GE HealthCare Unveils MIM Anyware to Extend Remote Imaging Access & Real-Time Care Collaboration
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The solution works alongside GE HealthCare’s broader MIM portfolio, including MIM Maestro (for reirradiation and composite plan assessments) and MIM Contour ProtegeAI 2.0.
Healthtech company GE HealthCare has launched MIM Anyware, a browser-based remote access platform designed to provide secure, healthcare system-controlled access to imaging data through a web browser without requiring local software installation.
By enabling authorized users to access MIM software applications from virtually any location, MIM Anyware aims to support collaboration across departments and clinical decision-making.
Designed specifically to address the complex requirements of cancer care, MIM Anyware seeks to streamline cross-departmental consultations, referrals, medical student training, and multi-specialty tumor board reviews.
It enables multiple users, including physicians, physicists, dosimetrists, and other clinicians, to participate in the same MIM session simultaneously.
Team members can perform routine clinical processing, including workflow deployment or reviewing registrations, and dose together in real time.
This remote access is expected to streamline cross-functional collaboration, accelerate decision-making, and support more coordinated, efficient care.
The platform brings the convenience of collaborative document-sharing technology into clinical settings while maintaining healthcare-grade security and system-level control. By enabling seamless remote participation, it supports more efficient communication among distributed care teams and facilitates coordinated patient management.
The solution works alongside GE HealthCare’s broader MIM portfolio, including MIM Maestro (for reirradiation and composite plan assessments) and MIM Contour ProtegeAI 2.0 (featuring upgraded MR Brain and CT Male Pelvis auto-segmentation models).
The MIM software portfolio offers vendor-neutral solutions for radiation, oncology, radiology, nuclear medicine, theranostics, interventional radiology, and urology.
By providing zero-footprint web access, the solution seeks to reduce reliance on traditional virtual desktop infrastructure (VDI) and isolated reading rooms, and eliminate the need for complex local software requirements
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