Virtualization is the act of moving a physical component or bit of software from a physical environment to a digital one that’s normally delivered over a network. This technology has become one of the most sought after tech improvements of the past decade, especially among small- to medium-sized businesses (SMBs). The only problem is, virtualization can be complicated, not to mention confusing because of its esoteric terminology. To make things easier, check out this glossary of 10 common virtualization terms.

1. Virtual machine (VM)

You will often hear virtualization experts discuss the term VM. What they are talking about is the virtual machine. VMs are essentially virtual representations of the computer on your desk. They can do everything a physical machine does, only everything is virtual and usually delivered over a network connection.

Because VMs are software-based, you can often run more than one VM on the same physical machine. This could be two separate versions of Windows running at the same time, or even running a different operating system (OS), say Windows on your MacBook.

2. Virtual server

A virtual server is a specific type of VM running in a virtual environment. A common setup many offices use is to have one physical server on-site. This server hosts separate virtual servers that, in turn, host different services like email, networking, and storage, among others.

Other businesses choose to rely completely on virtual servers. This is where another company hosts the servers delivered to you over the internet. This way, virtual servers appear to be present on the network just like physical ones.

3. Virtual desktop

Much like the virtual server, the virtual desktop is a specific type of VM. In this case, it is a virtually delivered version of an operating system like Windows, Linux, or even macOS.

Since the advent of virtual desktops, the idea that companies have to limit a machine to its OS has become irrelevant. For example, if you own a Mac and need to access a Windows-based program, you could set up a virtual desktop that runs Windows.

4. Hypervisor

The hypervisor is essentially a small OS that enables virtualization. It takes physical hardware resources and combines them into a platform delivered virtually to one or many users.

5. Host system

The host system, also referred to as the parent, is where the physical hardware and software are installed. These physical components are then copied by the hypervisor and delivered in a virtual state to the user. If you are creating a virtual desktop environment, then the host system will have the desktop’s OS installed on it, along with the necessary software.

6. Guest system

The guest system, also referred to as the child, is where the VM is accessed. From the example above, the OS installed on the host machine is replicated by the hypervisor and the copy is then delivered to the user.

The user can interact with the OS just as they would with the physical host machine, because the guest system is an exact copy of the host. The guest machine, in contrast, is virtual instead of physical.

7. Virtual Infrastructure

By combining a bunch of different types of VMs together into one solution such as hardware, storage, desktops, and servers, a virtual infrastructure is formed.

This is ideal for organizations looking for an entirely virtualized solution. In this setup, the whole IT infrastructure is virtualized and combined into one solution. Many companies look for a solution like this because it reduces the need for on-premises hardware, while making it easier for an IT partner to manage.

8. P2V

P2V, or physical-to-virtual, refers to the act of migrating a physical system to a virtual one. A common example is the merging of physical servers into a virtual environment hosted on one server.

9. Snapshot

A snapshot is an image of the state of the virtual machine at a specific point of time. This includes all of the data, configurations, and even windows or programs open at that certain moment. Snapshots are like the save button on video games — they save your progress. When you next load up the VM, your data, programs, and configurations will be right where you left them.

Snapshots are also kept in case something goes wrong with the VM. Then, you can easily revert back to an older snapshot, one that was taken before the problem occurred.

10. Clone

The action of taking one VM and creating an exact copy that can be used by another computer or user.

If you are looking to learn more about virtualization, contact us today to see how we can help.

Virtualization — the process of creating a software version of a hardware component such as a server — is one of the most beneficial tech solutions for small organizations. For many business owners and managers, however, this is a vastly complex concept that comes with some pretty heavy jargon. To help, we have come up with a glossary of 10 virtualization terms every owner, manager, and employee should be aware of.

1. Virtual machine (VM)

You will often hear virtualization experts discuss the term VM. What they are talking about is the virtual machine. VMs are essentially virtual representations of the computer on your desk. They can do everything a physical machine does, only everything is virtual and usually delivered over a network connection.

Because VMs are software-based, you can often run more than one VM on the same physical machine. This could be two separate versions of Windows running at the same time, or even running a different operating system (OS), say Windows on your MacBook.

2. Virtual server

A virtual server is a specific type of VM running in a virtual environment. A common setup many offices use is to have one physical server on-site. This server hosts separate virtual servers that, in turn, host different services like email, networking, and storage, among others.

Other businesses choose to rely completely on virtual servers. This is where another company hosts the servers delivered to you over the internet. This way, virtual servers appear to be present on the network just like physical ones.

3. Virtual desktop

Much like the virtual server, the virtual desktop is a specific type of VM. In this case, it is a virtually delivered version of an operating system like Windows, Linux, or even macOS.

Since the advent of virtual desktops, the idea that companies have to limit a machine to its OS has become irrelevant. For example, if you own a Mac and need to access a Windows-based program, you could set up a virtual desktop that runs Windows.

4. Hypervisor

The hypervisor is essentially a small OS that enables virtualization. It takes physical hardware resources and combines them into a platform delivered virtually to one or many users.

5. Host system

The host system, also referred to as the parent, is where the physical hardware and software are installed. These physical components are then copied by the hypervisor and delivered in a virtual state to the user. If you are creating a virtual desktop environment, then the host system will have the desktop’s OS installed on it, along with the necessary software.

6. Guest system

The guest system, also referred to as the child, is where the VM is accessed. From the example above, the OS installed on the host machine is replicated by the hypervisor and the copy is then delivered to the user.

The user can interact with the OS just as they would with the physical host machine, because the guest system is an exact copy of the host. The guest machine, in contrast, is virtual instead of physical.

7. Virtual Infrastructure

By combining a bunch of different types of VMs together into one solution such as hardware, storage, desktops, and servers, a virtual infrastructure is formed.

This is ideal for organizations looking for an entirely virtualized solution. In this setup, the whole IT infrastructure is virtualized and combined into one solution. Many companies look for a solution like this because it reduces the need for on-premises hardware, while making it easier for an IT partner to manage.

8. P2V

P2V, or physical-to-virtual, refers to the act of migrating a physical system to a virtual one. A common example is the merging of physical servers into a virtual environment hosted on one server.

9. Snapshot

A snapshot is an image of the state of the virtual machine at a specific point of time. This includes all of the data, configurations, and even windows or programs open at that certain moment. Snapshots are like the save button on video games — they save your progress. When you next load up the VM, your data, programs, and configurations will be right where you left them.

Snapshots are also kept in case something goes wrong with the VM. Then, you can easily revert back to an older snapshot, one that was taken before the problem occurred.

10. Clone

The action of taking one VM and creating an exact copy that can be used by another computer or user.

If you are looking to learn more about virtualization, contact us today to see how we can help.

Virtualization, or the act of moving physical systems to a digital environment, has become one of the most sought-after tech solutions by small- to medium-sized businesses (SMBs). While the technology is popular, it has many potentially confusing terms associated with it. To help, we have created a short glossary of 10 popular virtualization terms.

1. Virtual machine (VM)

You will often hear virtualization experts discuss the term VM. What they are talking about is the virtual machine. VMs are essentially virtual representations of the computer on your desk. They can do everything a physical machine does, only everything is virtual and usually delivered over a network connection.

Because VMs are software-based, you can often run more than one VM on the same physical machine. This could be two separate versions of Windows running at the same time, or even running a different operating system (OS), say Windows on your MacBook.

2. Virtual server

A virtual server is a specific type of VM running in a virtual environment. A common setup many offices use is to have one physical server on-site. This server hosts separate virtual servers that, in turn, host different services like email, networking, and storage, among others.

Other businesses choose to rely completely on virtual servers. This is where another company hosts the servers delivered to you over the internet. This way, virtual servers appear to be present on the network just like physical ones.

3. Virtual desktop

Much like the virtual server, the virtual desktop is a specific type of VM. In this case, it is a virtually delivered version of an operating system like Windows, Linux, or even macOS.

Since the advent of virtual desktops, the idea that companies have to limit a machine to its OS has become irrelevant. For example, if you own a Mac and need to access a Windows-based program, you could set up a virtual desktop that runs Windows.

4. Hypervisor

The hypervisor is essentially a small OS that enables virtualization. It takes physical hardware resources and combines them into a platform delivered virtually to one or many users.

5. Host system

The host system, also referred to as the parent, is where the physical hardware and software are installed. These physical components are then copied by the hypervisor and delivered in a virtual state to the user. If you are creating a virtual desktop environment, then the host system will have the desktop’s OS installed on it, along with the necessary software.

6. Guest system

The guest system, also referred to as the child, is where the VM is accessed. From the example above, the OS installed on the host machine is replicated by the hypervisor and the copy is then delivered to the user.

The user can interact with the OS just as they would with the physical host machine, because the guest system is an exact copy of the host. The guest machine, in contrast, is virtual instead of physical.

7. Virtual Infrastructure

By combining a bunch of different types of VMs together into one solution such as hardware, storage, desktops, and servers, a virtual infrastructure is formed.

This is ideal for organizations looking for an entirely virtualized solution. In this setup, the whole IT infrastructure is virtualized and combined into one solution. Many companies look for a solution like this because it reduces the need for on-premises hardware, while making it easier for an IT partner to manage.

8. P2V

P2V, or physical-to-virtual, refers to the act of migrating a physical system to a virtual one. A common example is the merging of physical servers into a virtual environment hosted on one server.

9. Snapshot

A snapshot is an image of the state of the virtual machine at a specific point of time. This includes all of the data, configurations, and even windows or programs open at that certain moment. Snapshots are like the save button on video games — they save your progress. When you next load up the VM, your data, programs, and configurations will be right where you left them.

Snapshots are also kept in case something goes wrong with the VM. Then, you can easily revert back to an older snapshot, one that was taken before the problem occurred.

10. Clone

The action of taking one VM and creating an exact copy that can be used by another computer or user.

If you are looking to learn more about virtualization, contact us today to see how we can help.

Medical professionals should always strive to give the utmost care to their patients, not only through proper diagnosis and treatment but with the best ancillary healthcare services as well. These are improved by the use of electronic medical records (EMRs). EMRs eliminate paper charts by digitally storing patients’ medical history and treatment. EMR systems lead to major health care savings and reduce medical errors. To get your healthcare practice ready for an EMR system, here are considerations to take note of.

Determine your requirements

EMR software offers a vast selection of functions — and you don’t want to pay for one that is irrelevant to your practice. Avoid this by making a list of all requirements from the ground up. Be process-oriented and begin from patient admission, then move on to patient scheduling, medication lists, visual reports, and so on. Prioritize the features that would bring the most value to your practice.

Get the appropriate EMR for your specialty

EMR systems with broad functions may not offer the specific features that you need. On the other hand, the right EMR system can be customized to suit your specialties and provide a familiar workflow. For instance, doctors who specialize in midwifery will need a unique EMR platform designed for logging in a newborn’s medical details.

Simple usability

EMRs should help healthcare professionals manage their patients. Usability issues can hinder this, so how will you know if your EMR solution is easy to use? Try out the demo version and test a few common functions that will assist you in your everyday routine. You should be able to figure out how to use it more or less right away. You’ll also need your staff to be able to catch up quickly, so simplicity helps a lot when implementing a new system.

Support and upgrades

Reputable sellers usually provide 24/7 support, which is beneficial as most likely you’ll come across technical problems at some point. You never know when you might need someone ready to answer questions late at night. And when it comes to software, support often includes upgrades with new features and bug fixes. Find out more about your potential vendor’s track record in giving quality care and consistent software updates.

Vendor viability

Take into account your vendor’s plans for the future before buying their EMR product. You’re not just buying from your vendor, but you’re also creating a long-term relationship with them. Remember that technology is always changing, as are medical regulatory standards. Make sure that your vendor has good customer relations and that they have the ability to invest in future development. After all, EMR implementation can be costly and you don’t want to be making major changes to your EMR system every few months.

You and your patients can benefit from having an electronic medical record (EMR) software system in your clinic, healthcare facility, or hospital. It significantly helps healthcare professionals keep a more comprehensive and detailed record of all their patients’ medical information and treatment procedures. However, with so many EMR vendors out there, choosing the best EMR to suit your practice can be overwhelming. Here are some criteria to consider when selecting an EMR system.

Determine your requirements

EMR software offers a vast selection of functions — and you don’t want to pay for one that is irrelevant to your practice. Avoid this by making a list of all requirements from the ground up. Be process-oriented and begin from patient admission, then move on to patient scheduling, medication lists, visual reports, and so on. Prioritize the features that would bring the most value to your practice.

Get the appropriate EMR for your specialty

EMR systems with broad functions may not offer the specific features that you need. On the other hand, the right EMR system can be customized to suit your specialties and provide a familiar workflow. For instance, doctors who specialize in midwifery will need a unique EMR platform designed for logging in a newborn’s medical details.

Simple usability

EMRs should help healthcare professionals manage their patients. Usability issues can hinder this, so how will you know if your EMR solution is easy to use? Try out the demo version and test a few common functions that will assist you in your everyday routine. You should be able to figure out how to use it more or less right away. You’ll also need your staff to be able to catch up quickly, so simplicity helps a lot when implementing a new system.

Support and upgrades

Reputable sellers usually provide 24/7 support, which is beneficial as most likely you’ll come across technical problems at some point. You never know when you might need someone ready to answer questions late at night. And when it comes to software, support often includes upgrades with new features and bug fixes. Find out more about your potential vendor’s track record in giving quality care and consistent software updates.

Vendor viability

Take into account your vendor’s plans for the future before buying their EMR product. You’re not just buying from your vendor, but you’re also creating a long-term relationship with them. Remember that technology is always changing, as are medical regulatory standards. Make sure that your vendor has good customer relations and that they have the ability to invest in future development. After all, EMR implementation can be costly and you don’t want to be making major changes to your EMR system every few months.

Electronic medical records (EMRs) digitally store a patient’s medical history and treatment. EMRs eliminate paper charts and allow patients to have a single electronic chart that can be accessed within one healthcare organization. It allows medical professionals to provide more efficient and precise care. To ensure that your healthcare facility is able to provide all the benefits of an EMR system, consider these factors.

Determine your requirements

EMR software offers a vast selection of functions — and you don’t want to pay for one that is irrelevant to your practice. Avoid this by making a list of all requirements from the ground up. Be process-oriented and begin from patient admission, then move on to patient scheduling, medication lists, visual reports, and so on. Prioritize the features that would bring the most value to your practice.

Get the appropriate EMR for your specialty

EMR systems with broad functions may not offer the specific features that you need. On the other hand, the right EMR system can be customized to suit your specialties and provide a familiar workflow. For instance, doctors who specialize in midwifery will need a unique EMR platform designed for logging in a newborn’s medical details.

Simple usability

EMRs should help healthcare professionals manage their patients. Usability issues can hinder this, so how will you know if your EMR solution is easy to use? Try out the demo version and test a few common functions that will assist you in your everyday routine. You should be able to figure out how to use it more or less right away. You’ll also need your staff to be able to catch up quickly, so simplicity helps a lot when implementing a new system.

Support and upgrades

Reputable sellers usually provide 24/7 support, which is beneficial as most likely you’ll come across technical problems at some point. You never know when you might need someone ready to answer questions late at night. And when it comes to software, support often includes upgrades with new features and bug fixes. Find out more about your potential vendor’s track record in giving quality care and consistent software updates.

Vendor viability

Take into account your vendor’s plans for the future before buying their EMR product. You’re not just buying from your vendor, but you’re also creating a long-term relationship with them. Remember that technology is always changing, as are medical regulatory standards. Make sure that your vendor has good customer relations and that they have the ability to invest in future development. After all, EMR implementation can be costly and you don’t want to be making major changes to your EMR system every few months.

Buyers used to have a limited choice for what kind of storage they got with their laptop or desktop PCs. With the invention of the solid state drive (SSD), you can now choose to configure your system with either the traditional hard disk drive (HDD), SSD, or in some cases both. So what’s the better pick between the two? Here, we compare the two so you can decide for yourself which one best fits your needs.

What is an HDD?
A hard disk drive (HDD) is a computer storage device that’s comprised of metal platters with a magnetic coating, spindle, and various moving parts to process and store data. The common size for laptop hard drives is the 2.5” model, while a larger 3.5” model is usually found in desktop computers.

What is an SSD?
A solid state drive (SSD) is another type of data storage device that performs the same job as an HDD. But instead of storing data on metal platters, an SSD uses flash memory chips and an embedded processor to store, retrieve, and cache data. It is roughly the same size as a typical HDD and looks like a smartphone battery. .

HDD and SSD comparison
Now let’s take a closer look at the two devices. We break it down into the following main categories:

Speed
This is where SSDs truly prevail. While HDDs need a long time to access data and files because the disk must spin to find it, SSDs can complete this task 200% faster since data is instantly accessed through flash memory chips. This is why an SSD-equipped PC will boot within seconds and deliver blazing fast speeds for launching programs and applications, whereas a computer that uses an HDD will take a much longer time to boot the operating system, and will perform slower than an SSD during normal use.

Capacity
As of writing, SSD units max out at 60 TB storage capacity. Although there are large SSDs, anything that’s over 512 GB is beyond most people’s price range. HDDs, on the other hand, have large capacities (1–2 TB) available for much more affordable prices.

Durability
HDDs consist of various moving parts and components, making them susceptible to shock and damage. The longer you use your HDD, the more they wear down and eventually end up failing. Meanwhile, SSDs use a non-mechanical flash storage mounted on a circuit board, providing better performance and reliability, and making it more likely to keep your files and data safe.

Noise
An HDD can sometimes be the loudest part of your computer. Even the highest-performing HDDs will emit some noise when the drive is spinning back and forth to process data. SSDs have no moving parts, so it makes no noise at all.

Heat
More moving parts means more heat, and HDD users will have to accept that their device will degenerate over time because of the heat HDDs produce. An SSD uses flash memory, generating less heat, so they have a longer lifespan.

Cost
SSDs are much more expensive than HDDs, although today the price difference has narrowed considerably. This is why most computers with an SSD only have a few hundred gigabytes of storage. HDDs are about twice as cheap as SSDs.

Despite the higher costs and lower storage capacity, SSD is the clear winner over HDD in terms of performance. While you’re paying more for less memory with an SSD, you’re investing in a faster and far more durable data storage option in the long run.

We recommend using an SSD as the primary storage for your operating system, applications, and most-used programs. You can install an HDD on the same computer to store documents, movies, music, and pictures; these files don’t need to leverage the incredible access times and speed of SSD.

People who buy desktop or laptop computers today need to choose between getting a solid state drive (SSD) or a hard disk drive (HDD) as a primary storage component for their device. But which one is the better choice? In this article, we outline the differences between SSD and HDD, as well as their pros and cons, so you can make the right decision for your next purchase.

What is an HDD?
A hard disk drive (HDD) is a computer storage device that’s comprised of metal platters with a magnetic coating, spindle, and various moving parts to process and store data. The common size for laptop hard drives is the 2.5” model, while a larger 3.5” model is usually found in desktop computers.

What is an SSD?
A solid state drive (SSD) is another type of data storage device that performs the same job as an HDD. But instead of storing data on metal platters, an SSD uses flash memory chips and an embedded processor to store, retrieve, and cache data. It is roughly the same size as a typical HDD and looks like a smartphone battery. .

HDD and SSD comparison
Now let’s take a closer look at the two devices. We break it down into the following main categories:

Speed
This is where SSDs truly prevail. While HDDs need a long time to access data and files because the disk must spin to find it, SSDs can complete this task 200% faster since data is instantly accessed through flash memory chips. This is why an SSD-equipped PC will boot within seconds and deliver blazing fast speeds for launching programs and applications, whereas a computer that uses an HDD will take a much longer time to boot the operating system, and will perform slower than an SSD during normal use.

Capacity
As of writing, SSD units max out at 60 TB storage capacity. Although there are large SSDs, anything that’s over 512 GB is beyond most people’s price range. HDDs, on the other hand, have large capacities (1–2 TB) available for much more affordable prices.

Durability
HDDs consist of various moving parts and components, making them susceptible to shock and damage. The longer you use your HDD, the more they wear down and eventually end up failing. Meanwhile, SSDs use a non-mechanical flash storage mounted on a circuit board, providing better performance and reliability, and making it more likely to keep your files and data safe.

Noise
An HDD can sometimes be the loudest part of your computer. Even the highest-performing HDDs will emit some noise when the drive is spinning back and forth to process data. SSDs have no moving parts, so it makes no noise at all.

Heat
More moving parts means more heat, and HDD users will have to accept that their device will degenerate over time because of the heat HDDs produce. An SSD uses flash memory, generating less heat, so they have a longer lifespan.

Cost
SSDs are much more expensive than HDDs, although today the price difference has narrowed considerably. This is why most computers with an SSD only have a few hundred gigabytes of storage. HDDs are about twice as cheap as SSDs.

Despite the higher costs and lower storage capacity, SSD is the clear winner over HDD in terms of performance. While you’re paying more for less memory with an SSD, you’re investing in a faster and far more durable data storage option in the long run.

We recommend using an SSD as the primary storage for your operating system, applications, and most-used programs. You can install an HDD on the same computer to store documents, movies, music, and pictures; these files don’t need to leverage the incredible access times and speed of SSD.

The hard disk drive (HDD) has been the primary storage device for desktop computers and laptops for a long time. But with the invention of solid state drive (SSD) technology, consumers are now able to choose between the two. So which one should you go for — HDD or SSD? Read on to find out.

What is an HDD?
A hard disk drive (HDD) is a computer storage device that’s comprised of metal platters with a magnetic coating, spindle, and various moving parts to process and store data. The common size for laptop hard drives is the 2.5” model, while a larger 3.5” model is usually found in desktop computers.

What is an SSD?
A solid state drive (SSD) is another type of data storage device that performs the same job as an HDD. But instead of storing data on metal platters, an SSD uses flash memory chips and an embedded processor to store, retrieve, and cache data. It is roughly the same size as a typical HDD and looks like a smartphone battery.

HDD and SSD comparison
Now let’s take a closer look at the two devices. We break it down into the following main categories:

Speed
This is where SSDs truly prevail. While HDDs need a long time to access data and files because the disk must spin to find it, SSDs can complete this task 200% faster since data is instantly accessed through flash memory chips. This is why an SSD-equipped PC will boot within seconds and deliver blazing fast speeds for launching programs and applications, whereas a computer that uses an HDD will take a much longer time to boot the operating system, and will perform slower than an SSD during normal use.

Capacity
As of writing, SSD units max out at 60 TB storage capacity. Although there are large SSDs, anything that’s over 512 GB is beyond most people’s price range. HDDs, on the other hand, have large capacities (1–2 TB) available for much more affordable prices.

Durability
HDDs consist of various moving parts and components, making them susceptible to shock and damage. The longer you use your HDD, the more they wear down and eventually end up failing. Meanwhile, SSDs use a non-mechanical flash storage mounted on a circuit board, providing better performance and reliability, and making it more likely to keep your files and data safe.

Noise
An HDD can sometimes be the loudest part of your computer. Even the highest-performing HDDs will emit some noise when the drive is spinning back and forth to process data. SSDs have no moving parts, so it makes no noise at all.

Heat
More moving parts means more heat, and HDD users will have to accept that their device will degenerate over time because of the heat HDDs produce. An SSD uses flash memory, generating less heat, so they have a longer lifespan.

Cost
SSDs are much more expensive than HDDs, although today the price difference has narrowed considerably. This is why most computers with an SSD only have a few hundred gigabytes of storage. HDDs are about twice as cheap as SSDs.

Despite the higher costs and lower storage capacity, SSD is the clear winner over HDD in terms of performance. While you’re paying more for less memory with an SSD, you’re investing in a faster and far more durable data storage option in the long run.

We recommend using an SSD as the primary storage for your operating system, applications, and most-used programs. You can install an HDD on the same computer to store documents, movies, music, and pictures; these files don’t need to leverage the incredible access times and speed of SSD.

To succeed in today’s technology-driven world, healthcare facilities now have to provide convenience alongside top-notch patient care. Online scheduling makes it easy for patients to book their medical appointments.

Even if the use of smartphones, tablets, and other internet-connected devices has already permeated society, many healthcare facilities have trouble keeping up with the times. But those that have kept up with tech trends have seen an uptick in both the number of patients they take in and the quality of care they are able to provide, while facilities relying on the old ways continue to remain stagnant in both areas.

Online scheduling is one of the simplest and most popular technologies used by forward-thinking health clinics and hospitals. It allows patients to see when a doctor is available and schedule an appointment on your website. Practices that use online scheduling are able to reap the following benefits. 

More potential new patients

Today, people are less inclined to make phone calls, especially if it involves ringing up someone they don’t know. For many people looking for a new doctor or specialist, they will simply keep looking for one that has online scheduling to avoid calling. 

More time for your staff, better care for your patients

Think about how much time your staff spend each day answering phone calls from people making an appointment. It’s probably a lot if you have a busy practice. Online scheduling lessens phone time required so that your staff can better focus and care for patients at your facility. As a result, patients will feel truly cared for and will more likely return to the healthcare facility in the future.

Setting appointments beyond clinic hours 

In the past, patients had to wait for the clinic to open just to make an appointment. With online scheduling, patients can simply log in to your website and see when you are available so they can plan their schedule accordingly around their visit.

Still unsure whether you need online scheduling?

Sure, you probably can get away with not having it at the moment, but eventually, most patients will expect this technology from you. And the sooner you roll out online scheduling, the sooner your staff will get the hang of it, and the sooner your patients can enjoy its benefits. 

Need help setting up online scheduling for your practice? Talk to our IT experts today and we’ll make sure this technology will make things easier for your patients.

While quality of care is a major factor when patients choose a healthcare facility, convenience is now becoming another key consideration. Online scheduling, in particular, has become more and more important in selecting a healthcare provider.

Even if the use of smartphones, tablets, and other internet-connected devices has already permeated society, many healthcare facilities have trouble keeping up with the times. But those that have kept up with tech trends have seen an uptick in both the number of patients they take in and the quality of care they are able to provide, while facilities relying on the old ways continue to remain stagnant in both areas.

Online scheduling is one of the simplest and most popular technologies used by forward-thinking health clinics and hospitals. It allows patients to see when a doctor is available and schedule an appointment on your website. Practices that use online scheduling are able to reap the following benefits. 

More potential new patients

Today, people are less inclined to make phone calls, especially if it involves ringing up someone they don’t know. For many people looking for a new doctor or specialist, they will simply keep looking for one that has online scheduling to avoid calling. 

More time for your staff, better care for your patients

Think about how much time your staff spend each day answering phone calls from people making an appointment. It’s probably a lot if you have a busy practice. Online scheduling lessens phone time required so that your staff can better focus and care for patients at your facility. As a result, patients will feel truly cared for and will more likely return to the healthcare facility in the future.

Setting appointments beyond clinic hours 

In the past, patients had to wait for the clinic to open just to make an appointment. With online scheduling, patients can simply log in to your website and see when you are available so they can plan their schedule accordingly around their visit.

Still unsure whether you need online scheduling?

Sure, you probably can get away with not having it at the moment, but eventually, most patients will expect this technology from you. And the sooner you roll out online scheduling, the sooner your staff will get the hang of it, and the sooner your patients can enjoy its benefits. 

Need help setting up online scheduling for your practice? Talk to our IT experts today and we’ll make sure this technology will make things easier for your patients.

Top-notch care is no longer the sole criterion patients have for choosing which healthcare facility to go to. They now also look for the convenience that online scheduling delivers.

Even if the use of smartphones, tablets, and other internet-connected devices has already permeated society, many healthcare facilities have trouble keeping up with the times. But those that have kept up with tech trends have seen an uptick in both the number of patients they take in and the quality of care they are able to provide, while facilities relying on the old ways continue to remain stagnant in both areas.

Online scheduling is one of the simplest and most popular technologies used by forward-thinking health clinics and hospitals. It allows patients to see when a doctor is available and schedule an appointment on your website. Practices that use online scheduling are able to reap the following benefits. 

More potential new patients

Today, people are less inclined to make phone calls, especially if it involves ringing up someone they don’t know. For many people looking for a new doctor or specialist, they will simply keep looking for one that has online scheduling to avoid calling. 

More time for your staff, better care for your patients

Think about how much time your staff spend each day answering phone calls from people making an appointment. It’s probably a lot if you have a busy practice. Online scheduling lessens phone time required so that your staff can better focus and care for patients at your facility. As a result, patients will feel truly cared for and will more likely return to the healthcare facility in the future.

Setting appointments beyond clinic hours 

In the past, patients had to wait for the clinic to open just to make an appointment. With online scheduling, patients can simply log in to your website and see when you are available so they can plan their schedule accordingly around their visit.

Still unsure whether you need online scheduling?

Sure, you probably can get away with not having it at the moment, but eventually, most patients will expect this technology from you. And the sooner you roll out online scheduling, the sooner your staff will get the hang of it, and the sooner your patients can enjoy its benefits. 

Need help setting up online scheduling for your practice? Talk to our IT experts today and we’ll make sure this technology will make things easier for your patients.