MAP Medicine provides surgeons with an integrated augmented reality (AR) and artificial intelligence platform that overlays preoperative imaging onto the patient in real time.
Funding
Funding not disclosed
Founders
Product
Problem
Surgeons often rely on separate imaging displays and manual interpretation of preoperative scans, which can lead to misalignment between planned and actual anatomy during procedures. This disconnect increases the risk of errors, prolongs surgery time, and limits the ability to personalize care in the operating room.
Solution
MAP Medicine offers an integrated augmented reality (AR) and artificial intelligence platform that projects preoperative imaging directly onto the patient in real time. The system connects to existing PACS archives, allowing clinicians to review and plan surgeries within the same interface. During the operation, the platform aligns the surgeon’s view with the patient’s anatomy, overlaying critical structures and planned incisions to guide precise instrument placement. AI-driven tools assist in segmenting anatomy and generating navigation cues, enhancing safety and efficiency across surgery, radiology, telehealth, and education workflows. The unified experience supports personalized patient care by delivering accurate, context‑aware visual guidance throughout the procedure.
Target Audience
Primary customers are hospitals, surgical centers, and radiology departments that equip surgeons and interventional specialists with advanced intra‑operative visualization tools.
Features
- Direct PACS integration for seamless access to CT, MRI, and other preoperative scans within the AR environment
- Real-time overlay of segmented anatomical structures onto the patient’s body using head‑mounted or handheld AR displays
- AI-powered image processing that automatically identifies and highlights critical landmarks and pathology
- Interactive planning tools that allow surgeons to annotate, simulate cuts, and define instrument trajectories before entering the OR
- Navigation module that continuously tracks patient and device position to maintain alignment accuracy during surgery
- Multi‑use case support for surgery, radiology review, telehealth consultations, and medical education training