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Cloud Computing


How to Verify Domain Ownership in Google Search Console via Cpanel?

In order to verify domain ownership, complete the following steps:

  • Go to Google Search Console.
  • Click ‘Add Property’.
  • Choose Domain and enter your domain name:
  • Click ‘Continue’, you’ll be redirected to the next step.
  • Copy the domain verification TXT record you’ll get:

  • Log into your hosting. I’ll be using cPanel as an example as I’m on HostMyCode hosting.
  • Find Zone Editor under Domains:
  • Choose the domain you need to verify in Google Search Console and click ‘Manage’.
  • Add a record and select TXT as a record type.
  • Fill in the rest of the fields with the following information:
    • Valid zone name – your domain name
    • TTL – 3600
    • Text – your verification text copied in step 3.
  • Once you’ve filled in all the fields, click ‘Add record’ to save it.
  • Go back to Google Search Console and click ‘Verify’.

Don’t worry if your domain ownership will not be verified right away in Search Console. At first, I got this:

It may take your DNS records time to update and Google to pick them up. In my case, the domain was verified in 2-3 minutes. I just tried clicking ‘Verify’ a few more times and here’s what I finally got:



What is Cloudflare CDN?

Cloudflare is just a content delivery system (CDN). A CDN is really a distributed network of servers that provides several advantages for a web site, Cached content, By caching web site information material, Cloudflare may help improve page loading speeds, reduce bandwidth usage, and reduce CPU usage on your machine.

  • Cached Content: By caching web site content, Cloudflare may help improve page loading speeds, reduce bandwidth usage, and also reduce CPU usage on your host.
  • High accessibility: With a redundant network of servers worldwide, if a machine experiences an issue, Cloudflare’s CDN only “fails over” to utilize another server.
  • Increased security: Cloudflare can help improve security by preventing risks before they even reach a site. Cloudflare’s CDN can also provide some security against Distributed Denial of Service (DDoS) attacks.

How Cloudflare Works:

When you activate Cloudflare on your account, your site becomes part of the Cloudflare network. This network routes web site traffic through Cloudflare’s global network of data centers.

Cloudflare optimizes web content delivery by storing duplicates of static content (such as CSS, JavaScript and image files) on its servers. Your web site content is served from the Cloudflare server located nearest to your visitors, which decreases page load times. If a server in Cloudflare’s network is very busy, web traffic is automatically routed to the next server nearest to your visitors.

Cloudflare’s CDN also blocks threats and limits abusive bots before they reach your server. This helps increase security and reduce wasted bandwidth.

Why is Cloudflare CDN faster?

Cloudflare promises faster loading because it has invested in 23 data centers at strategic locations all over the world. All the static files of a register user’s website are stored at a location closer to visitors. In addition to that, it also deploys a technology named Anycast to route visitors to the nearest data location.

Cloudflare Security:

Making websites secure from spammers, DOS attacks and other damaging elements was the prime objective of the team. Hence, CloudFlare security became one of the main USPs of the firm. By analyzing the traffic inflow and filtering it for spammers, SQL injection attacks, DOS attacks, and excessive bot crawling, it makes websites more resistant and secure.

Buy Cloudflare Railgun Powered Hosting Here:


What is the robots.txt file?

Robots.txt is a text file webmasters create to instruct web robots ( search engine robots ) which pages on your website to crawl or not to crawl.

The robots.txt file is primarily used to specify which parts of your website should be crawled by spiders or web crawlers. It can specify different rules for different spiders.

Googlebot is an example of a spider. It’s deployed by Google to crawl the Internet and record information about websites so it knows how high to rank different websites in search results.

  • Example of Robots.txt file URL: https://www.xyz.com/robots.txt
  • Blocking all web crawlers from all content

User-agent: *

Disallow: /

Using this syntax in a robots.txt file would tell all web crawlers not to crawl any pages of the website, including the homepage.

  • Allowing all web crawlers access to all content

User-agent: *

Disallow:

Using this syntax in a robots.txt file tells web crawlers to crawl all pages of the website, including the homepage.

  • Blocking a specific web crawler from a specific folder

User-agent: Googlebot

Disallow: /xyz-subfolder/

This syntax tells only Google’s crawler (user-agent name Googlebot) not to crawl any pages that contain the URL string.

  • Blocking a specific web crawler from a specific web page

User-agent: Bingbot

Disallow: /xyz-subfolder/blocked-page.html

This syntax tells only Bing’s crawler (user-agent name Bing) to avoid crawling the specific page.

There are two important considerations when using /robots.txt:

  • Robots can ignore your /robots.txt. Especially malware robots that scan the web for security vulnerabilities, and email address harvesters used by spammers will pay no attention.
  • The /robots.txt file is a publicly available file. Anyone can see what sections of your server you don’t want robots to use.

What is SSL Offloading?

When information transmitted through SSL secure protocol, the web server takes action to encrypt or decrypt your web traffic. This process assigns a substantial load on the webserver which will be affecting the performance of the webserver. To deal with the added burden of encrypting data on the server, many networks now employ SSL offloading. This network solution involves the removal of SSL encryption from incoming traffic before it reaches the webserver. SSL offloading is taking care of the SSL process on a separate device so that it doesn’t affect the web server’s performance. Security Socket Layer (SSL) is a protocol that ensures the security of HTTP traffic and HTTP requests on the internet. SSL traffic can be compute-intensive since it requires encryption and decryption of traffic. SSL (called TLS or Transport Layer Security now) relies on public-key cryptography to encrypt communications between the client and server sending messages safely across networks. Encryption of sensitive information protects against potential hackers and man-in-the-middle attacks.

How does SSL Offloading Work?

The idea behind SSL offloading is to do the work of encryption anywhere besides on the webserver. That could mean a totally separate machine, or the offloading could be handled on a different processing device on the same machine. In short, SSL offloading is specially designed to perform SSL acceleration or SSL termination. The processing is offloaded to a separate server designed specifically to perform SSL acceleration or SSL termination. SSL certificates use cryptography keys for encryption.

Benefits of SSL Offloading

The main benefits are that the web-server no longer has to process the SSL decryption and encryption and therefore can relocate the resources that were used towards other, important and common problems. Below some excellent benefits of SSL Offloading.

  • Boost the page load speed time.
  • It saves resources on those application servers.
  • Faster response from the Web server.
  • Enhance the stability of the website.
  • Auto-scaling the web servers during the peak hours of traffic.
  • Use as a load balancer for serving web traffic using different servers.

Types of SSL Offloading

There are two main types of SSL offloading.

  1. SSL Termination The SSL termination refers to the process that occurs at the server end of the SSL connection (i.e. the place where the data traffic gets encrypted from an unencrypted form). The data, which comes first, is sent to a device that encrypts the decrypted information. If the information comes in an encrypted form, then the information is forwarded without any processing to the web-server. This is the quickest and most efficient form of offloading.
  2. SSL Bridging The purpose of SSL bridging is to perform extra checks on the data to ensure that there is no malware included. The process includes decrypting the incoming data, inspecting it for any malicious code, and then re-encrypting it and sending it on to the webserver. Obviously, this form of offloading is meant to increase security rather than relieve the webserver of processing activities. Bridging is very important, as it helps in knowing whether the SSL encrypted data is secure or not. There are mainly three types of SSL bridging — HTTPS to HTTPs, HTTPS to HTTP, and HTTP to HTTPS. 


What is Offshore Hosting?

Offshore hosting is nothing but hosting your website, data or application to a far-off Datacenter location from your place of origin. There are many reasons for taking your hosting offshore, reasons as hosting copyrighted content, DMCA content, Hacking websites, adult content, and warez hosting, etc to get privacy, security, and freedom. There are servers that run/host a website except its located in another country. Many people use this because it is much harder to shut down legally and harder to contact. Offshore hosting is often used to host or promote the websites that are illegitimate, forbidden or banned in their own countries. Some things are banned in some countries, therefore, in this case, offshore hosting can be used to serve the purpose.

Host a website in an offshore country for one of the following reasons:

  1. Looking for a country with a higher level of freedom of speech due to restrictions imposed in your own country.
  2. Avoid some of the local laws and regulations by moving your online property to another country.
  3. Optimize your business taxation.

Benefits of Offshore Hosting

  • Exemption from specific laws and regulations of the country of your residence, e.g. online gambling can be prohibited in some jurisdictions, while it’s still perfectly legal in others.
  • Higher levels of freedom of the press and privacy protection. Switzerland is a popular country of choice in this scenario.
  • Lower taxes or other financial benefits for your business.
  • It comes with full data privacy.
  •  Ignores copyright abuses.
  • It does not allow phishing, scam, or selling illegal products.

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Difference between Self-Managed and Fully Managed VPS Server!

We are going to discuss the differences between the Managed and Self-Managed Hosting Server platforms. As its name suggests, self-managed hosting allows the owner to act as the main administrator for the site. On the other hand, managed hosting gives a vendor the responsibility of managing and maintaining your servers although you will still be accountable for the site that is being hosted. Let’s outline some important differences and main points to consider when making your VPS service choice.

Self-Managed VPS

Self-managed systems are those systems in which a client only deals with the operating system of the server so in that case, the user can only operate the operating system. Self-managed systems will allow managing the server, its updates, and troubleshooting processes. The main advantage of using self-managed VPS is that a client handles own server without anyone’s interference and feels independent with full control over the server. A self-managed VPS server is flexible as compared to a managed VPS server with respect to server management, maintenance, and monitoring. Self-Managed servers are better for those who have experience in configuring, securing & maintaining servers & do not require the support of the web hosting provider.

In Self-Managed Hosting Users are responsible for-

  • Server configuration
  • Server management
  • Security
  • Technical support
  • Troubleshooting
  • Setting up any websites/applications

Fully Managed VPS

A managed hosting server platform is the one provided to a client that fulfills the client’s requirements. The server is totally administered by the hosting providers’ expert team. This means the clients do not have to deal with the management, monitoring, and maintenance of the server they own, all these tasks are performed by the experts of the hosting service providers. The main advantage of this fully managed VPS is that it saves time as the hosting client does not need to focus on server updates or its maintenance, but on the other hand, clients also run into a risk whereby a managing provider is not an expert and hence VPS may not work effectively, which damages overall business productivity. Some of its benefits include proactive service monitoring, security firewall management, and installation. 

Managed Hosting Provider will Offer Following Benefits-

  • Installation, setup & configuration
  • Increased level of website security
  • Firewall & server security
  • Server updates
  • Troubleshooting
  • Fewer chances of server breakdown
  • Server optimization
  • Migrations
  • Technical support

What is Cloud Computing?

Cloud Computing means storing and accessing data and programs over the Internet instead of your computer’s hard drive. The cloud is just a metaphor for the Internet. Cloud computing is a game-changer in the Information Technology world and the way we utilize compute services, especially the small and medium businesses. Cloud computing is the delivery of computing services including servers, storage, databases, networking, software, analytics, and intelligence over the Internet (“the cloud”) to offer faster innovation, flexible resources, and economies of scale.

Types of Cloud Computing-

Public cloud

Public clouds are owned and operated by a third-party cloud service provider, which delivers their computing resources like servers and storage over the Internet. With a public cloud, all hardware, software and other supporting infrastructure are owned and managed by the cloud provider. You access these services and manage your account using a web browser.

Private cloud

A private cloud attributes to cloud computing resources handled exclusively by a particular business or organization. A private cloud can be physically located on the company’s on-site datacenter. Some companies also pay third-party service providers to host their private cloud. A private cloud is one in which the services and infrastructure are maintained on a private network.

Hybrid cloud

Hybrid clouds blend public and private clouds, connected by technology that allows data and applications to be shared between them. By allowing data and applications to move between private and public clouds, a hybrid cloud gives your business greater flexibility, more deployment options and helps optimize your existing infrastructure, security, and compliance.

Types of Cloud Services-

Infrastructure as a Service (IaaS)

The most basic category of cloud computing services. IaaS contains the basic building blocks for cloud IT. It typically provides access to networking features, computers (virtual or on dedicated hardware), and data storage space. IaaS gives you the highest level of flexibility and management control over your IT resources.

Platform as a Service (PaaS)

Platform as a service point to cloud computing services that provide an on-demand environment for testing, developing, managing and delivering software applications. PaaS is designed to make it easier for developers to quickly create web or mobile apps, without worrying about setting up or managing the underlying infrastructure of servers, storage, network and databases needed for development.

Software as a Service (SaaS)

SaaS provides you with a complete product that is run and managed by the service provider. Users can connect to a rented app over the Internet, usually with a web browser. All of the underlying middleware, infrastructure, app data, and app software are placed in the service provider’s data center. The service provider handles software and the hardware and with the relevant service agreement to ensure the security and availability of the app and data.

Benefits of Cloud Computing-

  • Cost-Efficient
  • Accessibility
  • Security Features
  • Productivity
  • Reliability
  • Performance