For Radiation Oncologists

Supporting Patient Safety & Setup Precision

Hindsyt is developing mixed reality guidance intended to support precise, patient-specific setup with the clinician firmly at the centre of care. The figures below are indicative and drawn from iterative testing and mixed reality workflow research — not yet clinically established.

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Potential Safety Improvement

Indicative reduction in Near Miss Safety Incidents through clearer positioning (not yet clinically established)

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Target Positioning Accuracy

Registration accuracy (±1.5mm) targeted in testing to support precise setup

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Patient Comfort Goal

Designed to reduce reliance on permanent tattoos and invasive markers

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Structured Validation

A staged clinical validation pathway is underway with research partners

Values shown are development-stage targets and indicative figures based on mixed reality (line-of-sight) workflow research and Hindsyt’s iterative testing. Clinical safety, effectiveness and performance have not yet been established through completed clinical studies.

Enhanced Clinical Workflow

1
Target < 15 minutes

CT Simulation

Capture patient anatomy with integrated 3D scanning

Improvement:

Aiming for up to ~75% faster than traditional methods (indicative)

2
Standard time

Treatment Planning

Standard treatment planning with MR-enhanced visualization

Improvement:

Enhanced precision with 3D spatial context

3
Target < 10 minutes

Patient Setup

Holographic guidance for precise patient positioning

Improvement:

Aiming for up to ~50% reduction in setup time (indicative)

4
Standard time

Treatment Delivery

Confident treatment delivery with verified positioning

Improvement:

Reduced verification imaging required

Clinical Advantages

Precise Treatment Delivery

Visualize anatomical structures and tumor targets directly overlaid on the patient

Real-time holographic guidance
Anatomical structure visualization
Tumor target alignment
Reduced margin requirements

Enhanced Patient Experience

Eliminate traumatic marking procedures while maintaining clinical precision

No permanent tattoos required
Reduced patient anxiety
Faster setup procedures
Improved patient satisfaction

Workflow Integration

Seamlessly integrate with existing clinical protocols and systems

Compatible with all major TPS
DICOM integration
Workflow optimization
Minimal disruption to practice

Quality Assurance

Built-in quality controls and monitoring for consistent outcomes

Real-time position monitoring
Automated quality checks
Reproducible results
Audit trail maintenance

Our Evidence & Validation Approach

Hindsyt draws on published mixed reality workflow research and is progressing through a structured validation pathway with clinical and research partners. Findings specific to Hindsyt are development-stage and not yet clinically established.

Grounded in mixed reality line-of-sight workflow research
Iterative clinician-led testing and feedback
Staged clinical validation pathway with research partners

What we are exploring:

Feasibility of patient-specific 3D setup references
Positioning accuracy targets alongside existing methods
Clinician feedback, usability and acceptance
Potential for improved workflow efficiency

Learn More About Our Approach

Request our development-stage overview and clinical briefing, or explore the validation journey we are progressing with research partners.

Ready to Experience the Future of Radiation Therapy?

Work with us to help shape mixed reality guidance designed around clinical reality and patient safety.