The Benefits of Cloud-Based EHR Software: Enhancing Efficiency and Patient Care
EHRs – Some Trends
In 2018, thirty percent of
practices that housed more than 11 clinicians were looking to switch their EHR Software by 2021, according to a Black Book report. As such, there are both
positive and negative sides to cloud-based and in-house EHRs. Some points that
need to be considered while going in for either include cost savings, security
considerations, and even data-sharing benefits.
Any large or small medical
practice needs to conduct a research exercise to discover the best EHR for
their needs. While doing so, they may also realize some discouraging up-front
costs are involved with some EHR systems. The scales tilt in favor of
cloud-based EHRs in these aspects as there are some distinctive advantages of such
EHRs compared to client-server systems.
Cloud-based vs. In-house EHRs
Before we go into the benefits of
cloud-based EHRs, let us study some differences between these EHRs and
client-server EHRs.Such EHRs store medical practice data on external servers.
This data can be accessed through the web by authorized personnel, such as
physicians, practice managers, and other authorized staff. The only requirement
is a mobile device or computer with a secure internet connection.
On the other hand, client-server
systems store data in-house. This requires a server, hardware, and software
installed in the physician's office. Client-server EHRs have been historically prevalent.
However, medical practices increasingly switch to cloud-based EHR systems for several
reasons, including enhancing efficiency and patient care.
Let us study some of the benefits of cloud-based EHR systems next:
- Easier Implementation
EHR systems that run on the web do not require hardware or installation of software. Since software implementation is faster with cloud-based systems, it has been noted that there is a marked increase in the return on investment (ROI) for those practices running such EHRs compared to traditional client-server systems.
Many medical practices are genuinely concerned about the high cost of setting up traditional EHRs. Small practices especially face costs to the tune of $40,000 or more to set up such EHRs. Then, licensing fees, maintenance costs, updates, and patches must be considered.
On the contrary, cloud EHRs do not require any hardware installation. Also, there is no need to purchase any software licenses. Therefore, implementing such EHRs costs very little. In practice, they pay only a monthly fee, just like a utility bill. This arrangement is called software as a service (SaaS).
3. Much Fewer IT Requirements
Practices that move their medical record to the cloud no longer need their team of IT experts to do tasks such as installation, configuration, testing, running, securing, and updating hardware and software. Such tasks are handled by the SaaS provider exclusively. Furthermore, web-based systems also make arrangements to provide automatic updates. This means practices can continue running the most up-to-date software that is available.
4. Better Collaboration and Accessibility
Cloud-based users can log in to the system from anywhere using any secure internet connection device. This enables authorized users to access the system outside the office and collaborate more effectively. This means better care coordination can be achieved easily.
5. Easily Scalable
It becomes easier for practices to expand on the cloud without the usual pangs witnessed with issues such as the addition of new doctors, users, or locations. This allows practices to grow without causing them financial distress.
Are Cloud-Based Systems Safe?
Millions of people trust the
cloud to store much of their sensitive data. Email systems like Google and
social sites like Facebook utilize cloud storage. Some physicians are skeptical
about cloud storage and cite security as a concern. However, as you will
understand, web-based EHR Service Software can provide greater security
than client-server systems and paper records. Web-based systems are
HIPAA-compliant as they utilize secure data centers and encrypt data with the
help of high-level encryption methods to make data unreadable even in the event
of a security breach.
Conclusion
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