null  User manual
GFI White Paper
Strategies for boosting your
practice’s information immunity
Physicians know how to treat human-borne viruses but are often
unprepared to deal with the ones disseminated by computers.
External threats
Internal challenges
Just the fax
Conclusion 8
About GFI®
Strategies for boosting your practice’s information immunity
Every day, viruses – along with worms, spyware, Trojans, bots, rootkits and other malicious intruders – infect
millions of computers and shut down businesses large and small all over the world. Medical practices are not
immune to these threats and their ensuing data breaches.
Rich repositories of personal, clinical and financial data, combined with relatively modest information
management capabilities, make medical practices prime candidates for numerous cyber threats, from hacking
to computer viruses. These threats will likely be more widespread as practice management systems increase
in sophistication, patient information becomes more connected through electronic health records and health
information exchanges and health data became more accessible as practices increase their use of tablets,
smartphones and other mobile devices.
According to a 2011 patient privacy and data security benchmark study of 72 healthcare organizations1:
Ninety-six percent of healthcare providers said they had at least one data breach during the previous
two years.
ata breaches cost healthcare organizations approximately $2.2 million on average – not including
time and productivity loss, brand or reputation diminishment or loss of patient goodwill.
Thirty percent of breaches were the result of criminal attack, up from 20% in 2010.
hile 81% of organizations said they’re using mobile devices to manage some form of protected
health information (PHI), 49% said their organizations are not doing anything to protect those devices.
Nearly half of data breaches occurred due to lost or stolen computing devices.
F ourteen percent of breaches were the result of a malicious insider, about the same percentage as
in 2010.
ore than 50% of healthcare organizations said that neither billing nor information technology (IT)
personnel in their organizations understand the importance of patient data protection.
The promise of technology can be wiped away in seconds with just one incident, so now is the time to
assess your practice’s information systems risk. It’s truly business-critical to implement strategies that can
both reduce that risk and help ensure compliance with privacy and security rules, including those created
as a result of the Health Insurance Portability and Accountability Act (HIPAA) and the Health Information
Technology for Economic and Clinical Health (HITECH) Act.
Here’s a closer look at a few of the common cyber-threats your practice faces today – as well as strategies for
mitigating them.
External threats
Malware attacks have become increasingly prevalent, with more than 55,000 new malicious programs
uncovered each day2. Malware – short for malicious software – creates a bevy of problems for its victims, from
annoyances to catastrophes, such as total system failure. Cybercriminals use software (or code) to achieve
unlawful access and control of computer systems, interrupt the operation of computers, collect confidential
data or log keystrokes to harvest passwords and access financial accounts.
Cybercriminals, for example, may seek to harvest email contact lists through phishing schemes, such as
sending emails that mimic communications sent by banks and credit card companies in an attempt to get
Second Annual Benchmark Study on Patient Privacy & Data Security, Ponemon Institute Research Report, December 2011.
AV-TEST Institute, February 2012.
Strategies for boosting your practice’s information immunity
recipients to reveal personal information. These emails also can be crafted to seed computer viruses through
malicious email attachments – even images – that, once downloaded, can pilfer passwords, account numbers
and other personal data from unsuspecting victims. Years ago, these malevolent emails were easy to identify
by their “fake” appearance; today’s electronic communications scammers are more sophisticated and can
develop sham emails convincing enough to fool even the seasoned user.
Malware attacks are designed to gain access to data to
later use for the criminal’s gain, infect machines or an
entire network to destroy or corrupt data or literally turn
the computer under attack into a robot. A prevalent and
dangerous form of malware is a Trojan program. Unlike
a virus, it does not cause harm by replicating itself, but
rather works quietly to locate passwords or financial
data. It may permit another person to take control of the
infected computer or network from a remote site so as
to spread malware, spam or phishing schemes – often,
without the knowledge of the infected computer or
network’s owners. Software and utility downloads from
websites are common routes of entry for Trojans.
With its storehouse of patient personal information and financial data, including credit card numbers and
health insurance identification numbers, your practice is a tempting target for those who want to use or sell
this type of data – and the criminals need only one weak link, such as an under-secured computer or portable
device, to gain access.
With new, more sophisticated and increasingly harmful malware circulating each day, cybercrime is a
frightening but real proposition for medical practices.
So how do you protect your practice – and your patients? Start with a robust antivirus solution. While there
are literally hundreds of antivirus programs on the market, a medical practice serious about arming itself
against cyber predators needs a solution that features:
Innovative technology that will not decrease employee productivity by slowing down computers and
networks, a common problem with many antivirus solutions
Efficient detection intelligence that automatically monitors and identifies security deficiencies
An intuitive interface that’s easy to learn and use
Comprehensive, user-friendly administration tools that allow the manager to effectively and quickly
detect problems
Fast, straightforward deployment
Although antivirus software can be installed on each machine individually, a practice reliant on its practice
management and electronic health record systems will find it more efficient and effective to implement a
practice-wide solution. The advantages of a practice-wide solution are many:
Network-wide monitoring continuously evaluates the network and servers for viruses
Malicious attacks and costly system downtime are avoided, allowing the practice’s staff and physicians
to work uninterrupted by computer security related ‘glitches’
Each computer on the network is continuously monitored
Frequent updates and scans run in the background without interrupting or requiring any action from
everyday users
Strategies for boosting your practice’s information immunity
Another critical practice-wide solution – patch management – should not be overlooked or undervalued. First
of all, computers certainly aren’t perfect, and thousands of ‘patches’ designed to resolve detected problems
in computer programs are released each day by various software vendors. While many patches fix various
‘bugs’ or annoyances for users, they also thwart many of the new and emerging malware in order to keep your
network, its computers and other devices safe from viruses, intrusions, Trojans and other hazards designed to
exploit flaws in the software applications we use every day. And that includes software programs from leaders
like Microsoft®, Adobe® and Google.
While it is important that patches are updated frequently, it is just as crucial that they are implemented
immediately. These fixes to various programs – Microsoft® Office, for example – can be delivered to individual
computers. Users who have not set their computers to automatically install new patches and updates may
notice alerts popping up frequently on their computers. While it is common knowledge that these updates
are necessary to ensure optimal productivity as well as prevent cybercriminals from attacking the latest
exposed vulnerability, many users ignore or delay these updates. In the workplace of your medical practice,
many staff may diligently install software patches when notified, but many others may not deploy them
immediately – or ever. A medical practice has too much to lose from inconsistent installation of patches,
which is why an automated network solution is the safest and most secure route to follow.
Effective patch management assures a consistently configured environment that is secure against known
operating system and application software vulnerabilities. The challenge for medical practices is to manage all
the updates for the numerous applications and operating system versions they use. Medical practices need a
sophisticated, continuously updated solution that can manage patches across many platforms, as well as scan,
detect, analyze and resolve vulnerabilities on the practice’s network.
As the connectivity and accessibility to networks and the Internet improve and become indispensable
features for today’s users, the potential for exposure to computer malware increases. The best defense against
these external hazards is a robust and vigilant antivirus paired with an automated patch management
Internal challenges
Between 2005 and 2009, several hospital employees of the
University of California Los Angeles (UCLA) Health System were
caught peering at medical records of celebrities, including
Britney Spears and Farrah Fawcett. As UCLA and other health
organizations have learned the hard way (including six-figure
settlements with federal regulators), a practice’s own employees
present another potential source of computer insecurity.
While your practice may not treat Hollywood celebrities, the
potential of these illegal intrusions remains a possible source
of legal liability, not to mention a public relations nightmare.
Fortunately, monitoring tools can be put in place to track
internal activities on computer networks to thwart many of
these threats.
Think of how it is possible in your practice management system
to view reports of registration errors and track which staff
member is the most frequent cause. Usually, it is thanks to the
employee’s identification “stamped” by the system on those
events. Monitoring software can similarly stamp and log each
time data is extracted from your system. Important details,
including what was viewed or extracted, the person who
Strategies for boosting your practice’s information immunity
logged in to do so, the workstation used and the date and time all can be logged. Continuous attention must
be given to staff training about computer security, guarding one’s passwords and the legal consequences of
violating state and federal privacy laws.
Another internal threat comes from unintentional
security breaches that employees and other authorized
system users may cause. It is no coincidence that the
surge of cyber-attacks correlates to the rise in the
nearly unfettered use of search engines, social networks
and other web-based applications by employees
using workplace computers. Many practices make
frequent contact with the Internet throughout the
day for legitimate activities, such as corporate use of
social networking sites for marketing, submitting or
confirming prior authorizations of medical services,
determining insurance claims status and verifying
insurance coverage and benefits eligibility. With these
contacts becoming much more frequent and spread
across more staff, attention to monitoring usage
becomes crucial.
Accompanying the greater use of web-based tools for practice activities is the rise of employees’ use of
social networking in the workplace. Indeed, studies show that a significant percentage of employee time
– forty percent of their Internet activity while at work, according to cyber-research firm International Data
Corporation (IDC) – is not linked to work. Social networking sites are more than a distraction; they are also a
target for attacks by cybercriminals. As social networking sites, search engines and online advertisers improve
techniques to gather intelligence about users, cybercriminals, too, find tremendous value in knowing more
about users. Unfortunately, the criminals’ uses of information they gather can have unpleasant and sometimes
expensive consequences.
Once upon a time, medical practices could limit Internet access to a select few, trusted employees.
With everything from insurance verification to referral coordination migrating to the Internet, medical
practices can no longer parcel out web access – most employees have legitimate business reasons to use
the Internet. The best defense is one that improves, not impedes productivity: a solution that can monitor
employees’ Internet usage while maximizing employee productivity and practice compliance with security
regulations and best practices.
A well-designed monitoring solution protects networks and data by:
Controlling which types of files and applications may be downloaded from the Internet by workstation,
by workgroup, by individual or network wide
Providing detailed reports of employees’ online browsing habits
Blocking websites and social networking-fed phishing schemes and other online scams
Supplying network and practice managers with understandable and customizable reports
Maximizing available bandwidth by blocking streaming media and large file downloads and by setting
thresholds for each user’s bandwidth usage
Actively monitoring employees’ web browsing so as to filter and block suspicious Internet domain
addresses without blocking useful, work-related browsing
Strategies for boosting your practice’s information immunity
A web monitoring solution can provide value to medical practices by keeping a record of each user’s web
activities including the websites they visit, the frequency of their visits, the length of time spent on which web
pages and at what times of day.
A web monitoring solution should provide managers the ability to:
Determine whether office computers are used for non-business purposes, by whom and how often
Track the time each employee spends on the Internet and on which websites
Impose customizable limitations on each employee’s use of the web, unauthorized software and
devices and bandwidth
Deliver an effective and frequently updated anti-spam solution
Restrict access by individual user or groups of users, allowing the practice to block or limit access to
non-work related sites, including personal webmail sites like Gmail and Yahoo!
Provide real-time monitoring of browsing and downloads
Eliminate viruses and other malware through the use of antivirus engines that check each URL visited
and each file or application downloaded
Finally, email is a primary communications tool. All practices should ensure they are archiving their email
to not only leverage more cost-effective email storage solutions, but to protect against unintentional or
purposeful deletion of sensitive information or conversations contained within them. Protect yourself and
your patients by being able to search and retrieve any email communication sent or received by your practice.
Just the fax
While not likely the victim of your next cyber-attack, the fax machine is a prime candidate for a breach in
security. Consider that inbound faxes wait on the machine for the appropriate user to retrieve. Often, these
faxes sit for hours on or next to the machine where they can easily be viewed by anyone retrieving a fax as
well as by all who walk by. Similarly, outbound faxes may wait to be transmitted – or reside in the outgoing
tray long after they have been successfully sent. In a medical practice, these documents often contain
confidential information about patients and are ripe for a security breach, intentional or not.
A breach of confidentiality isn’t the only reason to
seek a better solution for the fax machine. Medical
practices that invest in electronic health records
today welcome the opportunity to become
paperless. That is, of course, until they realize that
the fax machine is still spewing paper. Given the
disparate flows of information into – and out of
– a medical practice, it’s virtually impossible for
a medical practice to be paperless without also
providing a solution for faxing.
Fax servers offer the ability for medical practices
to receive and store inbound faxes electronically
and then automatically distribute the faxes to pre-determined locations. Test results from a reference lab,
for example, can be routed to the in-house lab. Alternately, each physician’s nurse in the practice can have a
designated fax number allowing the results to be transmitted to them directly.
Strategies for boosting your practice’s information immunity
Test results aren’t the only candidates for improvement: consider the faxes that arrive daily from hospitals,
nursing homes, pharmacies, vendors and the assortment of other stakeholders. Regardless of the source,
these documents can be quickly and easily obtained, retrieved, viewed and, if applicable, distributed or saved
to the appropriate data file when received by computer.
Inbound faxes are only one side of the equation: medical practices transmit faxes to many stakeholders. A
specialty practice may fax information to referring physicians for each patient. Without a fax server, the task
involved in printing and faxing these communications for each patient can mean generating reports and
ensuring that each report gets to the right location. It also requires extra efforts in security vigilance as each
outbound document and its cover page must be rounded up and then filed or shredded – hardly the road to
a paperless practice!
A fax server permits the reports to be transmitted seamlessly to the designee, allowing staff to store up-todate contact information for referring physicians (or other stakeholders) and effortlessly and securely transmit
reports to designees. It also saves time by allowing staff to electronically retrieve and use standardized fax
templates. Most importantly, the fax server can be integrated with the practice’s electronic health record to
better manage the flow of patient data, particularly that which originates from a fax.
Whether inbound or outbound, a fax server allows a practice to store, search and retrieve faxes with ease
– a benefit if data is misplaced or lost in the event of disaster recovery. By eliminating the need to print
hundreds or thousands of pages each day, automating the management of faxes significantly improves the
environmental footprint of the practice. The cost savings from the reduction of paper and printing offers a
boost to the practice’s bottom line.
Don’t let this area of your practice remain mired in paper – seek out a solution that is truly paperless.
The rapidly accelerating adoption of electronic health records and mobile technologies is not likely to reduce
the type and frequency of cyber threats practices face. These threats, which carry legal, financial and public
relations consequences, must be managed effectively to protect your practice and its patients. You can
start by:
Understanding the privacy and security regulations with which your practice must comply
Instituting an Internet acceptable use policy for staff and communicating the benefits of having such
a policy
Addressing the common information privacy and security threats outlined in this paper
Conducting a practice privacy and security risk assessment to identify vulnerabilities
Establishing policies and procedures for handling sensitive and critical data, and ensuring employees
receive adequate training in those policies and procedures
Technology offers incredible value to you and your patients. If not managed appropriately, however, the
very strengths and opportunities that technology offers can be used by cybercriminals – or even innocent
employees – to cause devastation for medical practices. Don’t let your medical practice be a victim: safeguard
your practice today with comprehensive and effective solutions to protect against computer malware and
untimely patch management as well as to solve internal challenges for web monitoring and faxing.
Strategies for boosting your practice’s information immunity
About GFI®
GFI Software provides web and mail security, archiving and fax, networking and security software and hosted
IT solutions for small to medium-sized businesses (SMB) via an extensive global partner community. GFI
products are available either as on-premise solutions, in the cloud or as a hybrid of both delivery models. With
award-winning technology, a competitive pricing strategy, and a strong focus on the unique requirements
of SMBs, GFI satisfies the IT needs of organizations on a global scale. The company has offices in the United
States, UK, Austria, Australia, Malta, Hong Kong, Philippines and Romania, which together support hundreds
of thousands of installations worldwide. GFI is a channel-focused company with thousands of partners
throughout the world and is also a Microsoft Gold ISV Partner.
More information about GFI can be found at
Strategies for boosting your practice’s information immunity
33 North Garden Ave, Suite 1200, Clearwater, FL USA
Telephone: +1 (888) 688-8457
Fax: +1 (727) 562-5199
[email protected]
Magna House, 18-32 London Road, Staines-upon-Thames, Middlesex, TW18 4BP, UK
Telephone: +44 (0) 870 770 5370
Fax: +44 (0) 870 770 5377
[email protected]
GFI House, San Andrea Street, San Gwann, SGN 1612, Malta
Telephone: +356 2205 2000
Fax: +356 2138 2419
[email protected]
83 King William Road, Unley 5061, South Australia
Telephone: +61 8 8273 3000
Fax: +61 8 8273 3099
[email protected]
For a full list of GFI offices/contact details worldwide, please visit
© 2012. GFI Software. All rights reserved. All product and company names herein may be trademarks of their respective owners.
The information and content in this document is provided for informational purposes only and is provided “as is” with no warranty of any kind, either express or implied, including but
not limited to the implied warranties of merchantability, fitness for a particular purpose, and non-infringement. GFI Software is not liable for any damages, including any consequential
damages, of any kind that may result from the use of this document. The information is obtained from publicly available sources. Though reasonable effort has been made to ensure the
accuracy of the data provided, GFI makes no claim, promise or guarantee about the completeness, accuracy, recency or adequacy of information and is not responsible for misprints, outof-date information, or errors. GFI makes no warranty, express or implied, and assumes no legal liability or responsibility for the accuracy or completeness of any information contained in
this document.
If you believe there are any factual errors in this document, please contact us and we will review your concerns as soon as practical.
GFI 2012 August08
Was this manual useful for you? yes no
Thank you for your participation!

* Your assessment is very important for improving the work of artificial intelligence, which forms the content of this project

Download PDF