Healthcare Cybersecurity Designed for Australia
Claroty xDome for Healthcare empowers healthcare delivery organisations in Australia to strengthen asset visibility, improve security postures, and drive stronger compliance.
Claroty xDome for Healthcare empowers healthcare delivery organisations in Australia to strengthen asset visibility, improve security postures, and drive stronger compliance.
Cybersecurity has become a cornerstone of operational resilience in the intricate web of healthcare delivery, where digital innovations intertwine with life-saving technologies. The stakes are high: outdated systems, insufficient lifecycle support, and ever-evolving cyber threats impact healthcare operations in Australia. With Claroty xDome, secure and protect medical devices, IoT, and OT with regional nuance, such as:
Australian Signals Directorate Secure-By-Design Guide outlines a transformative approach to medical device procurement and lifecycle management. Claroty xDome can support through pre-purchase risk assessments, lifecycle support, and supply chain transparency.
The Claroty Platform, Claroty xDome and Secure Access addresses material risks posed by the specific types of hazards detailed in the SOCI Act’s rule for CIRMPs. (Critical Infrastructure Risk Management Program).
The ACSC provides a set of baseline cybersecurity strategies designed to help organisations to protect their systems from various cyber threats. The Claroty Platform supports meeting these critical requirements.
The journey to healthcare cybersecurity maturity covers a broad range of use cases — from device discovery, to threat detection, to lifecycle management, and more. Claroty’s Platform supports cybersecurity programs of all scales and maturity.
Claroty is proud to be entrusted with supporting the healthcare cybersecurity journeys of leading organisations across the globe - including Australia.
Our healthcare cybersecurity platform has earned dozens of accolades for seamlessly enhancing the safety, security, and efficiency of IoT, IoMT, and other connected devices essential to care delivery.
We empower cybersecurity, operational, and biomedical professionals to protect more than 20 million loT and IoMT devices in thousands of healthcare environments — including both public and private entities across Australia.
Not only is our platform built for healthcare, but our team comprises hundreds of experts in all areas of cybersecurity, with dedicated staff who understand the nuances of Australian Healthcare.
Our comprehensive platform drives cyber and operational resilience for all Australian Health Systems by supporting all use cases across the entire healthcare cybersecurity maturity journey. These use cases include:
Claroty’s automated device discovery capabilities and centralised device inventory empower Australian Health Systems to gain complete, real-time visibility into all IoT, IoMT, and other connected devices in their clinical environments.
Claroty understands a device’s exploitability, potential impact on clinical workflows, and the many factors that surround them, a core part of managing the healthcare environments in the AU.
Claroty equips Australian Hospitals to harden their clinical environments and care operations against cyber threats by harnessing expert-defined policies and granular access controls to embrace network segmentation and Zero Trust.
Recognizing that no clinical environment is immune to cyber threats, Claroty enables Australian Healthcare Organisations to continuously monitor for and respond to the earliest indicators of threats before they compromise care, patient data, or other assets.
Optimize clinical device management by connecting device data to CMMS and CMDB systems, ensuring records accuracy and tracking core operational patterns such as device utilization, lifecycles, and inventory benchmarking.
Our team members in the AU comprise the heart and soul of Claroty's AU presence and — most importantly — our ability to empower the Australian market with purpose-built cybersecurity solutions. Learn more about some of these key leaders, innovators, and experts:
General Manager - Asia Pacific & Japan
Senior Director of Healthcare ANZ
Field CTO APJ
Sr. Technical Account Manager
Principal Solution Engineer
General Manager - Asia Pacific & Japan
Eddie Stefanescu is the General Manager for Asia Pacific & Japan at Claroty, with over 20 years of experience in network infrastructure, cybersecurity, consulting, and channel development across APJ. A seasoned sales leader, he brings deep regional insight and has held roles across the IT ecosystem—from system integrator to vendor and distributor. He is passionate about driving value through collaboration and helping organizations manage risk through security, education, and innovation.
Senior Director of Healthcare ANZ
Jason leads Claroty’s go-to-market strategy across Australia and New Zealand, focused on securing cyber-physical systems (CPS) within the healthcare sector. He brings over 20 years of experience with some of the world’s leading cybersecurity vendors.
Field CTO APJ
Jason Pearce is the Field Chief Technology Officer for APJ at Claroty, with over 31 years of cybersecurity experience. He advises organizations on OT/XIoT risks, cyber resilience, and industrial asset protection across various industries. Jason has held senior roles at Mimecast, IFS, and global tech firms, and is known for translating emerging technologies into business value.
Sr. Technical Account Manager
Manoj Prabakhar Kamaraj is a Senior Technical Account Manager and Customer Success Manager in ANZ with 16 years of experience in network security and cybersecurity. His passion lies in solving complex problems and delivering impactful solutions that drive success. He loves to work in collaborative environments and enjoys sharing knowledge to help teammates grow and succeed.
Principal Solution Engineer
Michael is the Principal Healthcare Solution Engineer for Claroty in Australia and New Zealand, with over 15 years of experience in OT, networking, and security. He supports healthcare providers by designing tailored solutions and guiding them through reducing clinical network risks and improving device security.
