Unisys Stealth enhances microsegmentation protection for data centers, clouds, mobile devices to include medical and IoT devices

Unisys Corp. announced a new version of its Unisys Stealth security software suite, including upgrades to extend protection to purpose-built Internet of Things (IoT) devices and other connected equipment such as medical monitoring machines, baggage scanners, industrial control systems and surveillance cameras.

The new release of Stealth microsegmentation software now protects IoT devices, isolating them from untrusted network segments within a Stealth-protected network to help prevent intrusion and remote tampering on the devices while protecting the corporate network from potential compromises initiated from unsecured devices. By joining a Stealth-defined secure Community of Interest, high-value devices are shielded from unauthorized access, reducing the attack surface.

This capability can be delivered as a virtual or physical gateway to protect devices where Stealth cannot be installed and with no hardware or software changes required to the purpose-built devices.

Like any other connected system, IoT devices like health monitors and IV pumps are vulnerable to cyberattack. In addition, proprietary operating platforms and industry regulations often prohibit updates to the devices themselves, limiting organizations to the built-in security capabilities from device manufacturers.

These purpose-built devices need the ability to extend security beyond static factory-delivered controls to keep up with rapidly evolving, sophisticated threats released on a daily basis. Stealth now extends the power of microsegmentation security to these devices.

“Our new Stealth release extends the power of microsegmentation to devices and data previously vulnerable to attack and unauthorized access,” said Tarek El-Sadany, senior vice president, Technology and chief technology officer, Unisys. “So in a healthcare organization, for example, Stealth can prevent and contain unauthorized access to medical devices and patient data, enabling secure, real-time data flow from devices to electronic health record systems and reducing the cost of compliance with flexible security controls.”

According to Gartner, “Legacy medical devices that were not designed to be internet-accessible are now being connected to the internet as part of healthcare initiatives, increasing risks and the attack surface.” Gartner recommends that organizations “create zones to proactively house connected medical devices segmentation.” Gartner identified microsegmentation as one of its “top technologies for information security in 2017.”


IoT Innovator Newsletter

Get the latest updates and industry news in your inbox! Enter your email address and name below to be the first to know.

Name