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Small Business Tips: Things to Consider Before Signing up for Web Hosting Services

Small Business Tips: Things to Consider Before Signing up for Web Hosting Services
Hostman Team
Technical writer
Cloud

It should come as no surprise that in today’s market, a reliable web hosting service is a prerequisite for running an effective business operation. Your website essentially acts as an extension of your business and it’s often the first point of contact between you and your customers. Therefore, a functional and attractive website will help both attract and retain consumers and help develop a lasting connection over the long run.

Of course, the converse is also true. Websites that operate on a faulty hosting service can have many technical issues similar to computer bugs. You may ask ‘what is a bug in software testing?’ If your website is faulty for whatever reason, it reflects badly on your business. Consumers might attribute the website’s shortcomings with the business itself. As such, for small businesses that are just starting up, choosing a reliable web hosting service is of paramount importance.

Most businesses opt for a simple Google search on what the best hosting platforms are and select one of the options listed. This is generally a good practice, but it fails to take into account some of the finer details that will help you make the best possible purchase.

So, here’s a look at some of the key factors to consider when signing up for a web hosting service as a small business.

The Basics

The biggest barrier that most small business owners face when trying to choose a hosting service is all the confusing terms associated with hosting. While hosting companies often attempt to be as clear and concise as they can be with their terminology, it helps to have a clear understanding of what all the jargon means.

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Uptime

Uptime refers to the amount of time that a website will be online. It is by far the most important factor to consider when making a choice between hosting services. After all, it doesn't matter if a certain service can offer all kinds of different functionalities, if it can’t ensure that your website is readily accessible in the first place.

Generally, the uptime is represented by a percentage. Most hosting companies will state that their service has a 99.9% uptime. If you do the math on this, it basically means that your website will have less than nine hours of downtime over the course of a year.

Bandwidth

Bandwidth refers to the quantity of data and traffic that can be transferred between your website and other parties. More bandwidth is always better in this case but it might not be a deciding factor depending on the nature of your business.

If you are a small business that’s planning to launch its website, you can expect small to moderate amounts of traffic at the start. This means that you won’t need excessive amounts of bandwidth. On the other hand, if you are expecting a high amount of traffic to frequent your website right away, bandwidth should be near the top of your list of considerations.

Domain Name

A domain name is what users will have to type into their web browser to reach your website. It is a set of letters and numbers that ends with a domain name extension. If you ever asked yourself what is io at the end of a domain, that is an example of a domain extension. Ideally, you’ll want a clear and concise domain name that’s easy for you consumers to type in. However, it’s important to keep in mind that your URL needs to be unique and so, you might find that most of the good names are already taken.

Most hosting services will provide you with a domain name for free. You can change this domain for an extra cost.

Content Management System

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Quality assurance is a big part of what makes a business successful. In the context of your website, this means you need to post the best content possible and regularly update it. The content management system is the software that you’ll be using to manage all the digital content that gets uploaded onto your website. In many ways, this is the system that you will use to create and modify your website on a day-to-day basis.

There are plenty of different CMS options to choose from. If you were to go with an apps rating approach, WordPress is the go-to content management system. The reason for its popularity is the wide range of customisation options it offers.

Generally, a web hosting service will support a specific CMS. This will be clearly defined by the hosting service. Certain hosting services will even offer customized servers that are designed for the CMS they are running.

Disk Space

This denotes the amount of space your website can use for storage on their server. Disk space is one of those factors that can be crucial for some businesses and unimportant for others.

For instance, if your website is very large and includes a variety of media files, disk space will be crucial. On the other hand, if your website contains only a few pages and contact information, there’s no need to prioritize disk space when choosing between services.

Security

In simple terms, the security of a web hosting service is what determines how protected your website is from external threats. There are plenty of great cyber security measures out there such as firewalls, SSL protocol and malware detectors.

However, it isn’t always clear if your hosting service will provide your website with all these security features. What’s more, you will likely have to pay extra for these features in most cases. Regardless, you should always go with a safe and secure solution. So make sure to pay special attention to the security features that come with your hosting service of choice.

Backups

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It’s always good to have a backup and it’s no different when it comes to your website. A website backup is essentially a copy of your existing site that can be used if the original is experiencing downtime. For instance, if your website gets hacked, the site might experience some downtime as you work to get it repaired. You can use the backup for this period to ensure that you don’t miss out on any potential traffic.

In essence, a backup is one of the most useful tools at your disposal and having one is crucial for any growing business. When choosing a web hosting service, you should always look for options that offer automatic backups and take into account test automation best practices.

Picking a Plan

Now that you are aware of the basic features you need to keep in mind when choosing a web hosting service, it’s time to pick your plan.

Web hosting services will offer different plans that differ based on resource allotment. Paying for unnecessary resources can really rack up your costs. Therefore, it is important to first identify the resources your website will need in order to function. If you already have a functioning website you will have an easier time gauging your requirements.

Here are a few straightforward plans that are ideal for small businesses.

Shared Hosting

If you’re looking for the most cost-effective plan out there, shared hosting is the way to go. This is because shared hosting works by renting out space on a web server alongside other websites.

This is useful for small businesses that aren’t expecting large amounts of traffic to flood their website. However, the lack of resources in this plan can cause problems for larger websites or if you want your website to scale as your business grows. One way to encourage business growth might be to incorporate your brand name into a vanity number for business to increase awareness.

VPS Hosting

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Now, if you are expecting large amounts of traffic to flock to your website, VPS hosting is a great option. These plans allow you to rent out an entire virtual server. As such, there’s a high amount of resource allocation. Of course, all this utility means that VPS hosting tends to be a far more costly investment when compared to a plan that offers shared hosting.

WordPress Hosting

This is a fairly flexible plan that allows you to choose whether you want to go with shared hosting or VPS hosting. As the name suggests, this plan is specifically designed for the WordPress CMS. So, if you’re set on using WordPress for your content management, this can be a great package deal.

Dedicated Servers

If you want to have a server all to yourself and have complete control over it, this is the option for you. This differs from VPS hosting which still has some level of resource sharing going on. You should go with this option if you prefer having control over your server and expect high levels of traffic on your website.

Evaluating Price

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Knowing all the options and features that a web hosting service provides is vital for making a good purchasing decision. However, for most small businesses, the price is always the most important factor to consider.

In general, web hosting prices can differ quite drastically depending on the vendor. You’ll often find that one web host is drastically cheaper compared to another. Of course, this might mean that you’ll miss out on certain features and services.

Author: Kate Priestman - Head Of Marketing, Global App Testing

Kate Priestman is the Head of Marketing at Global App Testing, a trusted and leading end-to-end functional testing solution for QA challenges. Kate has over 8 years of experience in the field of marketing, helping brands invent an app and achieve exceptional growth. She has extensive knowledge on brand development, lead and demand generation, and marketing strategy — driving business impact at its best. Kate has also written great articles for sites such as VMblog and Dealavo. You can connect with her on LinkedIn.

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Best Cloud Hosting Providers in the US for 2024

Cloud hosting services are essential for businesses of all sizes, providing scalable resources and reliable performance for web applications and data storage. In 2024, the cloud hosting market is more competitive than ever, with various providers offering cutting-edge solutions to meet different needs. This article will cover the best cloud hosting providers in the US, focusing on their strengths, pricing, and key features. Evaluation Criteria When choosing a cloud hosting provider, it's crucial to evaluate a few critical factors: Performance: Speed, reliability, and uptime are crucial for any hosting service. Scalability: The ability to grow with your business, supporting increased traffic and resource demand. Security: Security measures such as encryption, firewalls, and backup solutions are vital to protect your data. Customer Support: 24/7 support can be a lifesaver during technical issues. Pricing: The cost of cloud hosting should align with the services and resources provided. 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Hostman Key Features: Simplified cloud hosting with a user-friendly interface High scalability and flexibility – users can easily adjust configurations when they need more power, ensuring seamless scaling for growing businesses Free 24/7 customer support with a response time of less than 15 minutes Integrated CI/CD pipelines for smooth and efficient development workflows Fully automated deployment, eliminating the need for manual configuration Perfect for startups and small to medium-sized businesses due to its simplicity and ease of use Budget-friendly pricing with a pay-as-you-go mode Hostman is designed to simplify cloud hosting for businesses of all sizes, with a particular focus on automating complex tasks such as deployment and scaling. Compared to other providers, Hostman offers a more developer-friendly experience, particularly for those seeking seamless CI/CD integrations without the need for extensive configuration. Moreover, Hostman provides VPS USA hosting solutions for any project.   Comparison with Competitors:   Hostman AWS Azure Google Cloud DigitalOcean Automated Deployments Yes Requires setup Requires setup Requires setup Manual setup Integrated CI/CD Yes, built-in Separate services Separate services Separate services Third-party tools 24/7 Support Free Paid service Paid service Paid service Paid service Ease of Use Very simple Complex Complex Moderate Simple Pricing Transparency Transparent Complex Complex Moderate Transparent Hostman’s ease of use and automation make it a standout choice for developers and small businesses who prioritize simplicity and scalability. Unlike larger providers, which often require manual setup for CI/CD. Hostman’s integrated approach saves time and reduces the need for specialized DevOps knowledge. 2. Amazon Web Services (AWS) Key Features: High scalability and flexibility Pay-as-you-go pricing model Comprehensive service portfolio (including EC2, S3, RDS, and more) Industry-leading security features Extensive global infrastructure AWS is the most well-known cloud hosting provider, offering a wide range of cloud-based hosting services. It caters to businesses of all sizes, providing a high level of customization, scalability, and reliability. However, AWS can be complex to set up and manage for smaller businesses or developers without significant cloud expertise. 3. Microsoft Azure Key Features: Excellent hybrid cloud capabilities Tight integration with Microsoft products Advanced AI and machine learning tools High performance and uptime guarantees Azure is a strong competitor to AWS, offering similar cloud hosting services. It stands out due to its seamless integration with Microsoft software such as Windows Server, Active Directory, and Office 365. 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10 October 2024 · 8 min to read
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How to run a Docker container in the cloud: 5 best solutions

Containerization greatly simplifies the software development process, and the biggest advantage of using containers is their portability. However, running a container on the cloud can lead to some complications. Of course, you can deploy containers on cloud provider servers using an IaaS (infrastructure as a service) model, but you will have to administer these servers. To avoid this, cloud providers came up with the CaaS (Containers as a Service) model. How to run a Docker container in the cloud without configuring the infrastructure Containers as a service, or CaaS, is a modern model that allows developers to run their Docker containers directly in the cloud without having to deploy infrastructure, including orchestration tools (Docker Swarm, Kubernetes, OpenStack, etc.) and software cluster management software. The main benefits of using CaaS are as follows: Reduced costs. There is no need to maintain the infrastructure to run your Docker container, which means running CaaS is faster and cheaper. Flexibility. In most cases, you can easily move from cloud to cloud or even back to on-premises infrastructure, freeing you from being tied to a specific provider. Speed. Because the underlying infrastructure is already provisioned, you don't have to worry about managing and maintaining the hardware your Docker containers will run on, meaning you can deploy them faster. Security. CaaS not only makes it easier to run applications, but also improves security as most CaaS solutions include vulnerability scanning. There are some important factors to consider when choosing the right CaaS solution. For example, the ability to work with multi-container applications, supported storage functions and file formats, and the technologies used to ensure data safety. Each solution has specific features and limitations, which we will now examine in detail. Amazon Elastic Container Service (ECS) Amazon ECS is a scalable container orchestration platform for running and managing containers in a clustered environment. You can choose the containers to run, how many containers to run, how they communicate, and the resources your containers use. There are two ways to use ECS: through EC2 instances or with Fargate. In the first case, containers will be deployed on EC2 instances (virtual machines) created for the cluster. This gives you full control over the type of EC2 instance you use. For example, if your container is used for machine learning and is GPU-centric, you can run a virtual machine optimized for that task. The only downside to this solution is that you will be responsible for patching, managing network security, and scaling. With the AWS Fargate model, you don't have to worry about managing EC2 instances. Fargate directly manages the underlying servers needed to run Docker containers by pre-configuring a cluster. Thus, you will relieve yourself of the need to manage infrastructure. However, only one network mode (awsvpc) is still supported, which may limit your ability to implement a number of tasks. AWS Lambda This is a serverless service from AWS where you submit code in various languages (Java, Go, C#, Python, Powershell, Node.js, Ruby), and Amazon runs it in the corresponding Lambda interface. Lambda functions are primarily called by connecting them to AWS API Gateway, which exposes the functions as REST API calls. Initially, AWS Lambda did not support containerization applications, but since December 2020, this service from Amazon can create a Docker image and run containers up to 10 GB in size. Using Lambda to run a Docker container in the cloud will give you, first of all, good scalability: Lambda can create up to 500 new instances every minute automatically. However, since Lambda is AWS's own serverless technology, you may have to face challenges when moving to another cloud provider. Among other restrictions, we note that Lambda functions can be executed for no more than 15 minutes, which means you can forget about long-running tasks. AWS App Runner Launched in May 2021, AWS App Runner allows you to move your web application to the cloud without worrying about scaling or the infrastructure associated with the application. Essentially, it just launches ECS with Fargate to run your container, but you don't need to configure anything related to Fargate to get started. AWS App Runner can run in build mode, pulling code from your GitHub repository and building the application on any commits you push to master/main. It can also run in container mode, where you connect your container registry (though only AWS ECR is currently supported) and specify your image. The main advantage of AWS App Runner is that it is easy to set up and provides an easy way to run a web application in the cloud. Among the disadvantages, we note that the build mode only supports the Python and Node.js runtimes. Build mode also doesn't have integration with AWS CodeCommit or other version control systems, meaning you'll only have to use GitHub. Finally, the application cannot communicate with private VPCs. Azure Container Instances (ACI) This solution from Microsoft offers: persistent storage by connecting an Azure file share to a container; managing groups of containers that share a host, local network, or storage; full control over the instance on which your Docker container runs; increasing the computing power of the GPU to the required values. Let's also add that since the container is located in your virtual network, it can communicate with other resources in it. The only drawback of ACI is that calling Docker containers is only supported from the registry. Google Cloud Run Google's CaaS solution is built on the Knative platform based on Kubernetes. As with AWS App Runner, you can specify a container registry or repository containing your application code. Google Cloud Run's advantages include Google Secret Manager support and code support in many programming languages, including Go, Python, Java, Node.js, and Ruby. Among the shortcomings, we note only a limited number of regions compared, for example, with Azure and AWS services. Conclusion While there are some differences in the solutions from Amazon, Microsoft, and Google, they share a common goal of making it easier for developers to run Docker containers in a cloud orchestration environment while maintaining the flexibility needed to support a wide range of workloads. Moreover, each solution has its own limitations that must be taken into account when choosing a solution for your tasks.
25 March 2024 · 6 min to read
Cloud

Migration to Cloud

The process of migration is called so because it appears to be the method of pulling data from a traditional server to the cloud cluster. The scale of data brought from one type of platform to another might drastically differ. Some companies and developer teams transfer one or few applications. And some transfer the whole infrastructure that is already established on some sort of hosting. Types of migration Let us begin with different types of migration. There are three main sorts: Transferring "as it is" (without any distinctive data changes). Rebuilding. Hybrid transferring. Transferring "as it is" Cloud migration of this type is the simplest way of pulling data from traditional servers to cloud clusters. The idea behind the process is straightforward: you simply take files, configurations, etc. and put them into the cloud using a special service. All settings are kept the same, as well as the installed applications. Everything can be run using virtual machines. It is quite easy to automate the process for this kind of migration. There are special applications that can copy the data to the cloud server without any interference from the user's side. Such an approach increases the level of reliability and makes it easier to control the entire system. But there's at least one huge disadvantage of transferring "as it is": it prevents you from using the full potential of cloud clusters. Rebuilding This is a migration of infrastructure from traditional servers to the cloud and has all the technical advantages that cloud systems possess. As might be expected, rebuilding is a harder task than transferring without data and parameter changes. While rebuilding you have to rewrite your monolith apps dividing them into microservices. Furthermore, you must change some elements of infrastructure whilst rebuilding. For instance, lots of companies and development teams decide to drop manual DBMS support and switch to controlled databases. That's why there are more and more providers who offer such DBs. Resettlement of the whole infrastructure noticeably increases its efficiency. You will experience a more flexible and powerful way of working with your data making it much easier to test applications, scale them up and release new features. Hybrid migration Hybrid migration might be considered a "something in between" solution. It has some trade-offs but generally fits the best. It works in the following manner: you transfer your data "as it is". The whole infrastructure is pulled to the cloud without perceptible changes. After that, the rebuilding takes effect, so moved infrastructure becomes more compatible with cloud services. A bit about IaaS, PaaS and SaaS Migration can be implemented on various levels. If you want to understand the difference between these levels better, you'll need to differentiate between IaaS, PaaS and SaaS. IaaS stands for Infrastructure as a service. PaaS stands for Platform as a service SaaS stands for Software as a service. There is a popular comparison of these technologies with pizza. It goes as follows: if a person buys ingredients for pizza and makes it at home himself — it is IaaS. If a person orders a pizza and eats it at home — it is a PaaS. If a person orders a pizza and eats at the cafe — it is a SaaS. Now let us return to cloud technologies. IaaS – it's a structure of the servers, network resources and data storages. A provider of IaaS gives you access to previously enumerated goods and promises to give you with some technical support. With PaaS you buy ready-made infrastructure where you can store and set up your products. Some providers also offer additional features like power resources management, DNS, etc. SaaS — is a fully-fledged application for any user. All the technical stuff is made available by the provider. You just use the offered services as you wish. The order of migration and potential problems The main question for now — "How do I pull my app into the cloud". The first step — system audit. At this stage you have to know what parts of your infrastructure you will transfer. What should you bring to the new platform and what can be dropped. If you decide to go the "as it is" way, it might be enough to create a snapshot of the server, convert it into an extension compatible with virtual machines and send it to the cloud. If you decide to go with rebuilding, you might want to analyze what parts of the app should be remade. Such questions usually occur to developers at the first stage of the app audition. But you're advised to learn more about the cloud services your potential hosting can provide. It might be better to use them instead of trying to move your old stuff into the new system. The second important thing is the amount of data that needs to be transferred. The more the data the harder and longer the process of transferring. There are four problems that might pop up during the transfer: Technological differences between your current platform and the one you want to bring data to (mostly it relates to companies with old technological stacks). Dependencies between applications that were not resolved during infrastructure auditioning and came to light after deployment into the cloud. Issues connected with the process of dividing monolith apps into microservices. Vendor lock. If you want to make transferring as smooth as possible, you have to follow a set of rules. First of all, create infrastructure in the cloud, bring data there and test it. Secondly, bring actual data and apps to these tested clouds. Instead of conclusion Now you know what the process of migration to the cloud entails, what types of migration exist and how everything works, in general. Migration is not a simple process; therefore, it is important that it is managed by professionals. For example, if you migrate to Hostman, our specialists will walk you through all the steps and make the data transition not just successful but extremely easy and quick.
11 July 2022 · 5 min to read

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