Meditology Services and CloudPost Networks Introduce Healthcare’s First Endto-end Medical Device Security Solution

Meditology Services, a leading healthcare information security services
firm, has partnered with CloudPost Networks to provide the industry’s first comprehensive end-to-end
medical device security program solution. The innovative approach establishes a blueprint for medical
device security programs that incorporates industry leading medical device inventory and protection
software from CloudPost, and expert managed services to protect patients from security risks associated
with medical devices.

Many healthcare entities struggle to identify which medical devices are active or may pose higher risks
for an information breach due to improperly secured devices. Limited staff resources further impact the
ability to properly manage device security.

“Medical devices have become the weakest link in the security chain,” said Brian Selfridge, Partner,
Meditology Services, LLC. “We are excited to leverage the power of CloudPost’s cutting-edge
technology alongside Meditology’s deep experience implementing medical device security strategies to
keep patients safe from the daily onslaught of security threats.” CloudPost’s passive inventory discovery,
behavioral and network analysis, and threat detection capabilities allow automation of security
protections for thousands of medical devices. Meditology leverages this technology to implement a
strategic plan defining the people and processes required to protect medical devices. A team of experts
are deployed as a managed service to better protect healthcare’s life-saving devices and systems.”

“Healthcare entities struggling to get a handle on security protections for networked devices will greatly
benefit from this partnership,” said Gnanaprakasam Pandian, CEO and Co-Founder at CloudPost
Networks. “With combined expertise of Meditology’s service practice and automation provided by
CloudPost’s software, greater security protection can be a reality for patients served by networked
medical devices.”