Where Quantum
Artificial Intelligence
Meets Biotechnolgy.

Where Quantum
Artificial Intelligence
Meets Biotechnolgy.

Where Quantum
Artificial Intelligence
Meets Biotechnolgy.

Silhouette of a researcher examining a slide under a microscope with a blue background.
Silhouette of a researcher examining a slide under a microscope with a blue background.

Harnessing the power of quantum computing & AI to revolutionize drug discovery, medical imaging, and personalized medicine.

Harnessing the power of quantum computing & AI to revolutionize drug discovery, medical imaging, and personalized medicine.

Silhouette of a researcher examining a slide under a microscope with a blue background.
Silhouette of a researcher examining a slide under a microscope with a blue background.
Silhouette of a researcher examining a slide under a microscope with a blue background.

Quantum Dance unifies quantum AI and biotech to cut drug discovery from years to months.

introduction

introduction

introduction

introduction

QuantumDance pairs quantum algorithms with high-performance computing and AI to decode biological complexity at scale, turning raw pixels, base pairs, and assay signals into decisions teams can trust.

QuantumDance pairs quantum algorithms with high-performance computing and AI to decode biological complexity at scale, turning raw pixels, base pairs, and assay signals into decisions teams can trust.

QuantumDance pairs quantum algorithms with high-performance computing and AI to decode biological complexity at scale, turning raw pixels, base pairs, and assay signals into decisions teams can trust.

Quantum-First Architecture

Proprietary quantum search explores chemical space far beyond classical heuristics, while HPC-trained models learn the subtle signatures in clinical images and multi-omics matrices that conventional tools miss. The result: deeper exploration, faster iteration, and signals that translate from bench to bedside.

Quantum-First Architecture

Proprietary quantum search explores chemical space far beyond classical heuristics, while HPC-trained models learn the subtle signatures in clinical images and multi-omics matrices that conventional tools miss. The result: deeper exploration, faster iteration, and signals that translate from bench to bedside.

Quantum-First Architecture

Proprietary quantum search explores chemical space far beyond classical heuristics, while HPC-trained models learn the subtle signatures in clinical images and multi-omics matrices that conventional tools miss. The result: deeper exploration, faster iteration, and signals that translate from bench to bedside.

Quantum-First Architecture

Proprietary quantum search explores chemical space far beyond classical heuristics, while HPC-trained models learn the subtle signatures in clinical images and multi-omics matrices that conventional tools miss. The result: deeper exploration, faster iteration, and signals that translate from bench to bedside.

Integrated Discovery Platform

A single spine unifies three pillars; molecular simulation, radiomic feature discovery, and multi-omics pathway mapping, so insights flow across modalities instead of living in silos. One infrastructure, shared security and validation, cloud or on-prem, PACS/EHR-ready.

Integrated Discovery Platform

A single spine unifies three pillars; molecular simulation, radiomic feature discovery, and multi-omics pathway mapping, so insights flow across modalities instead of living in silos. One infrastructure, shared security and validation, cloud or on-prem, PACS/EHR-ready.

Integrated Discovery Platform

A single spine unifies three pillars; molecular simulation, radiomic feature discovery, and multi-omics pathway mapping, so insights flow across modalities instead of living in silos. One infrastructure, shared security and validation, cloud or on-prem, PACS/EHR-ready.

Integrated Discovery Platform

A single spine unifies three pillars; molecular simulation, radiomic feature discovery, and multi-omics pathway mapping, so insights flow across modalities instead of living in silos. One infrastructure, shared security and validation, cloud or on-prem, PACS/EHR-ready.

a white machine with a round top
a white machine with a round top
a white machine with a round top
blue and white flower illustration
blue and white flower illustration
blue and white flower illustration
a group of different colored objects floating in the air
a group of different colored objects floating in the air
a group of different colored objects floating in the air

Who we serve

Who we serve

Who we serve

Who we serve

Built for hospitals, pharma, and research.

Built for hospitals,
pharma, and research.

Built for hospitals,
pharma, and research.

Built for hospitals, pharma, and research.

QuantumDance adapts to your world, plugging into existing tools to deliver earlier signal, faster decisions, and workflows that feel native to care, R&D, and the lab.

QuantumDance adapts to your world, plugging into existing tools to deliver earlier signal, faster decisions, and workflows that feel native to care, R&D, and the lab.

QuantumDance adapts to your world, plugging into existing tools to deliver earlier signal, faster decisions, and workflows that feel native to care, R&D, and the lab.

01

Hospitals

Plug into your existing PACS—no rip-and-replace. Radiomics overlays and clinician-ready reports surface earlier flags so teams move faster and readmissions drop.

01

Hospitals

Plug into your existing PACS—no rip-and-replace. Radiomics overlays and clinician-ready reports surface earlier flags so teams move faster and readmissions drop.

01

Hospitals

Plug into your existing PACS—no rip-and-replace. Radiomics overlays and clinician-ready reports surface earlier flags so teams move faster and readmissions drop.

01

Hospitals

Plug into your existing PACS—no rip-and-replace. Radiomics overlays and clinician-ready reports surface earlier flags so teams move faster and readmissions drop.

02

Pharmaceuticals

Run CTSim™' generate–test–refine loop to explore more space, then stratify cohorts with imaging and predict response sooner—de-risking trials from lead triage to study design.

02

Pharmaceuticals

Run CTSim™' generate–test–refine loop to explore more space, then stratify cohorts with imaging and predict response sooner—de-risking trials from lead triage to study design.

02

Pharmaceuticals

Run CTSim™' generate–test–refine loop to explore more space, then stratify cohorts with imaging and predict response sooner—de-risking trials from lead triage to study design.

02

Pharmaceuticals

Run CTSim™' generate–test–refine loop to explore more space, then stratify cohorts with imaging and predict response sooner—de-risking trials from lead triage to study design.

03

Research

We believe in honesty and transparency in all aspects of our practice. From clear communication about your treatment options to ethical business practices, we strive to build trust with our patients.

03

Research

We believe in honesty and transparency in all aspects of our practice. From clear communication about your treatment options to ethical business practices, we strive to build trust with our patients.

03

Research

We believe in honesty and transparency in all aspects of our practice. From clear communication about your treatment options to ethical business practices, we strive to build trust with our patients.

03

Research

We believe in honesty and transparency in all aspects of our practice. From clear communication about your treatment options to ethical business practices, we strive to build trust with our patients.

Our Products

Our Products

Our Products

Our Products

Three purpose-built engines,
one integrated workflow

Three purpose-built engines, one integrated workflow

Integrated Approach

One spine for molecules, images, and omics, so insights flow, not silo.

Integrated Approach

One spine for molecules, images, and omics, so insights flow, not silo.

Visibility Into Outcomes

Surface hidden signals that change decisions - sooner.

  • Time-to-response

  • Cohort comparison

  • Risk signals

  • Delta from baseline

  • Biomarker strength

  • Readmission risk

  • Outcome prediction

  • Biomarker strength

  • Cohort comparison

  • Delta from baseline

  • Confidence score

  • Risk signals

  • Time-to-response

  • Delta from baseline

  • Cohort comparison

Verified

Visibility Into Outcomes

Surface hidden signals that change decisions - sooner.

  • Time-to-response

  • Cohort comparison

  • Risk signals

  • Delta from baseline

  • Biomarker strength

  • Readmission risk

  • Outcome prediction

  • Biomarker strength

  • Cohort comparison

  • Delta from baseline

  • Confidence score

  • Risk signals

  • Time-to-response

  • Delta from baseline

  • Cohort comparison

Verified

Speed & Accuracy

Quantum + HPC shorten cycles & validated models lift precision.

Feature Card Background
Feature Card Background

Speed & Accuracy

Quantum + HPC shorten cycles & validated models lift precision.

Feature Card Background
Feature Card Background

Clinical Validation

Tested on retrospective cohorts; methods available.

Clinical Validation

Tested on retrospective cohorts; methods available.

Clinical Validation

Tested on retrospective cohorts; methods available.

Clinical Validation

Tested on retrospective cohorts; methods available.

Enterprise Security

HIPAA-compliant end-to-end encrypted infrastructure

Enterprise Security

HIPAA-compliant end-to-end encrypted infrastructure

Enterprise Security

HIPAA-compliant end-to-end encrypted infrastructure

Enterprise Security

HIPAA-compliant end-to-end encrypted infrastructure

Workflow Integration

PACS/EHR ready; cloud or on-prem.

Workflow Integration

PACS/EHR ready; cloud or on-prem.

Workflow Integration

PACS/EHR ready; cloud or on-prem.

Workflow Integration

PACS/EHR ready; cloud or on-prem.

Accelerated Discovery

Compress years of research into months or weeks

Accelerated Discovery

Compress years of research into months or weeks

Accelerated Discovery

Compress years of research into months or weeks

Accelerated Discovery

Compress years of research into months or weeks

Redefining Quantum

Redefining Quantum

Redefining Quantum

Redefining Quantum

Born from the collective ambition of industry veterans and technology innovators.

Born from the collective ambition of industry veterans and technology innovators.

Born from the collective ambition of industry veterans and technology innovators.

Industry Recognition

Early traction with 3 pharma LOIs and 10 hospital pilots; clinical validation in progress.

Industry Recognition

Early traction with 3 pharma LOIs and 10 hospital pilots; clinical validation in progress.

Industry Recognition

Early traction with 3 pharma LOIs and 10 hospital pilots; clinical validation in progress.

Industry Recognition

Early traction with 3 pharma LOIs and 10 hospital pilots; clinical validation in progress.

“Internal pilots showed up to 90× faster imaging workflows and 48× faster genomic processing, surfacing candidates missed by conventional screens.”

Dr. Ahmed Fadiel, MS, PhD

Founder Quantum Dance

“Internal pilots showed up to 90× faster imaging workflows and 48× faster genomic processing, surfacing candidates missed by conventional screens.”

Dr. Ahmed Fadiel, MS, PhD

Founder Quantum Dance

“Internal pilots showed up to 90× faster imaging workflows and 48× faster genomic processing, surfacing candidates missed by conventional screens.”

Dr. Ahmed Fadiel, MS, PhD

Founder Quantum Dance

“Internal pilots showed up to 90× faster imaging workflows and 48× faster genomic processing, surfacing candidates missed by conventional screens.”

Dr. Ahmed Fadiel, MS, PhD

Founder Quantum Dance

3-7 day turnaround time

500+ biomarkers identified

>10x faster discovery

3-7 day turnaround time

500+ biomarkers identified

>10x faster discovery

3-7 day turnaround time

500+ biomarkers identified

>10x faster discovery

3-7 day turnaround time

500+ biomarkers identified

>10x faster discovery

Benefits + Features

Benefits + Features

Benefits + Features

Benefits + Features

Built for Real-World Medicine

Built for
Real-World Medicine

Built for
Real-World Medicine

We design for outcomes, not hype. A hybrid quantum–classical stack powers CTSim™, QuantumVision™, and QuantumOmix™ so teams see earlier signal, make clearer decisions, and move from discovery to decision faster.

Hybrid by design

Quantum accelerates complex search and simulation while HPC orchestrates training and inference at scale, seamlessly plugging into lab and clinical workflows for reliable, real-world deployments.

Hybrid by design

Quantum accelerates complex search and simulation while HPC orchestrates training and inference at scale, seamlessly plugging into lab and clinical workflows for reliable, real-world deployments.

Hybrid by design

Quantum accelerates complex search and simulation while HPC orchestrates training and inference at scale, seamlessly plugging into lab and clinical workflows for reliable, real-world deployments.

Hybrid by design

Quantum accelerates complex search and simulation while HPC orchestrates training and inference at scale, seamlessly plugging into lab and clinical workflows for reliable, real-world deployments.

Clinical-grade from day one

Security, encryption, access controls, and data-residency options align with GDPR and HIPAA expectations, preserving privacy & auditability without slowing teams or breaking existing processes.

Clinical-grade from day one

Security, encryption, access controls, and data-residency options align with GDPR and HIPAA expectations, preserving privacy & auditability without slowing teams or breaking existing processes.

Clinical-grade from day one

Security, encryption, access controls, and data-residency options align with GDPR and HIPAA expectations, preserving privacy & auditability without slowing teams or breaking existing processes.

Clinical-grade from day one

Security, encryption, access controls, and data-residency options align with GDPR and HIPAA expectations, preserving privacy & auditability without slowing teams or breaking existing processes.

End-to-end learning loop

Three platforms feed each other; molecule to biomarker to pathway, so insights compound across CTSim™, QuantumVision™, and QuantumOmix™, improving prioritization and reducing waste.

End-to-end learning loop

Three platforms feed each other; molecule to biomarker to pathway, so insights compound across CTSim™, QuantumVision™, and QuantumOmix™, improving prioritization and reducing waste.

End-to-end learning loop

Three platforms feed each other; molecule to biomarker to pathway, so insights compound across CTSim™, QuantumVision™, and QuantumOmix™, improving prioritization and reducing waste.

End-to-end learning loop

Three platforms feed each other; molecule to biomarker to pathway, so insights compound across CTSim™, QuantumVision™, and QuantumOmix™, improving prioritization and reducing waste.

Measurable signal, earlier

Radiomics and multi-omics surface features conventional reads miss, raising sensitivity and confidence so teams can prioritize sooner design smarter trials, and focus effort where impact matters.

Measurable signal, earlier

Radiomics and multi-omics surface features conventional reads miss, raising sensitivity and confidence so teams can prioritize sooner design smarter trials, and focus effort where impact matters.

Measurable signal, earlier

Radiomics and multi-omics surface features conventional reads miss, raising sensitivity and confidence so teams can prioritize sooner design smarter trials, and focus effort where impact matters.

Measurable signal, earlier

Radiomics and multi-omics surface features conventional reads miss, raising sensitivity and confidence so teams can prioritize sooner design smarter trials, and focus effort where impact matters.

Interoperable, not isolated

Works with PACS, LIMS, and data lakes already in place; bring your models and assays, then export clean outputs into downstream tools so scientists and clinicians act without friction.

Interoperable, not isolated

Works with PACS, LIMS, and data lakes already in place; bring your models and assays, then export clean outputs into downstream tools so scientists and clinicians act without friction.

Interoperable, not isolated

Works with PACS, LIMS, and data lakes already in place; bring your models and assays, then export clean outputs into downstream tools so scientists and clinicians act without friction.

Interoperable, not isolated

Works with PACS, LIMS, and data lakes already in place; bring your models and assays, then export clean outputs into downstream tools so scientists and clinicians act without friction.

Woman
Woman
Woman
Woman

One Loop.
Three Modalities.

From molecule to biomarker to pathway, the loop transforms images and omics into signal, so teams see more, sooner, and decide with confidence.

Woman In The Water
Woman In The Water
Car
Car
Spary Bottle
Spary Bottle
Woman In The Glass Way
Woman In The Glass Way
Blue Space
Blue Space
Man Wearing Black Coat
Man Wearing Black Coat
WIne Bottle
WIne Bottle

One Loop.
Three Signals.

From molecule to biomarker to pathway, the loop transforms images and omics into signal, so teams see more, sooner, and decide with confidence.

Woman In The Water
Woman In The Water
Car
Car
Spary Bottle
Spary Bottle
Woman In The Glass Way
Woman In The Glass Way
Blue Space
Blue Space
Man Wearing Black Coat
Man Wearing Black Coat
WIne Bottle
WIne Bottle

One Loop.
Three Signals.

From molecule to biomarker to pathway, the loop transforms images and omics into signal, so teams see more, sooner, and decide with confidence.

Woman In The Water
Woman In The Water
Car
Car
Spary Bottle
Spary Bottle
Woman In The Glass Way
Woman In The Glass Way
Blue Space
Blue Space
Man Wearing Black Coat
Man Wearing Black Coat
WIne Bottle
WIne Bottle

One Loop.
Three Modalities.

From molecule to biomarker to pathway, the loop transforms images and omics into signal, so teams see more, sooner, and decide with confidence.

Woman In The Water
Woman In The Water
Car
Car
Spary Bottle
Spary Bottle
Woman In The Glass Way
Woman In The Glass Way
Blue Space
Blue Space
Man Wearing Black Coat
Man Wearing Black Coat
WIne Bottle
WIne Bottle

Our Progress

Our Progress

Our Progress

Our Progress

Research to Clinical‑Grade Platforms

Research to Clinical‑Grade Platforms

Research to Clinical‑Grade Platforms

Research to Clinical‑Grade Platforms

1

CTSim™ evolution

From early quantum docking prototypes to CTSim™ v3 with hybrid quantum‑classical pipelines that screen large chemical space and prioritize high‑affinity candidates with greater precision.

1

CTSim™ evolution

From early quantum docking prototypes to CTSim™ v3 with hybrid quantum‑classical pipelines that screen large chemical space and prioritize high‑affinity candidates with greater precision.

1

CTSim™ evolution

From early quantum docking prototypes to CTSim™ v3 with hybrid quantum‑classical pipelines that screen large chemical space and prioritize high‑affinity candidates with greater precision.

1

CTSim™ evolution

From early quantum docking prototypes to CTSim™ v3 with hybrid quantum‑classical pipelines that screen large chemical space and prioritize high‑affinity candidates with greater precision.

2

QuantumVision validation

Progressed from single‑site experiments to multi‑site radiomics studies, producing robust imaging biomarkers and model reproducibility across scanners and protocols.

2

QuantumVision validation

Progressed from single‑site experiments to multi‑site radiomics studies, producing robust imaging biomarkers and model reproducibility across scanners and protocols.

2

QuantumVision validation

Progressed from single‑site experiments to multi‑site radiomics studies, producing robust imaging biomarkers and model reproducibility across scanners and protocols.

2

QuantumVision validation

Progressed from single‑site experiments to multi‑site radiomics studies, producing robust imaging biomarkers and model reproducibility across scanners and protocols.

3

QuantumOmix at scale

Advanced from small cohorts to multi‑omics graphs handling large datasets, mapping variant to pathway relationships and enabling target discovery and patient stratification.

3

QuantumOmix at scale

Advanced from small cohorts to multi‑omics graphs handling large datasets, mapping variant to pathway relationships and enabling target discovery and patient stratification.

3

QuantumOmix at scale

Advanced from small cohorts to multi‑omics graphs handling large datasets, mapping variant to pathway relationships and enabling target discovery and patient stratification.

3

QuantumOmix at scale

Advanced from small cohorts to multi‑omics graphs handling large datasets, mapping variant to pathway relationships and enabling target discovery and patient stratification.

4

Compliance and reliability

Moved from research sandboxes to enterprise deployments with audit trails, access controls, and HIPAA/GDPR‑ready data handling across imaging and omics workflows.

4

Compliance and reliability

Moved from research sandboxes to enterprise deployments with audit trails, access controls, and HIPAA/GDPR‑ready data handling across imaging and omics workflows.

4

Compliance and reliability

Moved from research sandboxes to enterprise deployments with audit trails, access controls, and HIPAA/GDPR‑ready data handling across imaging and omics workflows.

4

Compliance and reliability

Moved from research sandboxes to enterprise deployments with audit trails, access controls, and HIPAA/GDPR‑ready data handling across imaging and omics workflows.

5

Partnered deployments

Expanded from proof‑of‑concepts to active collaborations with pharma and research hospitals, delivering APIs that integrate with LIMS, EHR, and PACS for end‑to‑end workflows.

5

Partnered deployments

Expanded from proof‑of‑concepts to active collaborations with pharma and research hospitals, delivering APIs that integrate with LIMS, EHR, and PACS for end‑to‑end workflows.

5

Partnered deployments

Expanded from proof‑of‑concepts to active collaborations with pharma and research hospitals, delivering APIs that integrate with LIMS, EHR, and PACS for end‑to‑end workflows.

5

Partnered deployments

Expanded from proof‑of‑concepts to active collaborations with pharma and research hospitals, delivering APIs that integrate with LIMS, EHR, and PACS for end‑to‑end workflows.

Our Performance

Our Performance

Our Performance

Our Performance

Proven Traction Across Discovery and Clinical Validation

Proven Traction Across Discovery and Clinical Validation

Proven Traction Across Discovery and Clinical Validation

Early-Stage Results That Signal Market Readiness

Proven results across pilot programs, proof-of-concept validation, and strategic partnerships. Our platforms deliver measurable improvements in drug discovery speed, diagnostic accuracy, and biomarker identification - backed by early traction with pharmaceutical companies and healthcare providers.

Early-Stage Results That Signal Market Readiness

Proven results across pilot programs, proof-of-concept validation, and strategic partnerships. Our platforms deliver measurable improvements in drug discovery speed, diagnostic accuracy, and biomarker identification - backed by early traction with pharmaceutical companies and healthcare providers.

Early-Stage Results That Signal Market Readiness

Proven results across pilot programs, proof-of-concept validation, and strategic partnerships. Our platforms deliver measurable improvements in drug discovery speed, diagnostic accuracy, and biomarker identification - backed by early traction with pharmaceutical companies and healthcare providers.

Early-Stage Results That Signal Market Readiness

Proven results across pilot programs, proof-of-concept validation, and strategic partnerships. Our platforms deliver measurable improvements in drug discovery speed, diagnostic accuracy, and biomarker identification - backed by early traction with pharmaceutical companies and healthcare providers.

Trust built into
every step.

Trust built into every step.

Trust built into
every step.

Trust built into every step.

Built for healthcare realities: encryption in transit and at rest, granular access controls, audit trails, and data-residency options.

Built for healthcare realities: encryption in transit and at rest, granular access controls, audit trails, and data-residency options.

GDPR, CCPA & EUAI Compliant

GDPR, CCPA & EUAI Compliant

GDPR, CCPA & EUAI Compliant

GDPR, CCPA & EUAI Compliant

HIPAA Compliant

HIPAA Compliant

HIPAA Compliant

HIPAA Compliant

Man Wearing Glasses

GDPR-ready

EU data rights honored; DPA available.

Man Wearing Glasses

GDPR-ready

EU data rights honored; DPA available.

Man Wearing Glasses

GDPR-ready

EU data rights honored; DPA available.

Man Wearing Glasses

GDPR-ready

EU data rights honored; DPA available.

Coffee Pack

HIPAA-aligned

PHI safeguards; BAA on request.

Coffee Pack

HIPAA-aligned

PHI safeguards; BAA on request.

Coffee Pack

HIPAA-aligned

PHI safeguards; BAA on request.

Coffee Pack

HIPAA-aligned

PHI safeguards; BAA on request.

Cream

Data residency

EU / US / UAE regional control.

Cream

Data residency

EU / US / UAE regional control.

Cream

Data residency

EU / US / UAE regional control.

Cream

Data residency

EU / US / UAE regional control.

Bottle

Audit & access

RBAC, SSO/OIDC, full logs.

Bottle

Audit & access

RBAC, SSO/OIDC, full logs.

Bottle

Audit & access

RBAC, SSO/OIDC, full logs.

Bottle

Audit & access

RBAC, SSO/OIDC, full logs.

Impressive metrics

Latest News

Impressive metrics

Latest News

Impressive metrics

Latest News

Impressive metrics

Latest News

Frequently Asked Questions

Frequently Asked Questions

Frequently Asked Questions

Frequently Asked Questions

Everything you need to know about accelerating discovery with quantum algorithms.

Everything you need to know about accelerating discovery with quantum algorithms.

Everything you need to know about accelerating discovery with quantum algorithms.

How is quantum different from classical methods?

Our hybrid quantum-classical architecture explores chemical space exponentially faster. CTSim's quantum algorithms simulate millions of molecular interactions simultaneously, while classical tools process sequentially. Results: promising drug candidates identified in days versus months, with superior binding affinity predictions and early liability detection.

What systems does the platform integrate with?

How accurate are the biomarker predictions?

How do you handle confidential data?

What's the typical timeline for results?

What technical expertise is needed?

How is quantum different from classical methods?

Our hybrid quantum-classical architecture explores chemical space exponentially faster. CTSim's quantum algorithms simulate millions of molecular interactions simultaneously, while classical tools process sequentially. Results: promising drug candidates identified in days versus months, with superior binding affinity predictions and early liability detection.

What systems does the platform integrate with?

How accurate are the biomarker predictions?

How do you handle confidential data?

What's the typical timeline for results?

What technical expertise is needed?

How is quantum different from classical methods?

Our hybrid quantum-classical architecture explores chemical space exponentially faster. CTSim's quantum algorithms simulate millions of molecular interactions simultaneously, while classical tools process sequentially. Results: promising drug candidates identified in days versus months, with superior binding affinity predictions and early liability detection.

What systems does the platform integrate with?

How accurate are the biomarker predictions?

How do you handle confidential data?

What's the typical timeline for results?

What technical expertise is needed?

How is quantum different from classical methods?

Our hybrid quantum-classical architecture explores chemical space exponentially faster. CTSim's quantum algorithms simulate millions of molecular interactions simultaneously, while classical tools process sequentially. Results: promising drug candidates identified in days versus months, with superior binding affinity predictions and early liability detection.

What systems does the platform integrate with?

How accurate are the biomarker predictions?

How do you handle confidential data?

What's the typical timeline for results?

What technical expertise is needed?