, but it also has an office in the USA. So, if you are an American citizen, you can call a local customer support and get all the information you need in our language. As you can expect, here you can find web hosting services and TLS certificates too.

​4. Netim

Netim is another easy-to-use site for domain registration. You can get “.gr” name from 14 euros (VAT is not included) a month with a minimum period of 2 years. There is also an ownership fee of 24 euros. The renewal price is set at 14 (VAT is not included). It is a French company, so if you are a French-speaking person, you can find help a lot easier with this company. The company has more than 15 years of experience already.

Apart from the domain names, Natim offers web hosting and TLS certificates.

Best web hosting companies in Greece


Get your “.gr” domain name from one of these well-known registrars. They are all trustworthy and have been in the business for a long time.

Start your Greek adventure now!