Intelerad is now a GE HealthCare company. Learn more about this partnership.
Our technology spans the patient journey to streamline processes and connect physicians, no matter where they are.
Cloud technology and medical imaging form a powerful partnership that improves accessibility, scalability, cost efficiency, and patient care by enabling real-time image sharing, secure storage, and streamlined workflows.
Cloud solutions eliminate outdated processes like CDs, which are prone to loss, damage, and delays. Instead, providers can share medical images electronically in real time, improving interoperability, reducing costs, and enabling mobile viewing from anywhere.
Electronic image sharing through the cloud is faster, more reliable, and less expensive than VPNs. It breaks down silos, integrates with EHRs, supports mobile viewing, and creates scalable storage—all critical for efficient care delivery.
Cloud storage ensures instant access to backup copies of imaging data, meeting federal requirements for data protection. It safeguards against hardware or network failures and provides a foundation for long-term archiving and disaster recovery.
Yes. Cloud-based PACS enables secure access from mobile devices like tablets and smartphones. Real-time viewing supports emergency diagnoses and collaboration across networks, allowing multiple physicians to review studies simultaneously.
The U.S. spends $10–15 billion annually on redundant imaging due to lack of access to prior exams. Cloud-based image sharing prevents unnecessary scans, reducing radiation exposure, and saving billions in healthcare costs.
Cloud adoption replaces large upfront hardware investments with predictable subscription fees under a SaaS model. This shift lowers capital expenses, improves budgeting flexibility, and reduces infrastructure maintenance costs.
Enterprise image exchange enables healthcare organizations to securely share and access medical images across systems, facilities, and networks. Learn how enterprise image exchange platforms support interoperability, secure image sharing, and scalable imaging workflows across healthcare organizations.
Image sharing in radiology still falls short because most systems are designed to move files, not deliver images within clinical workflows at the moment they’re needed. This blog explores why image sharing feels broken, what’s changing in radiology image access, and how time-to-image is becoming a more meaningful way to evaluate performance.
Radiology workflows often break down due to disconnected systems, manual processes, and inconsistent data across case selection, prior access, reporting, and communication. These challenges can interrupt reading flow, delay diagnosis, and create inefficiencies across the entire imaging process.
