Particle therapy is outpacing the planning tools
Clinical ambition in particle therapy programs has moved past what conventional planning algorithms were designed to do.
Physics Accuracy
Research is moving beyond dose and LET, but many planning workflows have not.
Radiobiological Complexity
Growing interest in variable RBE is increasing the need for biological evaluation in treatment planning.
Workflow Fragmentation
Disconnected planning workflows create unnecessary complexity and inefficiency.
Institutional Risk
Clinics cannot afford to replace trusted systems or disrupt established workflows.
Future readiness
As automation, adaptive therapy, and AI advance, planning systems must keep pace with changing clinical requirements.
Clinical precision and workflow
Physics & Radiobiology, hand in hand
- GPU-accelerated Monte Carlo for particle therapy*.
- LET optimization and visualization.
- Variable RBE — MCF-MKM, Linear LET weighted*.
- Direct access to macro- and microdosimetric quantities, supporting advanced radiobiological modelling and evaluation*.
- User-defined robust optimization, analysis & evaluation.
Workflow & connectivity
- Unified workflow environment.
- Particle planning tools.
- Advanced Spot Editor*.
- GPU-accelerated computation.
- Scripting API.
- OIS Connectivity.
- Direct machine connectivity via the Treatment Workspace*.
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Two decades of building the systems behind the world’s most demanding science
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PlanOne™ V1.0 is FDA 510(k) cleared. Items marked with * are in preparation for regulatory submission or under development; not yet available for sale and/or clinical use in any market. Market availability is subject to regulatory approval. PlanOne is a trademark of Cosylab d.d., registered in the United States and the European Union.