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Massive Market Opportunity
$14.46B
AI in Medical Imaging
Market projected to grow from $1.67B to $14.46B by 2034, representing 24% CAGR
$18.38B
AR/VR in Healthcare
Explosive growth from $3.4B to $18.38B by 2034 as immersive technologies transform medical practice
$50M
Initial TAM
Conservative estimate: 500 U.S. hospitals at $100K annual license equals $50M ARR potential in addressable market
The Critical Challenge in Modern Neurosurgery
The Problem
Surgeons navigate complex 3D brain anatomy using flat 2D MRI and CT scans, creating significant cognitive burden and risk
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20% complication rate in brain tumor surgeries
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Fragmented imaging records delay critical care decisions
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Inefficient pre-operative workflows extend planning time
The Human Impact
Over 24,000 Americans are diagnosed with brain tumors annually. Nearly 1 in 5 experience surgical complications directly attributable to the limitations of 2D planning systems. Traditional imaging fails to provide comprehensive 3D visualization necessary for precise tumor boundary identification and critical structure avoidance.
01
Machine Learning Segmentation
Advanced algorithms deliver enhanced structured image analysis, automatically identifying and isolating critical anatomical structures with unprecedented accuracy
02
Agentic AI Visualization
360° interactive VR environments allow surgeons to explore patient anatomy from every angle, simulating procedures before entering the operating room
03
Seamless Integration
Native connectivity with EPIC EHR systems, surgical robotics platforms, and medical education infrastructure ensures frictionless adoption
Proven Traction & Strategic Momentum
01
Technology Development
Advanced prototype in active development for 3D MRI-to-VR conversion, demonstrating core platform capabilities
03
Partnership Pipeline
Early-stage partnership discussions underway with Johns Hopkins and University of Maryland, IBM, & JHUWI cohort companies
02
Funding Committed
$100K soft commitment from TEDCO validates commercial potential and technology readiness
04
Clinical Access
Pilot opportunity discussions at Sibley Memorial Hospital via Johns Hopkins Ward Infinity Fellowship provide direct pathway to clinical validation
Immediate Next Step: Finalize clinical pilot program design and secure Letters of Intent from key faculty at Johns Hopkins to establish crucial clinical validation and credibility for a Sibley pilot.
World-Class Team & Advisory Board
Jeremy Lawson, CEO
AI and simulation expert with proven track record at Booz Allen Hamilton and Sixgen, bringing deep technical expertise and government contracting experience
VR Engineering Team
Unity and Unreal Engine specialists with extensive experience in problem agnostic visualization applications​
Planned Advisory Network
Johns Hopkins Radiology and Imaging faculty for pilot codesign and clinical integration. TEDCO mentors guiding commercialization, market entry, and scaling strategy
Strategic Advisors
Alvin McClerkin (Former COO, AI Squared) provide invaluable operational and clinical insights​​
CLINICAL VALIDATION
Sibley Memorial Hospital
Strategic customer discovery meetings with executive and clinical leadership revealed critical insights shaping our go-to-market strategy:
