Siemens Healthineers has received a $6.9 million ARPA-H research contract to develop AI-powered solutions aimed at strengthening Healthcare Cybersecurity and protecting critical hospital systems.
A $6.9 million contract award has been given by the Advanced Research Projects Agency for Health (ARPA-H) to Siemens Healthineers for leading a novel initiative in the area of Healthcare Cybersecurity improvement. The initiative is named Secure Healthcare Infrastructure Enhancement and Defense (SHIELD) and will involve developing artificial intelligence capabilities in order to assist hospitals in securing their cyber safety and minimizing any interruptions to treatment.
This comes at a time when cyber-attacks targeting health organizations are occurring more frequently. Industry experts searching for AI cybersecurity solutions for hospitals have highlighted the urgent need for technologies that can identify vulnerabilities and automate security responses before attacks occur. Siemens Healthineers will be running the SHIELD project from its own AI Factory located in Princeton, NJ, alongside Siemens Corporation, Axonius, and Kraetonics. The project is set under the umbrella of the UPGRADE initiative of ARPA-H that focuses on hospitals' increased capacity to prevent cyber risks. There has been an increasing interest in hospital cybersecurity threat prevention technology among health systems.
According to industry statistics, hospitals suffer thousands of cyberattacks per week, leading to huge annual losses worth billions of dollars. Cybersecurity incidents may disrupt the functionality of imaging machines, cause treatment delays and cancellation, and force hospitals to revert to old-fashioned manual techniques for carrying out essential tasks. There have been heated discussions on healthcare ransomware protection methods that should be adopted by hospitals for improved protection against increasingly complex threats.
The SHIELD initiative will leverage exa-scale computing that will carry out simulations at over one quintillion operations per second. Such simulation experiments will examine the workflow of hospitals, the interactions between their pieces of equipment, and the patient care process to identify optimal times and priority considerations to undertake security enhancements. Additionally, research carried out within the SHIELD project will also explore other ways in which patients will continue receiving the necessary care during security mitigation processes. Such alternatives include recommending alternative staffing arrangements, new schedules, and equipment among others.
This initiative will immensely benefit hospitals regardless of their size since they all stand equal chances of suffering cyber incidents. Siemens Healthineers thinks that there might be immense advantages of integrating artificial intelligence technology with security measures. Business Honor observes that Siemens Healthineers' investment in AI-driven cybersecurity reflects the growing importance of protecting healthcare infrastructure while ensuring uninterrupted patient care and operational resilience.
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