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VISION

Revolutionizing Radiation Therapy with Precision Mixed Reality

Accurate patient positioning | Efficient treatment | Improved clinical decision-making

Radiation therapy is hindered by outdated and subjective patient positioning methods. Traditional techniques often rely on words and images to record information, which are prone to errors. Patients are increasingly resistant to tattoos, and clinicians dislike performing them due to the risk of needle stick injuries. Temporary tattoos and references to anatomical structures can be inconsistent, leading to measurement errors. Additionally, recording custom settings for each patient and cross-checking with a second staff member is time-consuming and error-prone.

The Challenge of Current Radiation Therapy Recording and Verify Methods

The Consequences of Sub-optimal Positioning

Sub-optimal patient positioning, whether due to random or systemic interfraction differences between radiotherapy treatments, leads to increased treatment session times and elevated risks of damage to healthy tissues.

 

The subjective nature of current methods and the lack of resources to accommodate each patient's unique needs strain healthcare systems and compromise the quality of care. Additionally, patient positioning instructions often fail to provide a complete picture, increasing the likelihood of patient repositioning and thereby extending treatment session times. This not only puts additional workload on clinical staff but also forces them to work more quickly, which can further impact the quality of care.

 

Time constraints during simulation sessions exacerbate these issues, and the absence of precise spatial data hampers effective clinical decision-making, often resulting in communication breakdowns throughout the patient pathway.

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  • Lack of Solutions for Non-DICOM Plans: Non-DICOM/non-computer based plans lack effective tools, resulting in inconsistent and error-prone treatments.

  • Subjective Bolus Placement: The subjective nature of placing bolus on patients can lead to suboptimal treatment outcomes.

  • Ever-Changing Techniques: Departments continuously innovate and improve techniques at an accelerated pace, making it challenging for new or untrained staff to quickly get up to speed using traditional paper-based methods.

 

Consequences:

  • Inconsistent Treatments: Lack of standardized tools for non-DICOM plans leads to variability in patient care.

  • Measurement Errors: Subjective bolus placement increases the risk of errors, affecting treatment efficacy.

Further Challenges in Radiation Therapy

 Current Methods Contraints

  • Inconsistent Positioning: Results in longer treatment times and higher risks of damaging healthy tissues.

  • Strained Resources: The time-consuming nature of these methods strains healthcare resources and compromises the quality of care.

  • Time Constraints: Inadequate time during simulation sessions leads to rushed and potentially inaccurate setups.

 

Consequences:

  • Rushed Setups: Time constraints during simulation sessions further exacerbate the issue, resulting in potential inaccuracies.

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OPTIMIZED WORKFLOW

One button Sim

Precision Beyond Compare: Our solution harnesses cutting-edge technology to enhance the accuracy of radiation therapy simulations, setting new standards for precision and reliability in patient care.

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Efficiency Redefined: By streamlining complex processes, we're not just saving time; we're ensuring that every moment counts towards delivering superior patient outcomes.

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Safety First: At the heart of Hindsyt's technology is an unwavering commitment to patient safety. By mitigating risks associated with human error, we're elevating the standard of care to unprecedented levels.

VERSATILITY AND MOBILITY

At Hindsyt, we recognize the need for precision and accuracy in radiation therapy treatment planning and simulation. Our cutting-edge mixed reality solutions aim to bring the benefits of real-time visualization and accuracy seen in the treatment room to all non-computer planning techniques. We provide a revolutionary tool that allows medical professionals to better analyze, plan and execute radiotherapy to benefit their patients in all parts of the patient pathway, not just treatment.

AI Assisted Simulation

At Hindsyt, we are dedicated to providing patients with the highest quality Mixed Reality Solution for Radiation Therapy. Our advanced technology ensures that pre-simulation positioning is completely safe and reliable. Using our system, you’ll receive a pre-simulation positioning tip that will help prevent machine collisions based on your current position. With our cutting-edge visualization technology, you can also view all previous treatment positions and make any necessary adjustments. We put the safety and care of our patients first, and our technology reflects that.

WHY HINDSYT

A Different Approach, Using a New Method of Clarity in Radiation Therapy

At Hindsyt, we stand at the forefront of healthcare innovation, pioneering a groundbreaking path that merges clinical expertise with cutting-edge mixed reality technology. Our mission is to revolutionize cancer care and beyond, offering a unique blend of immersive visualization, spatial understanding, and real-time data updates. With Hindsyt, clinicians can streamline complex treatment processes, saving valuable time while enhancing patient care. Patients themselves experience a more seamless and personalized journey, spending less time in appointments and more time focusing on their well-being. Hospitals increase their capacity and efficiency, ensuring that the highest quality of care is accessible to all. Choose Hindsyt, and embark on a journey where the future of healthcare becomes a reality.

Hindsyt reduces human error, enhances accuracy, and improves overall treatment efficiency. Our solution adapts to the latest technique innovations and ensures clear communication of patient positioning. This results in shorter treatment times, better resource allocation, and superior patient care. Moreover, the insightful data provided by Hindsyt empowers clinicians to make informed decisions, further enhancing treatment outcomes.

Consequences:

  • Improved Treatment Quality: Enhanced accuracy and reduced errors lead to better patient outcomes.

  • Resource Optimization: Efficient processes free up resources for other critical tasks. .

Transforming Radiation Therapy for Better Outcomes

Our Industry Partners and Awards

COLLABORATION

Hindsyt addresses these challenges by providing a cutting-edge mixed reality solution. Our technology creates a precise 1:1 digital twin template that ensures accurate and consistent recording of patient position and  setup equipment in a single action. Unlike surface guidance radiation therapy, which still leaves gaps, Hindsyt offers a comprehensive spatial clarity. This significantly reduces the potential for errors and improves the efficiency of the treatment process, even under tight time constraints. Additionally, Hindsyt provides clinicians with insightful information, enhancing their clinical decision-making capabilities and improving the quality of information available for each patient. A few key features are below on how Hindsyt can help streamline a radiation oncology department:

Introducing Hindsyt’s Comprehensive Solution

Overcoming the Limitations of Traditional Methods

Current Methods

Inconsistent Setup: Current practices, such as taking pictures of the setup, are standard but heavily rely on user technique and image quality.

Time-Consuming Processes: Recording custom settings for each patient and cross-checking with a second staff member is both time-consuming and error-prone.

Difficulty with Innovations: Departments constantly innovate and update techniques, which traditional methods struggle to accommodate.

Non-DICOM Plan Limitations: Current methods do not adequately support non-DICOM plans.

Inconsistent Bolus Placement: The subjective placement of bolus on patients can lead to inconsistent results.

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Hindsyt's Solution

Standardized Setup: Hindsyt provides a standardized, precise digital twin template that ensures consistency and accuracy every time.

Adaptability: The solution evolves with departmental innovations, maintaining high standards of care.

Enhanced Spatial Clarity: Hindsyt’s technology offers comprehensive spatial clarity and data insights that improve clinical decision-making.

Consequences

Consistent and Accurate Setup: The standardized digital twin template ensures reliable patient positioning.

Adaptability: The solution evolves with departmental innovations, maintaining high standards of care.

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  • Limited Field of View: SGRT often fails to provide a full picture of the patient setup.

  • Subjective Interpretation: Despite advanced technology, SGRT still requires subjective interpretation and can suffer from user errors.

  • Manual Recording Requirements: Simulation sessions with SGRT still require manual recording of patient setups and measurements, leading to potential inaccuracies and inefficiencies.

  • Predominantly Treatment Room Only Tool: SGRT is primarily useful in the treatment room, offering limited utility in other phases of the treatment process.

  • No Solutions for Non-DICOM Plans: SGRT does not effectively address non-DICOM plans, leaving a gap in comprehensive patient care.

  • Inefficiencies: The setup process can still be time-consuming and prone to errors, leading to delays and increased treatment times.

Consequences:

  • Inconsistent Results: Limited field of view and subjective interpretation can lead to inconsistent patient positioning.

  • Increased Errors: Manual recording requirements and user dependency increase the risk of errors.

  • Gaps in Treatment Phases: Being predominantly a treatment room tool, SGRT fails to provide support in other critical phases, impacting overall treatment efficacy.

  • Unaddressed Patient Needs: Lack of solutions for non-DICOM plans means certain patient needs remain unmet, potentially compromising care quality. Visuals: Comparisons between SGRT methods and their limitations versus Hindsyt’s capabilities.

What about SGRT?

The Power of Mixed Reality: Transforming Industries and Elevating Healthcare

At Hindsyt, we aim to revolutionize radiation therapy using mixed reality. The success of mixed reality in various industries underscores its potential in healthcare:

  • Manufacturing: 17% productivity boost; Boeing cut assembly times by 30%.

  • Retail: IKEA’s conversions jumped 70%.

  • Training: Siemens and Lockheed Martin cut costs by 50% using virtual tech.

Impact on Healthcare:

  • Enhanced Precision: Reduces errors and treatment times in radiation therapy.

  • Improved Decision Making: Provides critical insights for clinicians.

  • Efficient Training: Equips healthcare professionals with advanced skills.

  • Cost Savings: Streamlines processes, optimizing resource use.

By leveraging these proven benefits, Hindsyt is set to bring transformative changes to patient care in radiation therapy.

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