Siemens Healthineers Awarded $6.9 Million for Medical Device Cybersecurity Research
The project focuses on using artificial intelligence to automate security updates and protect hospital equipment from cyberattacks.
The project focuses on using artificial intelligence to automate security updates and protect hospital equipment from cyberattacks.
The analysis identifies emerging threats to patient safety and device performance as manufacturers adopt new technologies and advanced encryption.
The acquisition aims to integrate Armis’ real-time asset discovery and cyber-physical security capabilities into ServiceNow’s security workflows.
The project focuses on using artificial intelligence to automate security updates and protect hospital equipment from cyberattacks.
Blindly deploying vendor patches can sideline critical devices and jeopardize patient safety.
Read MoreWhy HTM teams must treat “old but working” as a high-stakes cyber risk—and how to protect patients and operations now.
Read MoreThe document outlines common imaging device outage scenarios and manufacturers’ recommended steps to mitigate the impact and keep systems functioning.
Read MoreWhile 9 in 10 security leaders feel prepared for an attack, a new “trust gap” report finds only 25% actually trust their own data, leading to slow remediation and delays in AI adoption.
Read MoreThe deal combines Axonius’ cyber asset intelligence with Cynerio’s clinical security expertise to help healthcare providers address growing risks tied to connected medical devices.
Read MoreNew features include enhanced IOT password management and automatic patching.
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A seven-step guide to managing and securing connected medical devices across healthcare delivery organizations.