Across diagnostics, intervention, screening, emergency transport, and defense medicine.
SAFEIMAGING
SafeImaging combines non-radioactive RF acquisition, multi-angle sensing, and computational reconstruction to deliver live, high-definition 3D views without the tunnel, immobility, or ionizing radiation of conventional systems.
A software-defined imaging platform built to move diagnosis closer to the patient.
SafeImaging collapses the distance between injury, diagnosis, and intervention by moving high-resolution imaging into the environments where decisions are made.
Across diagnostics, intervention, screening, emergency transport, and defense medicine.
High-definition spatial imaging built to reveal anatomy in motion.
Medical facilities signed on to use the SafeImaging platform.
A platform for repeat assessment without ionizing exposure to patients or practitioners.
SafeImaging creates a common imaging layer across emergency transport, hospital care, longitudinal screening, and deployed medicine.
Turn conventional ambulances into mobile stroke and trauma imaging units, bringing diagnosis into the treatment clock.
PREHOSPITAL CAREDeliver live 3D spatial intelligence for diagnosis, planning, navigation, monitoring, and repeat assessment.
CLINICAL PLATFORMPlace CT-class capability in medical vehicles and near the line of contact for faster triage and treatment decisions.
MISSION MEDICINEScale a protected acquisition and software platform across large, fragmented, high-value medical markets.
VENTURE-SCALE OPTIONALITYSafeImaging surrounds the region of interest with RF sensing positions, reconstructs the returned signal computationally, and presents a continuous 3D view for clinical action.
A distributed sensing architecture gathers multi-position RF measurements around anatomy without ionizing radiation.
Proprietary calibration, reconstruction, and visualization transform complex signals into high-definition spatial information.
Continuous 3D views create a new foundation for diagnosis, navigation, intervention, and treatment monitoring.
An open, operator-centered imaging architecture for clinical rooms, ambulances, aircraft, ships, and the next generation of care environments.
The same core architecture operates across fixed clinical settings and mobile medical platforms on land, in the air, and at sea.
Image stroke, hemorrhage, and internal injury before arrival, supporting earlier specialist coordination and prehospital TNK decision-making.
AMBULANCE • AIR MEDICAL • MARITIME EMS
Equip squads, evacuation assets, and medical vehicles for rapid triage, monitoring, and treatment at or behind the line of contact.
GROUND • ROTARY WING • SHIPBOARD
An open architecture that eliminates tunnel and claustrophobia barriers, accommodates patients across body sizes, and protects imaging professionals from cumulative radiation exposure.
SafeImaging is built to expand across contrast-dependent, motion-sensitive, repeat-imaging, and intervention-guidance workflows.
Prehospital visualization for faster triage and treatment pathways.
Non-radioactive annual imaging and PET-like cancer discovery.
Real-time vascular mapping without conventional radiation burden.
Live guidance for catheterization, electrophysiology, and ablation.
V/Q imaging pathways for perfusion and ventilation assessment.
Repeatable 3D monitoring throughout pregnancy and development.
Patient-specific anatomy in continuous 3D for dynamic planning.
Triple-source spatial guidance across complex pulmonary anatomy.
Non-radioactive functional imaging across the digestive cycle.
Spatial assessment of kidneys, ureters, and urinary function.
Mobile imaging for bleeding and injury before hospital arrival.
A software-defined platform ready to compound into new clinical markets.
SafeImaging is building its commercial entry around high-urgency B2B markets where time-to-diagnosis creates measurable clinical and economic value.
Discuss the opportunity →Expressed interest in using SafeImaging for prehospital stroke diagnosis and mobile-stroke-unit economics.
More than ten facilities, including Cleveland Clinic, have signed on to use SafeImaging.
Initial commercialization through ambulance and defense sectors, followed by hospital and specialty expansion.
SafeImaging reconstruction outputs demonstrate localization and spatial tracking of paired structures across an acquired slice stack.
Every advance in sensing, calibration, reconstruction, and visualization strengthens a common platform that can enter multiple markets.
Integrated sensing geometry, calibration, signal quality, and reproducible workflows.
Algorithms and datasets that improve spatial performance across every application.
High-value markets where earlier imaging changes both outcomes and economics.
Screening, intervention, functional imaging, and specialty-care applications.
SafeImaging combines a differentiated sensing architecture, compounding software, urgent beachhead markets, and a pipeline of high-value medical applications.
Non-radioactive CT-class imaging with real-time 3D visualization.
Reconstruction algorithms and datasets that strengthen with use.
Open, mobile architecture across hospitals, ambulances, aircraft, and ships.
A common platform spanning emergency, defense, screening, and intervention.
SafeImaging's data workflow supports structured intake for reconstruction review, performance evaluation, and collaborative analysis.
Submit contact information, describe the dataset and intended analysis, and identify the file you want SafeImaging to review.
SafeImaging brings together physician leadership, operational execution, software depth, physiology expertise, serial entrepreneurship, healthcare investment experience, and a multidisciplinary intern team.

Physician-founder leading SafeImaging's clinical vision, platform strategy, and mission to reinvent how and where medical imaging happens.

Operations leader advancing execution, strategic partnerships, commercialization, and the systems required to scale a complex medical platform.
Leads the software systems that convert acquired RF data into reconstruction, visualization, and an operator-ready imaging experience.
Research scientist at Indiana University overseeing animal research and connecting experimental design, biological response, and imaging performance.

Serial entrepreneur and founder of SOHO Incubator, bringing company-building, network development, and market creation experience.

CEO of Keneh Ventures, contributing the capital-markets perspective and healthcare venture engagement needed to scale breakthrough medical technology.
SafeImaging's interns expand the team's reach across engineering, data science, design, clinical research, and business development.
We welcome conversations with investors, strategic partners, healthcare systems, emergency medical operators, and defense organizations ready to help move imaging closer to every patient.
alexanderszabo.safeimaging@gmail.com