IGEL and Zscaler Unveil Security Strategies for Distributed Healthcare Services
In the evolving landscape of healthcare, particularly with a shift toward decentralization, organizations face significant challenges in maintaining secure and reliable infrastructure. Recently, IGEL, a prominent global software firm recognized for its Adaptive Secure Endpoint Platform™, has partnered with Zscaler, a leading cloud security provider, to introduce a series of security blueprints specifically aimed at modernizing healthcare infrastructure.
Launched during the HIMSS26 Europe conference in Copenhagen, these blueprints aim to secure distributed patient care while safeguarding protected health information (PHI) and ensuring operational continuity in various healthcare settings, including clinics and remote locations.
The collaborative effort by IGEL and Zscaler addresses the critical need for robust security measures amid the increasing decentralization of healthcare services. Healthcare providers often contend with a growing number of endpoints, extended access pathways to vital clinical systems, and the imperative to maintain service continuity during disruptions. The newly introduced blueprints integrate IGEL's immutable endpoint operating system with Zscaler's identity and policy-based access controls, facilitated through the Zscaler Zero Trust Exchange™ platform.
The three primary blueprints focus on:
1. Isolated Recovery Environment Access: This blueprint is designed for high-impact scenarios such as ransomware attacks. It assists organizations in restoring operations by resetting endpoints to a known good state while enforcing controlled access to recovery systems. This approach bolsters IGEL's business continuity and disaster recovery strategy by swiftly transitioning endpoints to a trusted operational state.
2. Distributed Clinics Blueprint: Providing a repeatable model for outpatient clinics and imaging facilities, this blueprint aims to establish an immutable endpoint and standardized access controls, reducing reliance on local security appliances and legacy VPN systems. This standardization enhances security while simplifying processes.
3. Remote Clinician Access: This blueprint extends the same security measures to healthcare professionals working remotely, promoting a consistent access behavior across hospital and remote environments.
"For healthcare organizations, resilience and security must not be treated as separate initiatives," stated Matthias Haas, Chief Technology Officer at IGEL. He underscores that these blueprints offer actionable guidelines for mitigating endpoint risks, enforcing policy-driven access, and maintaining care standards even when parts of the environment may not be entirely trustworthy. Frank Nydam, Zscaler's Managing Director for Healthcare, echoed this sentiment, highlighting that the partnership helps healthcare entities secure distributed endpoints effectively and supports rapid, reliable access for care teams.
By integrating endpoint integrity with cloud-based access enforcement, IGEL and Zscaler are significantly simplifying security architecture for healthcare organizations. This initiative allows providers to consolidate overlapping tools and establish a more sustainable model for safeguarding clinical operations and patient data.
The healthcare blueprints developed by IGEL and Zscaler are now available for healthcare organizations. Attendees of HIMSS26 Europe can explore more about IGEL's offerings at their event booth. More information can be found by downloading the blueprints, reading the accompanying blog titled "A Modern Blueprint for Secure Healthcare Access," and accessing additional resources available in IGEL’s healthcare library.
In conclusion, these innovative blueprints not only address immediate security needs but also pave the way for a resilient healthcare future where secure access to patient care is a fundamental priority.
Launched during the HIMSS26 Europe conference in Copenhagen, these blueprints aim to secure distributed patient care while safeguarding protected health information (PHI) and ensuring operational continuity in various healthcare settings, including clinics and remote locations.
Key Features of the New Security Blueprints
The collaborative effort by IGEL and Zscaler addresses the critical need for robust security measures amid the increasing decentralization of healthcare services. Healthcare providers often contend with a growing number of endpoints, extended access pathways to vital clinical systems, and the imperative to maintain service continuity during disruptions. The newly introduced blueprints integrate IGEL's immutable endpoint operating system with Zscaler's identity and policy-based access controls, facilitated through the Zscaler Zero Trust Exchange™ platform.
The three primary blueprints focus on:
1. Isolated Recovery Environment Access: This blueprint is designed for high-impact scenarios such as ransomware attacks. It assists organizations in restoring operations by resetting endpoints to a known good state while enforcing controlled access to recovery systems. This approach bolsters IGEL's business continuity and disaster recovery strategy by swiftly transitioning endpoints to a trusted operational state.
2. Distributed Clinics Blueprint: Providing a repeatable model for outpatient clinics and imaging facilities, this blueprint aims to establish an immutable endpoint and standardized access controls, reducing reliance on local security appliances and legacy VPN systems. This standardization enhances security while simplifying processes.
3. Remote Clinician Access: This blueprint extends the same security measures to healthcare professionals working remotely, promoting a consistent access behavior across hospital and remote environments.
Emphasizing Integrated Resilience
"For healthcare organizations, resilience and security must not be treated as separate initiatives," stated Matthias Haas, Chief Technology Officer at IGEL. He underscores that these blueprints offer actionable guidelines for mitigating endpoint risks, enforcing policy-driven access, and maintaining care standards even when parts of the environment may not be entirely trustworthy. Frank Nydam, Zscaler's Managing Director for Healthcare, echoed this sentiment, highlighting that the partnership helps healthcare entities secure distributed endpoints effectively and supports rapid, reliable access for care teams.
By integrating endpoint integrity with cloud-based access enforcement, IGEL and Zscaler are significantly simplifying security architecture for healthcare organizations. This initiative allows providers to consolidate overlapping tools and establish a more sustainable model for safeguarding clinical operations and patient data.
Availability and Resources
The healthcare blueprints developed by IGEL and Zscaler are now available for healthcare organizations. Attendees of HIMSS26 Europe can explore more about IGEL's offerings at their event booth. More information can be found by downloading the blueprints, reading the accompanying blog titled "A Modern Blueprint for Secure Healthcare Access," and accessing additional resources available in IGEL’s healthcare library.
In conclusion, these innovative blueprints not only address immediate security needs but also pave the way for a resilient healthcare future where secure access to patient care is a fundamental priority.
Topics Health）
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