**St. Luke's Health System Sets New Benchmark in Medical Device Security with Elisity**In a groundbreaking achievement, St. Luke's Health System, a prominent Pennsylvania-based healthcare provider, has successfully implemented identity-based microsegmentation across its vast network of 15 hospitals and over 350 outpatient sites in a record 46 days. This remarkable feat was accomplished in collaboration with Elisity, a leading provider of cloud-delivered Zero Trust security solutions.The deployment, which was completed without a single outage, has significantly enhanced the security posture of St. Luke's by reducing the ransomware blast radius from organization-wide to a single switch SAN. This means that in the event of a ransomware attack, the malware will be contained within a much smaller segment of the network, thereby minimizing potential damage.**Accelerating Medical Device Security**According to sources within St. Luke's, the decision to adopt Elisity's identity-based microsegmentation solution was driven by the need to protect its extensive array of medical devices from increasingly sophisticated cyber threats. With thousands of devices connected to its network, St. Luke's faced a daunting task in securing its infrastructure. Elisity's innovative approach, which involves assigning unique identities to devices and segmenting them based on risk profiles, has provided the health system with a robust security framework.The swift deployment of Elisity's solution is a testament to the scalability and flexibility of the technology. By leveraging cloud-delivered security, St. Luke's was able to rapidly implement microsegmentation across its far-flung network, ensuring that all devices were brought under the security umbrella in record time.**A New Era in Healthcare Cybersecurity**The achievement by St. Luke's has significant implications for the healthcare industry, which is increasingly vulnerable to cyber attacks. As healthcare providers continue to adopt connected medical devices, the risk of ransomware and other types of malware attacks grows exponentially. The successful deployment of Elisity's identity-based microsegmentation solution at St. Luke's demonstrates that it is possible to achieve robust security without compromising network availability.Industry experts point out that traditional security approaches, which rely on perimeter-based defenses, are no longer effective in preventing lateral movement by attackers. In contrast, identity-based microsegmentation offers a more granular and effective way to contain threats. As the healthcare industry continues to evolve, the adoption of Zero Trust security models is likely to become more widespread.**Future-Proofing Healthcare Security**The partnership between St. Luke's and Elisity is a harbinger of a new era in healthcare cybersecurity. As the threat landscape continues to evolve, healthcare providers will need to adopt more sophisticated security strategies to stay ahead of attackers. The success of St. Luke's in deploying identity-based microsegmentation is likely to encourage other healthcare organizations to follow suit.With its proven track record, Elisity is well-positioned to support the healthcare industry in its quest for enhanced security. As the company continues to innovate and expand its offerings, it is likely to play a key role in shaping the future of healthcare cybersecurity.**A Milestone in Medical Device Security**In conclusion, St. Luke's achievement in deploying identity-based microsegmentation across its vast network is a significant milestone in the quest for enhanced medical device security. The success of this project demonstrates that it is possible to achieve robust security without compromising network availability. As the healthcare industry continues to evolve, the adoption of Zero Trust security models is likely to become more widespread, and Elisity is poised to play a leading role in this transition.
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