Our lighthouse applications focus on precision radiotherapy eliminating the gap from imaging to treatment and adaptation. Modular, scalable, and secure, our technology fully integrates within your clinical workflow.
Reliable, high-quality results derived from robust models created with data from leading global centers ensuring accuracy, confidence and physician acceptance
Automation seamlessly integrated within TPS workflows to accelerate job completion in the background without user supervision
Works with any TPS to reduce time and complexity across the spectrum - from segmentation to planning to adaptive - for most indications.
ART-Plan™
ART-Plan is an all-in-one solution for AI-based automatic delineation in minutes with the accuracy of clinical experts. Operating autonomously inside your current TPS, ART-Plan simplifies OAR and tumor segmentation with zero clicks to reduce manual tasks by >93%*.
* Doolan PJ et al. Frontiers in Oncology, 2023
Our models are created with data from multiple leading academic centers, treating patients from diverse populations for a wide range of indications.
All our models have been meticulously and continuously evaluated to ensure each organ and lymph node model is clinically acceptable.
270+ OARs and LNs in minutes
Models for CT/MR/sCT
MR OARs for brachytherapy
Bladder, rectum, sigmoid colon, small intestine
MR GBM and Multi-Mets
Multi-modality, rigid and DIR
CT, MR, PET, CBCT + ITV from 4DCT
*Note that not all models are available in all markets
OARs - Guidelines: DAHANCA 2020, Eekers et al 2021 (EPTN) and Mir et al 2020 (International consensus).
Brachial_Plex_(L/R), Brain, Brainstem, Cerebellum, Cochlea_(L/R), Common carotid artery (L/R), Esophagus, External carotid artery (L/R), External contours, External jugular vein(L/R), Eyeball_(L/R), Lens_Eye_(L/R), Glottic_Larynx, Internal carotid artery (L/R), Internal jugular vein (L/R), Lacrim_gland_(L/R), Larynx, Lips, Mandible, Mouth, Optic_chiasm, Optic_nerve_(L/R), Parotid_(L/R), Pharynx_Const_muscle, Pituitary_Gland
Spinal_Canal, Spinal_Cord, Submand_Gland_ (L/R), Supraglottic_Larynx, Thyroid_Gland, TM_Joint_(L/R), Trachea
LNs - Guidelines: Grégoire et al 2014,
LN_Neck_IA, LN_Neck_IB_(L/R), LN_Neck_II_(L/R), LN_Neck_III_(L/R), LN_Neck_IVA_(L/R), LN_Neck_IVB_(L/R), LN_Neck_V_(L/R), LN_Neck_VIA, LN_Neck_VIB, LN_Neck_VIIA_(L/R), LN_Neck_VIIB_(L/R)
Includes SBRT lung and Heart substructures
OARs – Guidelines: Kong 2011 (RTOG), Jabbour et al 2014 (RTOG), UK SABR Consortium 2019, De Rose et al, 2017, Duane et al 2017, Milo et al 2020, Mir et al 2020
Aorta, Atrium_(L/R), Brachial_Plex_(L/R), Breast_(L/R), Bronchia_(L/R), Bronchial_Tree, Bronchus_(L/R), Cardiac_Aorta, Carina, Cauda Equina, Chestwall_(L/R), Coronary_Sinus, Distal_Circumflex_Coronary, Esophagus, Heart, Humerus_Head_(L/R), Kidney_(L/R), LAD_Coronary, L_Main_Coro_Art, Liver, Lung_(L/R), Pericardium, Proximal_Circumflex_Coronary, Pulmonary_Arter, Ribs 1-12_(L/R), Spinal_Canal, Spinal_Cord, Spleen, Stomach, Supraglottic_Larynx, Thyroid_Gland, Trachea, Vena_Cava_Inf, Vena_Cava_Sup, Ventri_(L/R), Ventri_L_Ant, Ventri_L_Api, Ventri_L_Inf, Ventri_L_Lat, Ventri_L_Sept,
LNs - ESTRO - LN according to Offersen et al 2015 (ESTRO)
LN_IMN_(L/R), LN_Interpec_(L/R), LN_Ax_L1_(L/R), LN_Ax_L2_(L/R), LN_Ax_L3_(L/R), LN_Ax_L4_(L/R)
OARs - Guidelines: Gay et al 2012 (RTOG), Mir et al 2020, CTVN_Prostate as described in Hall et al 2021
Anal_Canal, Bladder, Bowel_Bag, Cauda Equina, Duodenum, External contours, Femur_Head_(L/R), Illium_(L/R), Large_Bowel, Penile_Bulb, Rectum, Sacrum, Sigmoid_Colon, Small_Bowel, Spinal_Cord, VB_L4, VB_L5
LNs - Guidelines: Valentini et al 2016
Ischio_Rectal_Fossae_Val, LN_Iliac_Ext_L_Val, LN_Inguinofem_L_Val, LN_Iliac_Int_L_Val, LN_Obturator_L_Val, Mesorectum_Val, Presacral_Abdo_LN_Val, Presacral_Pelvis_LN_Val, LN_Iliac_Ext_R_Val, LN_Inguinofem_R_Val, LN_Iliac_Int_R_Val, LN_Obturator_R_Val, Sphincter_Complex_Val, LN_Common_Iliac, LN_Lomboaortic
Regions of Interest
CTVN_Prostate, Prostate, Seminal_Vesicle
OAR - Guidelines: Gay et al 2012, Mir et al 2020
Anal_Canal, Bladder, Bowel_Bag, Cauda Equina, Duodenum, External contours, Femur_Head_(L/R), Ilium_(L/R), Large_Bowel, Rectum, Sacrum, Sigmoid_Colon, Small_Bowel, Spinal_Cord, Vagina, VB_L4, VB_L5,
LNs - Guidelines: Valentini et al 2016
LN_Common_Iliac, LN_Iliac_(L/R), LN_Ingui_Gyn_(L/R), LN_Lomboaortic, LN_Presacral, Ischio_Rectal_Fossae_Val, LN_Iliac_Ext_L_Val, LN_Inguinofem_L_Val, LN_Iliac_Int_L_Val, LN_Obturator_L_Val, Mesorectum_Val, Presacral_Abdo_LN_Val, Presacral_Pelvis_LN_Val, LN_Iliac_Ext_R_Val, LN_Inguinofem_R_Val, LN_Iliac_Int_R_Val, LN_Obturator_R_Val, Sphincter_Complex_Val
Region of Interest
Parametrium, Utero_Cervix
OAR - Guideline: Eekers et al 2021 (EPTN)
Brain, Cerebellum_Ant, Cerebellum_Post, Cochlea_(L/R), Cornea_(L/R), Hippocampus_(L/R), Hypothalamus_(L/R), Lacrim_Gland_(L/R), Lens_Eye(L/R), Medulla_Oblong, Midbrain, Opt_Chiasm, Optic_nerve (L/R), Pituitary_Gland, Pons, Retina_(L/R), Spinal_Cord, VSCC_(L/R)
OARs - Guideline: Mir et al 2020
Anal_Canal, Bladder, Bony_Pelvis_(L/R), Femur_Head_(L/R), Penile_Bulb, Rectum, Sacrum, Colon_Sigmoid, Small Bowel
Regions of Interest
Prostate, Seminal_Vesicle
Pelvis OARs - Guideline: Mir et al 2020
Anal_Canal, Bladder, Femur_Head_(L/R), Penile_Bulb, Rectum, Sigmoid_Colon,
Abdo OARs - Guideline: Mir et al 2020
Aorta_Abdomen, Duodenum, Kidney_(L/R), Large_Bowel, Liver, Pancreas, Stomach, Vena Cava_In
Regions of Interest
Prostate, Seminal_Vesicle
OARs - Guidelines: EMBRACE studies, Pötter et al. 2018 (ESTRO)
Bladder, Rectum, Sigmoid_Colon, Small_bowel
Brain
Reliable tumor and OAR segmentation for confident planning
Brain
Reliable tumor and OAR segmentation for confident planning
Brain
Reliable tumor and OAR segmentation for confident planning
Brain
Reliable tumor and OAR segmentation for confident planning
Head & Neck
Precise OAR delineation in anatomically complex regions
Head & Neck
Precise OAR delineation in anatomically complex regions
Head & Neck
Precise OAR delineation in anatomically complex regions
Head & Neck
Precise OAR delineation in anatomically complex regions
Breast
Streamlined contouring with consistent adaptive workflows
Breast
Streamlined contouring with consistent adaptive workflows
Lung & Thorax
Robust segmentation supporting reliable planning in motion
Lung & Thorax
Robust segmentation supporting reliable planning in motion
Lung & Thorax
Robust segmentation supporting reliable planning in motion
Lung & Thorax
Robust segmentation supporting reliable planning in motion
Male Pelvis
Automated planning with integrated contouring and adaptation
Male Pelvis
Automated planning with integrated contouring and adaptation
Male Pelvis
Automated planning with integrated contouring and adaptation
Male Pelvis
Automated planning with integrated contouring and adaptation
Male Pelvis
Automated planning with integrated contouring and adaptation
Male Pelvis
Automated planning with integrated contouring and adaptation
Female Pelvis
Efficient OAR segmentation for CT-based pelvic workflows
Female Pelvis
Efficient OAR segmentation for CT-based pelvic workflows
Brachytherapy (Female)
MRI-guided OAR delineation for precise brachytherapy delivery
Brachytherapy (Female)
MRI-guided OAR delineation for precise brachytherapy delivery
ART-Plan's AI-driven automation delivers high-quality, vendor-agnostic treatment plans in minutes. Eliminating manual variability and accelerating RT planning workflows, ART-Plan helps clinicians spend more time focused on complex cases.
Helps to enhance precision, optimize target coverage, and reduce toxicities to healthy tissues.
Faster, smarter and reliable - ensures the best possible care for every patient. With high quality routine plans.
Expert-level RT plans in just a few minutes - eliminating manual variability and accelerating planning workflows.
*Note that not all models are available in all markets
High-quality, personalized prostate treatment plans across multiple prescriptions—automated, standardized, and ready in minutes.
Your treatment plan is ready—simply calculate the dose in your TPS.
Multiple prostate prescriptions. AI-powered planning with consistent clinical quality.
ART-Plan eliminates hours of replanning by automatically reviewing all patient assessments in the background — helping teams make consistent replanning decisions while reducing manual rework.
High-quality results through AI generated sCT images, AI DIR and protocol driven metrics that reduce inter-operator variability between assessments.
ART-Plan runs in the background to automatically compare CBCT with planning CT of all patients and identifies cases in an intuitive, actionable, and customizable dashboard.
Strategic impact beyond adaptive replanning assessment. ART-Plan's data driven approach allows you to focus on high-impact adaptive strategies that inform patient care.
*Note that not all models are available in all markets
OARs - Guidelines: OAR as in Gay et al 2012, Mir et al 2020
Anal_Canal, Bladder, Femur_Head_(L/R), Penile_Bulb, Rectum, Sigmoid_Colon
Regions of interest
Prostate, Seminal_Vesicle
OARs - Guidelines: Kong 2011 (RTOG), Jabbour et al 2014 (RTOG), and Mir et al 2020
Breast_(L/R), Bronchial_Tree, Chestwall_(L/R), Esophagus, Heart, Lung_(L/R), Spinal_Canal, Spinal_Cord, Trachea, Syn-CT
OARs - Guidelines: DAHANCA 2020, Eekers et al 2021 (EPTN) and Mir et al 2020 (International consensus)
Brachial_Plex_(L/R), Brainstem, Esophagus, Eyeball_(L/R), Glottic_Larynx, Larynx, Lens_Eye_(L/R), Lips, Lung_(L/R), Mandible, Optic_Nerve (L/R), Optic_Chiasm, Oral_Cavity, Parotid_(L/R), Pharynx_Const_Muscle, Spinal_Canal, Spinal_Cord, Supraglottic_Larynx, TM_Joint_(L/R)
Transform daily CBCT into actionable adaptive insights with AI-driven support.
Keep every treatment on track with AI-driven quality and decision support.
From CBCT to synthetic CT—AI-powered imaging for efficient adaptive radiotherapy.
Automated alerts for confident replanning decisions.
MD - Radiation Oncologist COPB - Bayonne, France
With AdaptBox's synthetic CT, we validated dose coverage precisely and safely 3 times during treatment, without interrupting care or exposing the patient to additional scans. It saved our team around 3 hours of work - eliminating the need for rescanning, recontouring, replanning, and QA.
