Evasurgica
Evasurgica provides the Navi surgical navigation system, which overlays real-time VR/AR representations of a patient's 3D anatomy onto the surgeon's intraoperative view. Designed for urologic and general surgeons, the system helps identify critical structures like ureters, reducing anatomical identification time by up to 60% and lowering mental workload, as validated in a peer-reviewed in vivo porcine model study.
- Augmented & Virtual Reality
- Healthcare Technology
- Medical Devices
- Digital Health
- Hardware
- Software Only
- Artificial Intelligence
Funding
Founders
Founder details are not available yet.
Product
Problem
Surgeons performing minimally invasive procedures often struggle to identify critical anatomical structures in real time, relying on preoperative imaging that does not align with the intraoperative view. This can lead to longer operative times, increased complications, and higher cognitive workload during surgery.
Solution
Evasurgica offers the Navi surgical navigation system, which overlays real-time VR/AR representations of the patient's 3D anatomy directly onto the surgeon's intraoperative view. The system provides augmented reality guidance for critical structures such as ureters, virtual reality visualization of anatomy beyond the visible surface, and real-time intelligent assistance that acts as a surgical co-pilot. Clinical data visualization tools present diagnostic imaging in a clear, intuitive format, supporting personalized and safer procedures. Designed for urologic and general surgeons, the system reduces anatomical identification time by up to 60% and lowers mental workload, with usability validated in a peer-reviewed in vivo porcine model study.
Target Audience
Primary customers are urologic and general surgeons, as well as hospitals and clinical networks performing minimally invasive procedures who need enhanced intraoperative guidance and navigation.
Features
- Real-time VR/AR overlay of patient-specific 3D anatomy during surgery
- Augmented reality guidance for identifying critical structures such as ureters
- Virtual reality visualization revealing anatomy beyond the visible surface
- Clinical data visualization for intuitive diagnostic imaging interpretation
- Real-time intelligent assistance that functions as a surgical assistant
- Evidence-based performance with reduced anatomical identification time by up to 60% and reduced surgeon mental workload, validated in a Scientific Reports study (Penza et al., 2025)