Intelligent RT™ (iRT) | GE HealthCare

Intelligent RT™ (iRT)

Connected workflows.
Helps accelerate time to radiation therapy treatment.

iRT connects imaging, planning, QA, and treatment systems into one coordinated workflow, helping teams reduce delays and move patients from diagnosis to treatment faster.

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Radiation therapy workflows shouldn’t live in separate systems.

Radiation oncology teams often rely on multiple disconnected systems for imaging, contouring, treatment planning, QA, and delivery.

Intelligent RT™ (iRT) connects these systems into one coordinated workflow environment, improving visibility, reducing manual handoffs, and helping teams move patients toward treatment faster.

Time to treatment plan reduced from 7 days to 7 minutes¹

Intelligent Radiation Therapy (iRT™) with Raystation helps streamline planning and imaging to accelerate the start of treatment

Workflow improvements across the path to treatment

75%

faster pre‑treatment planning²

42%

less likely to make human errors³

51%

less time‑consuming sim order prep³

New workflow capabilities

Latest features that help streamline planning, improve coordination, and support more efficient care delivery.

NEO Server

New server core improves security, monitoring, and deployment while reducing infrastructure usage.

Analytics Reporting

Dashboards that reveal workflow delays, turnaround times, and volume trends to help improve efficiency.

MR Contour DL Support⁵

Identifies the organs being scanned and assigns the right preset automatically in real time, and helps clinicians work more efficiently while maintaining accuracy.

iRT InstaPlan¹

Automates CT-to-RayStation® by RaySearch Labs, planning, cutting CT-to-plan review time to about 7 minutes.

Varian Eclipse (Citrix Launch)⁶

Launches Eclipse with patient context, removing manual patient search steps.

Staff scheduling

Assign activities based on availability, workload, and duration to help balance coverage and reduce reassignments.

Intake date offset

Automatically calculate and prefill scan and treatment timelines based on configurable start-date offsets.

Varian ARIA integration⁶

Align scheduling and patient context with ARIA systems to support coordinated workflows across platforms.

Interface routing

Route HL7 messages across systems to support flexible, connected data exchange.

Platform performance and reliability

Built to aid in reliable, secure, and scalable workflow coordination.

Designed to simplify steps across the exam, these AI tools help reduce manual adjustments and support a more efficient workflow from start to finish.

Flexible application support

Adds MR Contour DL and third-party apps; continues iRT and Spectronic MRI Planner.

NEO migration

Replaces EHL server; reduces VMs 38%, CPU 59%, memory 51%, storage 25%.

Security and access management

Adds LDAP/SAML SSO, RBAC, audit logging, CIS‑hardened OS, and HIPAA safeguards.

Infrastructure‑as‑code modernization

Terraform and Git‑based CI/CD validation.

When everything works together, everything moves faster.

Enter your information below and a GE HealthCare specialist will follow up to discuss how iRT can help support your radiation therapy workflows.

Based on two InstaPlan (iRT + RayStation by RaySearch) clinical studies in Europe based on a total of 20 patients. Any results achieved using InstaPlan may vary based on differences in workflows, patient populations or other factors. The InstaPlan Solution is a commercial offering that includes GE HealthCare's Intelligent RT (iRT) and RayStation by RaySearch. RayStation is manufactured by RaySearch. Not available for sale in all regions.  https://research.gehealthcare.com/wp-content/uploads/2025/10/GEHC_iRT-Instaplan-SEMC_Whitepaper_101725-1.pdf
Based on simulated user testing of iRT at a GE HealthCare facility by 4 external users familiar with RT treatment planning software (1 radiation oncologist, 1 medical physicist, 2 dosimetrists). Each participant imported 3 unique patient cases into an RT treatment planning software manually and with iRT. A Python script was used to record mouse clicks and time to perform each task. GE HealthCare sponsored the study, and all external users received payment for participation in the study. The results are not prescriptive and could vary depending on user, treatment planning software used, and circumstances.
Based on measurements of individual radiation oncologists’ experiences at two medical centers in Europe and India after completion of radiation therapy workflow tasks in a clinical setting. The study was facilitated by a third-party consulting agency and sponsored by GE HealthCare. These results are based on a small sample size, and other user experiences may vary based on workflows and other factors.
Standard of care of five days is an estimate based on the experience of clinicians. The InstaPlan results of 6:30 and 6:50 were from clinician observation, it was collected from performing the study on five patients.
Not available for sale in all regions.
Varian ARIA, Varian Eclipse, and Citrix must be purchased separately.

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