5 Reasons to Use Fax Server Software in Healthcare

Ben Taylor, Guest Post:

Traditionally, paper faxes have been used to transmit confidential medical information including prescriptions, test results and patient histories. With the introduction of rules and regulations in the healthcare industry, such as HIPAA, organizations in the healthcare industry are now moving to fax server software. Fax server software helps to integrate this use of faxing with the more modern Electronic Medical Records (EMR) or Electronic Health Records (EHR) systems. In this blog post I shall focus on how the use of fax server software in healthcare can save organizations a significant amount of time and money.

  1. Traditional paper-based faxing involves a number of costly expenses including paper, ink, the fax machines themselves, phone line rental and equipment maintenance. Fax server software eliminates most of these expenses by using the IT infrastructure to handle faxing requirements.
  2. Paper faxing does not fit the environmentally-friendly model of modern businesses, as it generates a huge amount of unnecessary paper. Traditional faxing requires at least one printed copy of every document, both from the sender and the receiver. In addition, compliance-related requirements mean that proof of transmission and receipt often needs to be printed and filed – adding to this pile of paper. The use of fax server software allows healthcare environments to still use fax technology, but without the need for paper communication or a physical device. Instead, documents are directly sent and received from the email client. The transmission histories can also be stored electronically.
  3. Manual faxing brings with it a significant burden on staff resources and time. A large hospital is likely to need multiple fax machines and someone to man them at all times – passing the paper information to the relevant personnel. The need to verify transmission for privacy and compliance purposes also results in vast amounts of time spent waiting for fax transmissions to complete.
  4. Aside from the time required to actually send the faxes, staff producing information to be faxed would historically need to spend time printing the documents and attaching the necessary cover sheets to each one. Fax server software can automate this process completely, with good solutions allowing users to fax directly from any application with the ability to print.
  5. In a typical healthcare environment, each patient´s journey through the system involves communication with a number of different departments, and there is often the requirement for each of these departments to be sent the same information.

Fax server software allows information to find its way to multiple recipients with no need for duplicate copies or delays while the information is passed between departments. This can greatly enhance and accelerate internal processes.

Faxing is very much ingrained in the healthcare processes, and the use of fax server software makes this safer and more efficient, allowing organizations to dispose of outdated and costly equipment, integrate seamlessly with modern patient records systems and comply with strict laws and regulations.

(This guest post was provided by Ben Taylor on behalf of GFI Software Ltd. GFI is a leading software developer that provides a single source for network administrators to address their network security, content security and messaging needs. Read more on fax server software.)

All product and company names herein may be trademarks of their respective owners.

Bonus Resource: EMR Software Checklist

For those of you who are at the stage of EMR implementation where it is time to decide on the EMR software system, we have a new resource which I think you will find very useful.
EMR Software Checklist
Medical Practice Trends has partnered with the folks at SoftwareAdvice.com to give you an EMR Software Checklist. They have a huge database of information from many EMR software vendors and have used this to create a checklist of selection criteria to help medical practices with their EMR system decision-making. Then, one of their consultants will call and walk you through the checklist and explain the best practices for researching EMR software. Software Advice will even provide a “short list” of EMR systems for you to consider based on your unique requirements. Last year, they helped over 10,000 organizations find the right software.

What’s the catch? There isn’t one really. It’s a totally free service for you. SoftwareAdvice receives a “finder’s fee” if they successfully match you with an EMR software company. As an affiliate, Medical Practice Trends gets a cut of that. Hey, we have to pay our electric bills, too.

So, here’s what to do:

First, if you haven’t already started your EMR project, get our free report (located in the right-hand sidebar) “Getting Through the EMR Maze”. This will give you an overview of EMR implementation and help you avoid making costly mistakes.

Next, CLICK HERE to go to the EMR Checklist page. Fill out the information and then you can download a PDF of the checklist so you can get started doing your research right away. Good luck!

Five Ways to Scan Your Paper Charts into an EMR System

We are a little over two years into our electronic medical records implementation at the time of this writing. Since we have been performing a gradual rollout, the entire process has been relatively uneventful. Most of the credit for this goes to our chief information officer (technospeak for the head of our IT department) and our practice administrator.

One of the biggest challenges we have been facing is how to convert all of the paper records into electronic ones. Since we started our EMR implementation with just new patients, we initially were entering brand-new data on those patients and there wasn’t anything to convert. But as we started adding established patients – those patients that had an existing paper chart – we had to deal with two issues: how much of the paper chart do we convert to a digital format and how do we make the majority of the existing clinical history available to the physician? Before I tell you what we did, let’s discuss some options for dealing with conversion of paper records to electronic records.

  1. All patient charts are scanned into the electronic medical records (EMR) system. If your practice is running out of physical office space, as we were, this is an attractive option. Unfortunately, it is easy to [Read more...]

Designing the Office Computer Network

Regardless of whether or not you use an EMR system, network-sketch.jpgyou may already have computerized billing and scheduling. And if you have multiple computers at your practice, most likely these computers operate on some sort of network. Even if you are not the ‘technical’ person in your practice, you should understand the designs and capabilities of computer networks, especially when a complex, multi-user EMR system is finally put into place.

Below are some basic principles of computer network design you should be familiar with:

Networking Basics (WAN, LAN, or MAN?)

Certain network hardware and system software may be incompatible with some EMR and EPM systems. Obviously, you should know this in advance. If you plan on adding users to your network at a later time, it’s often better to buy multi-user licenses rather than individual retail software packages. You can connect computers and printers in a practice on a Local-Area Network, or LAN. The LAN can link up with other local area networks via wireless connectivity. But be sure to check with the vendor of the EMR software to insure that it can operate on a wireless network.

A Wide-Area Network (WAN) can connect other smaller LANs, or Metro-Area Networks (MANs). Large practices can use these WANs to connect multiple satellite offices over a wide geographic area, for example.

The most recognized WAN is the Internet. The Internet can also create the possibility of an Intranet, or a private Internet, on which employees can communicate and collaborate with each other, regardless of where they are located. For such a system to function well between dispersed offices, a hi-bandwidth connection is a must in order to maintain smooth operations. We use an Intranet for such things as employee manuals, a practice Wiki, staff newsletters, photo sharing, and educational materials.

Bandwidth and Topology

Data capacity, or network Bandwidth, is often measured in bits-per-second (bps). In most cases connection rates range from 56kbps to millions of bits per second. Even so, the rates achievable may be limited by the hardware or sometimes even the software used. Overall speed on the network can be drastically reduced when many users are trying to use the system at the same time. If network speeds are slow because the hardware is underpowered or the network design is bad, ‘fast’ connection speed rates promised by the internet service provider won’t really mean much.

Network Topology is also important. Topology is the ‘shape’ of the network, as in the wiring between a series of computers. This topology should have a clean, intelligent design and not simply daisy-chaining PCs in a random, haphazard way. Optimal topography may mean more wires, but this can contribute to overall system resilience from failure due to a weak spot. Otherwise, if one part of the network fails, the entire network could collapse as a result. Proper topography protects against this sort of situation with redundancies. A network consultant should recommend a good balance between expandability and redundancy.

Wiring

In most cases, a practice running an EMR system will employ hard-wired computers connected to a server. However,  some physicians may prefer to input data via a wireless device, as this can be carried throughout the areas in a practice. However, wireless networks present some new points to address:

Signal

Wireless devices have less-than-expected ranges when functioning in an office with many walls. Many consumer-level devices may be inadequate for the needs of a medical practice network. And they may suffer from interference due to common appliances such as microwave ovens or cordless telephones.

Bandwidth

The useful speed on your local network can be limited by the speed of your wireless connection, even if your LAN has good bandwidth rates.

Wireless Security

A hacker can destroy your network if it isn’t protected. Even simple wireless access points need to have built-in security. This is especially important in the age of HIPAA compliance.

Firewall

And speaking of security, you can protect yourself further by having what is know as a firewall. These are software programs, either stand-alone or as part of a hardware device, which protect private networks against intrusion from the outside world. These have become relatively inexpensive for the small business, especially compared to the cost of a successful network attack.

Fat or Thin Clients?

Should you employ laptops (fat clients) that directly run software and connect to your network via a wireless connection? Or, should you run the software virtually with a network appliance (thin client) via a remote connection? With wireless networks, disconnects are an unavoidable reality. In this case, the thin client lets the software continue to run, and you can later pick up where you left off. A broken connection on a fat client may cause a software crash. On the other hand, the latter has certain other capabilities such as running video programs.