Planning Platform
Three Capabilities, One Clinical Workflow
Airato's planning platform combines AI-assisted beam selection, DVH-constrained dose optimization, and adaptive re-planning in a single system designed for radiation oncology departments.
Platform Modules
Each module can be evaluated independently or deployed as an integrated planning system.
Auto-Planning
AI-generated beam-angle candidates reduce manual configuration time. The system learns from anatomical features and historical planning patterns to propose starting configurations.
Explore Auto-PlanningDose Optimization
Multi-criteria DVH-constraint solver that simultaneously optimizes target coverage and organ-at-risk dose objectives. Constraint satisfaction visible per structure at each iteration.
Explore Dose OptimizationAdaptive RT
Daily re-planning support using anatomy deformation registration. Fast re-optimization from deformed anatomy for online and offline adaptive workflows.
Explore Adaptive RTWhere Airato Fits in the Treatment Planning Cycle
From CT simulation to treatment approval — Airato enters at the planning step and exits with a DICOM RT-compatible plan ready for physicist review.
System Requirements & Compatibility
| Specification | Details |
|---|---|
| DICOM Conformance | DICOM RT Plan, RT Structure Set, RT Dose — import and export |
| Operating System | Windows 10/11 (64-bit), Windows Server 2019/2022 |
| Deployment | On-premise installation; clinical network isolated deployment supported |
| TPS Compatibility | Any DICOM RT-conformant treatment planning system (vendor-neutral) |
| Linac Compatibility | Varian, Elekta, Hitachi — via DICOM RT Plan export |
| Minimum Hardware | Intel Xeon or AMD EPYC, 32 GB RAM, GPU (NVIDIA RTX series or equivalent) |
| Network | DICOM node configuration; air-gapped operation supported |
| Language | Interface available in English and Japanese |
Request a platform walkthrough.
Our clinical team can demonstrate each module against a representative IMRT case.