GE HealthCare Introduces MIM Anyware to Expand Remote Imaging Access and Support Clinical Collaboration
GE HealthCare has announced the introduction of MIM Anyware™, a remote access platform designed to provide secure, healthcare system-controlled access to medical imaging data through a web browser without requiring users to install software locally. The new platform is intended to help authorized healthcare professionals access MIM software applications from virtually any location while supporting collaboration, clinical consultation, and more efficient imaging workflows.
The launch comes as healthcare systems continue to manage growing volumes of increasingly complex imaging data. Advances in diagnostic imaging, oncology, radiation therapy, and other areas of medicine have led to larger datasets and more sophisticated clinical workflows. As imaging volumes increase, healthcare providers are seeking new ways to make data more accessible to authorized users while supporting collaboration across departments and institutions.
Traditional approaches to remote access can present challenges. In many healthcare environments, imaging software may be limited to dedicated workstations or require substantial IT infrastructure to support virtual access. Siloed systems can also make it more difficult for clinicians in different locations to collaborate effectively on the same patient case.
MIM Anyware is designed to address these challenges by providing browser-based access to MIM software applications. The platform enables authorized users to access imaging data and collaborate within a secure environment controlled by the healthcare system.
Supporting Remote Access to Imaging Data
The growing complexity of medical imaging has increased the need for flexible and secure access to clinical data. Physicians, medical physicists, dosimetrists, radiologists, and other specialists may need to review imaging studies or participate in treatment planning discussions from different locations.
MIM Anyware is designed to enable users to access MIM applications remotely through a web browser. By eliminating the need for local software installation, the platform can help simplify access to imaging applications while supporting the IT and security requirements of healthcare organizations.
The platform is intended to help healthcare systems create a more connected imaging environment in which clinicians can access relevant data and tools beyond a traditional workstation.
This type of capability can be particularly valuable for organizations with multiple hospitals, outpatient facilities, specialty centers, and distributed clinical teams. It may also support collaboration between healthcare providers and external specialists when expert input is required.
According to GE HealthCare, MIM Anyware is designed to help bridge the gap between the imaging scanner, the reading room, treatment planning environments, and other locations where clinical decisions are made.
Enabling Real-Time Multidisciplinary Collaboration
One of the central features of MIM Anyware is its ability to support multiple users within the same MIM session. Physicians, physicists, dosimetrists, and other healthcare professionals can collaborate within the same virtual environment and participate in clinical processing and review.
Users can perform routine clinical activities, including workflow deployment and reviewing image registrations and dose information. The ability to access and review the same information in real time is designed to support more coordinated decision-making.
Multidisciplinary collaboration is an increasingly important part of modern healthcare. Complex cases often require input from professionals with different areas of expertise. In oncology, for example, treatment decisions may involve radiation oncologists, medical oncologists, surgeons, radiologists, medical physicists, dosimetrists, and other members of the care team.
A platform that allows these professionals to review imaging data and participate in discussions remotely may help reduce delays and improve coordination.
“Research has shown that effective collaboration among multidisciplinary teams plays an important role in delivering coordinated, patient-centered care. That’s why we designed MIM Anyware to redefine how clinicians engage with medical imaging data in virtual environments,” said J. Anders, General Manager, MIM, GE HealthCare.
“By enabling seamless access to imaging data and MIM’s powerful analysis tools directly through a web browser, we’re helping clinicians stay focused on what matters most: patient care,” Anders added.
Supporting Oncology and Radiation Therapy Workflows
The launch of MIM Anyware is particularly relevant to oncology, where clinical decision-making can involve multiple specialists and large volumes of imaging data.
Radiation oncology teams regularly work with complex imaging datasets to support treatment planning and evaluation. The process may involve the review of prior scans, image registration, treatment dose analysis, and coordination among different members of the care team.
MIM Anyware is designed to support a range of oncology workflows, including consultations, referrals, education, and tumor board collaboration.
Tumor boards bring together specialists to discuss complex cancer cases and determine appropriate treatment approaches. When team members are located in different departments, facilities, or geographic regions, remote access to imaging data can help facilitate participation.
The platform may also support consultations between institutions. Healthcare organizations can potentially provide authorized external collaborators with access to relevant imaging information while maintaining control over the underlying system.
Jérémy Godart, Medical Physicist at Erasmus MC, highlighted the potential role of remote access platforms in supporting collaboration across healthcare organizations.
“As care teams face increasingly complex patient needs and growing imaging volumes, healthcare systems need technologies that make imaging data more accessible beyond the traditional workstation and enhance clinical collaboration,” Godart said.
“Remote access platforms like MIM Anyware can help healthcare systems securely share imaging data with external collaborators, making it easier to seek expert input and support multidisciplinary consultation beyond a single organization. This can also create educational opportunities for medical students to explore, discuss and learn from real clinical cases,” Godart added.
The comments reflect the growing role of digital tools in medical education and professional development. Access to clinical imaging data can support training and case-based learning, provided that appropriate privacy, security, and authorization requirements are maintained.
Improving Workflow Efficiency
Healthcare organizations are increasingly focused on improving efficiency while maintaining high standards of clinical care. Imaging workflows can involve multiple systems, users, and stages of review, creating opportunities for delays or inefficiencies.
MIM Anyware is designed to help streamline collaboration by allowing multiple authorized users to access the same MIM session remotely. This can reduce the need for clinicians to move between different workstations or rely on separate communication channels to review imaging data.
By providing access through a web browser, the platform is intended to make it easier for healthcare professionals to participate in clinical discussions and review relevant information from different locations.
The approach may also support organizations seeking to improve the use of specialized expertise. A medical physicist or other specialist may be able to contribute to a case remotely without needing to be physically present at the same facility.
This could be particularly useful for healthcare networks that operate across multiple sites or for institutions that need access to specialized expertise that may not be available at every location.
Expanding the MIM Software Portfolio
MIM Anyware is part of GE HealthCare’s broader MIM software portfolio. The portfolio includes vendor-neutral solutions designed to support radiation oncology, oncology, radiology, nuclear medicine, theranostics, interventional radiology, and urology.
The company also offers additional MIM software solutions designed to support radiation therapy planning and clinical decision-making.
MIM Maestro™ includes a reirradiation and composite dose assessment workflow designed to help clinicians evaluate prior treatment doses in relation to current patient anatomy. The software can help visualize previous plan doses on current anatomy and account for radiobiological effects within a single workflow.
The solution uses rigid or deformable image registration to support dose adjustment by structure. Iterative planning capabilities are designed to help clinicians explore treatment options and visualize dose information as part of personalized external beam radiation therapy planning.
Another solution, MIM Contour ProtégéAI+™ 2.0, represents an evolution of MIM’s AI-enabled auto-contouring software. The updated platform introduces additional models, including an MR Brain model and an updated CT Male Pelvis model.
These capabilities are designed to expand automated contouring support across additional anatomical regions and contribute to imaging and treatment planning workflows.
The Role of Browser-Based Clinical Technology
The introduction of MIM Anyware reflects a broader shift toward browser-based healthcare applications. In many industries, web-based platforms have become an important way to provide flexible access to software and data.
Healthcare organizations, however, must address additional considerations related to patient privacy, data security, regulatory requirements, and clinical workflow integration.
A healthcare system-controlled remote access platform is designed to address these requirements by allowing organizations to manage access to imaging data and applications. Authorized users can access the necessary tools while the healthcare organization maintains control over the environment.
This model may help support collaboration while reducing the need to distribute local software installations across multiple devices and locations.
As healthcare systems continue to adopt cloud-connected and remote technologies, platforms that combine flexibility with security and institutional control are likely to become increasingly important.
Supporting the Future of Connected Imaging
The increasing volume of imaging data is creating new demands for technology that can help clinicians access and interpret information efficiently. Medical imaging is becoming more central to diagnosis, treatment planning, disease monitoring, and long-term patient management.
At the same time, clinical care is becoming more collaborative. Patients may receive care from multiple specialists across different departments and institutions. In oncology, this collaborative model is especially important because treatment decisions often involve multiple clinical disciplines.
MIM Anyware is designed to support this evolving environment by providing remote access to imaging data and MIM software applications through a web browser.
The platform’s ability to support multiple users in a shared session may help facilitate real-time collaboration and enable clinicians to work together more effectively. Whether used for a clinical consultation, a multidisciplinary tumor board, a referral, or an educational discussion, remote access can help expand the ways in which healthcare professionals engage with imaging data.
Advancing Digital Collaboration in Healthcare
GE HealthCare’s introduction of MIM Anyware reflects the company’s continued focus on developing technologies that support connected clinical workflows.
By providing secure, browser-based access to imaging data and software applications, the platform is designed to help healthcare organizations overcome some of the limitations associated with traditional workstation-based systems.
The technology may also help improve access to specialized expertise, support multidisciplinary collaboration, and create new opportunities for education and knowledge sharing.
As healthcare organizations face increasing imaging volumes and increasingly complex patient needs, improving access to clinical information will remain an important priority. Tools that enable healthcare professionals to securely collaborate across locations could play an important role in improving workflow efficiency and supporting more coordinated care.
MIM Anyware is intended to provide healthcare systems with a flexible approach to remote imaging access while maintaining institutional control over data and clinical applications. Combined with GE HealthCare’s broader MIM software portfolio, the platform contributes to a wider ecosystem of tools designed to support imaging, oncology, radiation therapy, nuclear medicine, theranostics, interventional radiology, and other clinical specialties.
Through the launch of MIM Anyware, GE HealthCare is seeking to expand the role of remote access and virtual collaboration in medical imaging. As healthcare continues to become more connected and data-driven, the ability to access, analyze, and discuss imaging information securely across locations may become an increasingly important component of modern clinical care.
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