A backup is a copy of the data vital for comprehensive recovery in case of software or hardware failures. There are different backup types including normal, copy, incremental and differential as well as various strategies suitable for certain scenarios.  In case of hosting industry routine approach is about full automation of backup processes.

Big Data

Big data depends on Linux because it’s a powerful scalable platform that allows analytical tools (many of them also open source) to process the huge amounts of data involved. Businesses produce more data than ever before now, but it’s only useful if it can be mined for insights. These days a company’s next efficiency improvement or revenue increase is as likely to come from new opportunities turned up by sifting through vast amounts of data than through launching a new product or service.

Cloud Computing

Cloud computing, also known as distributed computing, has become the backbone of many organizations both large and small. It’s allowed computing itself to become a subscription service, and its relieved companies and individuals of the need to invest in large amounts of computer equipment that they then have to maintain. Linux and open source have provided elements of the foundations for cloud computing to develop. It’s both scalable and flexible, taking massive deployments in its stride without an equally massive cost.

Cloud Hosting

The simple answer is that cloud hosting puts your website on a group of connected servers at the same time. So, all the data is stored in different places at once, giving your site greater security and reliability than if it was just sitting on one server. In a cloud setting, if one server breaks then the others pick up the slack, so your site visitors don’t notice any loss in continuity. And if you suddenly pick up an extra million visitors then your website can be duplicated on as many more servers as is required. So, cloud hosting gives you almost perfect uptime and great flexibility.

Easy to Use, User-Friendly

Any device with an Internet connection can access the cloud. It’s a comparatively new technology that has shown phenomenal growth, and it’s not hard to see why. Cloud hosting accounts are simple to manage, with GUIs that let you control your resources and can automate many management processes. It makes your files accessible from anywhere in the world, which means that not only can you get at them from anywhere, but you don’t have to keep them all in one place, like on your home computer where you risk losing them. If a drive fails at home you could lose everything, but with the cloud there are always multiple copies of your data.

Cloud Hosting Is Everywhere

Cloud computing has actually been around for a long time. Every time you’ve used a search engine you’ve been accessing the provider’s cloud infrastructure. It works fast because companies like Google put data centers all over the world, so your query will always be routed to the one closest to you.

Amazon has its own cloud arm, and companies like Facebook, Flickr, Netflix and many more are totally reliant on the cloud. Cloud hosting is easily more cost-effective than dedicated hosting solutions, so if your website outgrows its current hosting arrangement, the cloud is probably the way to go.

Flexibility and Efficiency

If you have a large site with highly variable traffic, then cloud hosting was almost made to fit your situation. The cloud gives your website the resources that it needs when it needs them, so when there’s a surge in traffic, it uses more server boxes to accommodate, and it dials it back when the need is less. Multiple servers give your website incredible stability and make it easy to scale up or down as needed.

Save By Only Paying for What You Use

The cloud’s clever use of just the right amount of resources saves energy, but it also saves money because you are only billed for the resources that you actually use. So, it behaves just like any other utility, where you only pay for the gas or electricity that you use.

It’s easy to see why it’s so much better than regular web hosting, where you pay for the whole server, and you may only use all its resources very occasionally. Still, do look carefully at the billing system of the cloud provider that you choose, just to make sure that what they offer is going to be cost-effective for you.

Work and Play in The Cloud

The cloud began as a means of making data storage more accessible, but it’s grown into something bigger. Its growth has fueled the explosion of sharing services like Facebook, Twitter, YouTube, and Instagram.

When the ability to store content externally came along, it freed users from the need to keep everything locally, and now it’s blossomed into new areas, giving rise to things like cloud gaming, cloud rendering of 3D animations, and cloud audio/video editing. And there’s probably a lot more to come!

Cloud VPS Servers

There are VPS hosting services that use an elastic cloud platform. This lets you upgrade your hosting resources in an instant by giving your site more RAM, CPU power or HDD space when it needs it. So, if your site has outgrown shared hosting, you can now migrate to VPS hosting, where you will get the benefits of dedicated hosting without the extra cost. Those additional cloud resources will always be ready to give your website what it needs at peak times, along with guaranteed stability and security. And your virtual server can easily be moved to another physical machine with no disruption to your website, should the need arise.

Cloud Management

Cloud-based solutions are increasingly popular, and cloud management refers to their evaluation, monitoring, and optimization. The aim is to achieve the right performance, efficiency, and service required.

Cloud management involves end-to-end cloud environment supervision, whether for a vendor of cloud-based services, a business, or both. As a practice, cloud management makes sure that said services are delivered and operated to the highest standard of quality.

How Does Cloud Management Work?

Cloud management comprises many of the same approaches and tasks as IT service management.

These range from basic to more complicated processes, including maintaining resource availability, delivery of specific software and/or systems, as well as the implementation of standardized security setups.

Companies may also provide vendor-neutral cloud management services, for effective management and operation of various solutions.

While a customer or end user also has responsibilities, cloud management is mainly an end process for the vendor, including tasks that impact the cloud environment (either directly or indirectly).

Cloud Service Architecture

The term cloud service architecture refers to all of the cloud computing solutions and services utilized in, and across, an enterprise business network’s boundaries. It can also be called cloud computing service architecture and enterprise cloud service architecture.

It deals with diagnosing, analyzing, designing, deploying, and integrating cloud services, enabling businesses to conduct operations in the cloud. Cloud service architecture focuses on the main business needs and finds a cloud solution that’s a suitable fit.

Explaining Cloud Service Architecture

Cloud service architecture, as with any other technology architecture, defines the deployment of enterprise cloud solutions — specifically, the structured guidelines, procedures, and constraints.

The fundamental goal is to create a roadmap for cloud deployment that utilizes the finest procedures, covering cloud computing’s technical and business governance elements. Cloud service architecture defines the way in which a company will incorporate its cloud solution, and any potential ramifications that may result. It may include all services the cloud provides, such as software, infrastructure, security, and storage.

Data Warehouse

A data warehouse (DW) contains corporate data and information gathered from numerous sources and systems. It will be created for supporting business decisions through the consolidation of data, analysis, and reporting at various aggregate levels.

Data will be added to the data warehouse via three processes: extraction, transformation, loading.

How Does a Data Warehouse Work?

Data warehouse architecture originated back in the ‘80s, as a model built for the support of data flow from operational systems to decision support systems.

Such systems require large quantities of heterogeneous data, gathered by companies over time, to be analyzed.

In data warehouses, data from numerous heterogeneous sources is extracted into one area. It will be transformed based on the needs of the decision support system, and stored in the warehouse. For instance, a business will store information related to its workers, their salaries, products built, client details, sales records, and invoices.

The company CEO may have a question they want to answer with regards to the current strategy for reducing costs, and the responses they receive will require all this data to be analyzed.

This is a core service of data warehouses: enabling executives to make well-informed decisions based on different raw data items.

As a result, a data warehouse can make a considerable contribution to decision making in the future. A business administration may query warehouse data to determine demand in the market for a specific product, compare regional sales data, or answer other key questions.

This will bring them insights into the steps required to market the product successfully. A data warehouse contains aggregate historical data, unlike an operational data store, which can be analyzed to make crucial decisions. The majority of large corporations utilize data warehouses, despite the money and work involved.

Hybrid Computing

There is no need for an organization to choose between keeping computer equipment at its own premises or using the cloud. It’s perfectly feasible to mix and match technologies in order to provide the particular infrastructure that they need. Once again, Linux’s scalability and stability provides a base for such hybrid setups, without creating a costly lock-in situation


Scalable hosting is essential for business owners, because if your business is likely to grow then your hosting needs to be able to grow with it. Scalability means that when the visitors come flooding in you can easily add extra storage, bandwidth and a small army of CPUs to deal with your enthusiastic new customers. That’s why a lot of businesses rely on cloud hosting because it’s the most scalable solution.

Vertical Scaling

Vertical scaling means adding more power in the form of additional (or more powerful) CPUs and/or extra RAM to your Web server to improve its performance.

Horizontal Scaling

In contrast to vertical scaling, horizontal scaling means adding additional machines to meet higher demand, so any extra traffic will be shared out amongst them and their extra horsepower.


SolusIO offers virtual infrastructure management and facilitates virtual private servers and Cloud management for ISPs and enterprises. SolusIO boasts a simple application programming interface, fast virtual machines, and a user-friendly self-service control panel that allows customers to get the most out of in-house virtualization and cloud hosting.

WebPros bring their more than two decades of experience to bear with SolusIO, and in that time they’ve hastened the migration to digital of more than a hundred million businesses around the world by facilitating 70 million websites for them on 900,000 servers using over 3000 cloud service provider partners.

SolusIO was built from the ground up with the aim of giving businesses and service providers access to cutting-edge IaaS, PaaS solutions right now, and then cheaper hybrid- and multi-cloud environments in the future. The API gives mobile and app developers ready access to user-friendly interfaces for networking, storage, compute power, and containers.

SolusIO empowers the user by giving them greater control of their cloud infrastructure and data. It adheres to regulatory requirements and lets service providers offer a high-end selection of customizable applications to businesses and end-users in an environment that they host themselves, one that scales effortlessly in line with their ever-changing needs.