Transforming Surgical Education with Constantly Evolving AI
Educational purposes only, not for clinical use
Cutting-edge AI,Redefining Surgical Experience
EUREKA X is an innovative AI program supporting surgical education.
By integrating state-of-the-art AI technology with surgical expertise, it provides fresh insights and fosters new discoveries in the educational arena. By sharing what expert surgeons see with medical teams in the operating room, we aim to enhance surgical education efficiency. Regular updates ensure that EUREKA X stays at the innovation forefront of surgical education.
KEY FEATURES
01
AI-Driven Development
With updates every 6 to 12 months, EUREKA continuously improves in accuracy, expands recognizable structures, and expands its feature set. Its evolving capabilities aim to be an indispensable partner for surgeons, transforming operating rooms into hubs of advanced learning.
Potential
02
Broad Applicability
EUREKA’s open platform supports various fields, including laparoscopic and robotic surgeries, across chest, abdomen, and pelvis areas. It’s versatile for training students, honing skills through video analysis, demonstrating expert techniques, and conducting research.
Versatility
03
Multifunctionality
EUREKA highlights critical structures—like nerves and blood vessels—in real-time, adapting to each patient’s unique anatomy. It also visualizes intraoperative events like bleeding and digitizes device operations. By deconstructing expert techniques, EUREKA facilitates more efficient surgical education.
Multifunctionality
FUNCTION
From Intuition to Intelligence:
The New Era of Surgery
In addition to its Anatomical Mapping feature, which highlights key anatomical structures such as connective tissues and nerves, EUREKA has evolved into EUREKA X as of July 2025, with the addition of a new feature—Surg Metrics—which visualizes in real time various surgical parameters such as the volume of connective tissue, instrument motion, and bleeding, all of which are known to vary based on the surgeon’s level of experience.
01
Anatomical Mapping
AI detects and highlights target anatomical structures in surgical video for enhanced anatomical recognition.
Analyzable Structures
CONNECTIVE
TISSUE
NERVES
PANCREAS
URETER
MICROVESSELS
VEIN
VAS DEFERENS
URETER &
ARTERY
PROSTATIC
CAPSULE
CONNECTIVE TISSUE
NERVES
PANCREAS
URETER
MICROVESSELS
VEIN
VAS DEFERENS
URETER & ARTERY
PROSTATIC CAPSULE
02
Instrument Track
Gain insight into surgical technique through real-time AI tracking of instrument tip movements in surgical video.
*Note: Available for a select range of instruments.
03
Bleeding Review
AI detects and quantifies bleeding regions, enabling reverse, slow-motion, and repeated playback of bleeding scenes. All bleeding events are automatically captured, chaptered, and presented as thumbnails for quick and comprehensive post-operative review.
*Note: Feature available in LIVE mode only.
04
Surg Metrics
AI analyzes and visualizes in real time the trajectories of tissues and instruments, tissue volume and confidence, instrument motion parameters (speed, acceleration, jerk), and bleeding areas.
*Note: “Surg Metrics” is a term similar to the registered trademark “surgical metrics” and is used under permission granted by Dr. Ichiro Uyama and Dr. Koichi Suda.
Surgery Trail
01
Connectives Position
Displays the center of gravity of connective tissues as dots
Instrument Position
Visualizes instrument trajectories as lines
Structure
02
Connectives Area
Highlights regions of connective tissue
above a defined confidence threshold
Connectives Confidence
Average confidence level of connective
tissue detection
Instrument
03
Instrument Speed
Instantaneous velocity of instruments
Instrument Acceleration
Rate of change in speed
Instrument Jerk
Variability in acceleration (smoothness of motion)
Bleeding
04
Bleeding Area
Detected bleeding region (LIVE mode only)
HOW TO USE
Surgical Vision EUREKAをダウンロードした汎用ワークステーションにSDIケーブルを用いて内視鏡画像をINPUTします。
手術室の医療用モニターにOUTPUTしてご使用ください。
※Conceptual image
LIVE Mode:Real-Time Analysis in the Operating Room
Connect the endoscopic image via an SDI cable to a workstation running EUREKA X. Output the analyzed image to a monitor for immediate educational use in the operating room.
Note: This product is intended for educational purposes only, not for clinical use.VIDEO Mode:Retrospective Video Analysis
Connect a storage device with surgical videos to the workstation via USB. Output the processed videos to a monitor for detailed analysis and review.
USER INTERFACE
0
SETTINGS
Procedure & System Selection
The system automatically selects the optimal AI model based on the surgical procedure and endoscopic system in use, ensuring tailored analysis for each scenario.
01
Anatomical Mapping
Structure Selection
Select up to two anatomical structures to emphasize by clicking on the icons.
Display Settings
Customize highlight color, opacity, blinking effect, and other display preferences to match surgeon style and case requirements.
02
Instrument Track
Display Settings
Toggle instrument display on/off and enable blinking overlays as needed.
03
Bleeding Review
Scene Selection
Choose from automatically chaptered bleeding scenes using thumbnail previews.
04
Surg Metrics
Metric Selection
Choose up to 7 from 8 available metrics to visualize during surgery.
SPECIFICATION
Supported Surgical Areas
Stomach
Large Intestine
Inguinal Hernia
Uterus
Liver
Esophagus
Pancreas
Prostate
Lungs
Compatible Systems
Intuitive da Vinci Xi Surgical System
Olympus VISERA ELITE II & III Endoscope Systems
Storz 4K Endoscope System
Stryker Endoscope System
Medicaroid Hinotori Surgical Robot System
※ Videos from other systems can also be analyzed, ensuring comprehensive support for diverse surgical environments.
PRODUCT CATALOG
View our Product Catalog (PDF)
