World's first real-time, multi-modal holographic AR platform
Add hands-free holographic virtual screens where they are needed in the EP Lab — improving targeting accuracy, workflow, cost, footprint, and staffing.
The Platform
Everything you need to map, visualize, monitor, ablate, and check for gaps — in view, in real time, and under the EP's control.
Virtual Screen System
Add up to five customized virtual screens from up to 8 simultaneous inputs — EGMs, ICE, fluoroscopy, ablation parameters — anchored hands-free in your field of view. No booms. Any room becomes a full EP lab.
Holographic Visualization System
The world's first FDA-cleared mixed-reality platform for cardiac EP. Converts real-time catheter data into a hands-free 3D hologram of the patient's anatomy — one record of the truth, synchronized for every user in the room.
*Native EAMS-integrated visualization is not yet available for sale or delivery. Expected first half of 2027; subject to change.
Clinical Evidence · The PARADIGM Study
Prospective, randomized, multicenter crossover trial at Massachusetts General Hospital and Beth Israel Deaconess Medical Center — 102 patients, 8 electrophysiologists.
Circ Arrhythm Electrophysiol. 2025;18(4):E013222 · Hanley et al.
Real-world utilization · Limited market release · 3 hospitals · 12 EPs
The study, in action
Recorded during PARADIGM and published as supplemental material with the study — this is what the physician sees and controls, hands-free.
In their words
Clinical & Commercial Value
Statistically significant improvement in navigation accuracy, with the greatest gains among experienced physicians.
Intraprocedural communications drop by 92%, and 74% of physicians believe CommandEP may help reduce case time.
Design for navigational accuracy and OR efficiency can enable users to target measurable, trackable savings per case.
Eliminates costly boom-mounted display systems — often exceeding half a million dollars per room. Compact hub, short installs.
Platform Specifications
*Native EAMS-integrated visualization is not yet available for sale or delivery. Expected first half of 2027; subject to change.
Recognition
Our breakthrough augmented reality healthcare technology continues to be recognized by the world's leading medical, design, scientific, and investment panels.
Celebrated in the surgical visualization category for the breakthrough CommandEP™ platform, recognizing excellence in technological innovation and human impact.
Honored at the International Design Excellence Awards by the Industrial Designers Society of America for outstanding Digital Interaction design.
Named a top-tier early-stage life science innovator at the Redefining Early Stage Investments conference, highlighting strong market potential and clinical value.
Secured a prestigious Fast-Track SBIR grant to fund and accelerate our mixed-reality cardiac mapping solution.
sbir.gov ›Named to the exclusive global list of the “Top 10 Cardiovascular Device Companies” for pioneering advancements in electrophysiology.
medtechoutlook.com ›Backed by the Missouri Technology Corporation program, validating our contribution to technological innovation and regional economic growth.
missouritechnology.com ›Available now. Built for what's next.
Digital EP Command Center — Customized virtual workflow, mentoring, advanced physician training, and collaboration during complex procedures.
Win the ASC market by virtualizing boom-mounted displays inside the headset — collapsing capex and enabling any room to function as an EP lab.
Layer holographic catheter navigation on top of the visualization platform — shifting value from cost-out to outcomes.
Integrate intracardiac and surface ultrasound into the AR field of view with voice and gesture control — fusing all imaging modalities into a single cockpit.
AR-guided needle placement, extending SentiAR into vascular access, pericardial access, jugular access and beyond.
The EP lab is evolving from a physical room with screens into a connected, immersive, holographic environment — our vision is an EP lab where expertise is no longer limited by geography.
Acquisition Models
Headset + software license + native EAMS integration.
Annual coverage: software updates, technical support, and maintenance.
Flexible per-procedure access for high-volume programs.
Leadership
SentiAR was founded in 2019 as a spinout of Washington University in St. Louis by a physician–engineer team who lived the problem firsthand.
President & CEO
Proven track record in medtech commercialization and strategic exits. Class II devices, cardiology, and remote monitoring.
CMO & Co-Founder
Professor of Pediatrics & Biomedical Engineering, Washington University in St. Louis. Pioneer in pediatric electrophysiology and clinical AR.
CTO & Co-Founder
Professor of Biomedical Engineering, Washington University in St. Louis. Leading expert in computational electrophysiology and holographic visualization.
Chief Engineer & Co-Founder
Embedded-systems engineer architecting real-time, augmented-reality medical systems. Formerly Johns Hopkins APL, Boeing Research, and Intuitive Surgical.
CFO
Former finance lead at multiple high-growth medical startups, public and privately held.
Get in touch
Whether you're an electrophysiologist, a health system or ASC evaluating your EP program, or an investor — we'd like to talk.
212 N Kingshighway Blvd, Box #28 Suite #115
St. Louis, MO 63108 · 1-833-203-5144
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