ZingBox aims for ‘Internet of Trusted Things’, bundles AI into new solution


Cybersecurity provider ZingBox has announced the launch of a new generation of cybersecurity solutions, called IoT Guardian, which focuses on service protection.

The solution is being claimed as the industry’s first to offer a combination of deep learning algorithms to discern each device’s unique personality and enforce acceptable behaviour. Its self-learning approach continually builds on previous knowledge to discover, detect and defend critical Internet of Things (IoT) services and data while avoiding false positives with 99.9% accuracy.

The IoT Guardian works differently from traditional IT security solutions. The outmoded IT security focuses only on data protection, and is unable to defend the diverse set of IoT devices that feature a variety of non-standard and customised operating systems. The new IoT Guardian on the other hand is developed on a fully non-disruptive approach that discerns each device’s personality, monitors all activities and enforces trusted behaviour.

The new device-personality approach was first conceptualised at Stanford University by ZingBox founders to address zero-day cyber and insider threats and eliminate the need for installing software agents on each device.

Jerry Marshall, director of information services and telecommunications at United Regional Health Care System, said: “Medical device networks in a hospital are not rigorously monitored. We needed a solution that would generate a real-time inventory of medical devices across the hospital network and evaluate the risk exposure. The ZingBox solution discovered over 95% of medical devices compared to current tools that could only detect about 5%. The intelligence and accuracy of elaborate device personalities allowed us to turn ZingBox into a tool that regulates medical device behaviours.”

Related Stories

Leave a comment


This will only be used to quickly provide signup information and will not allow us to post to your account or appear on your timeline.