1. AccurSound Electronic Stethoscope:
(1) Continuous respiratory sound monitoring in intensive care, intensive care units (ICUs), operating rooms, and non-surgical anesthesia settings, providing continuous respiratory sound monitoring services within hospital operating rooms to ensure patient safety in high-risk environments.
(2) The AIRMOD System™ combines the AccurSound 101 Electronic Stethoscope with the Airmod Display intelligent respiratory monitoring software to continuously monitor patients' respiratory status, meeting the demands for continuous monitoring and recording of physiological signals in medical environments.
2. Dedicated Adhesive Patch for AccurSound Electronic Stethoscope

1. Single-Use Endoscopes: Disrupting the design logic and manufacturing methods of the medical endoscopy industry with proprietary technology, we provide single-use electronic gastroscopes and colonoscopes. Automated assembly production methods enable large-scale mass production, fully meeting end-user price expectations and contributing to narrowing the gap in medical resources between urban and rural areas.
2. AI-Assisted Endoscopy System: Utilizing Convolutional Neural Networks (CNNs) deep learning to detect and analyze various lesions within the digestive tract, while leveraging 3D stereoscopic image simulators and data augmentation to enhance model training.

1. "CardioRenix Matrix AI Smart Care Operating System": Creating the world's first clinical biochemical signal infrastructure layer integrating "decentralized real-time diagnosis, continuous AI risk prediction, and health insurance payment mechanisms," transforming medical records into digital smart assets.
2. "Matrix929™ Real-Time Microfluidic Analyzer": The exclusive patented N-DNA™ technology successfully overcomes the "Debye Screening Wall" that has blocked the industry for 30 years. With just a single drop of whole blood at your fingertip, you can generate central laboratory-level data within 15 minutes with sensitivity reaching fM (fimolar) levels, surpassing traditional optical inspection by 1,000 times. A single cartridge can quantitatively detect eight key CKM biomarkers including hs-cTnI, NT-proBNP, and HbA1c, quantifying micro-deterioration trends in organs.
3. "EvoRisk™ AI Prediction Engine and L1 Growth Memory Layer": This is the system's digital brain. The L1 growth memory layer uses MySQL (factual memory: biochemical indicators and prescriptions), Redis (state memory: real-time follow-up progress), and Graphiti (contextual memory: causal relationship maps of complaints and indicators) to transform static medical records into dynamic medical memory. The system self-optimizes through continuous learning mechanisms, predicting major cardiovascular adverse events (MACE) within 12 months with an accuracy of up to 0.90 AUC, advancing the intervention window by 5-10 years.
4. "Dr. AI Health Companion Assistant App": Integrates localized semantic mapping (TW-RAG), automatically de-hallucinating elderly Taiwanese slang names (such as "kidney guai"), and accurately maps them into SNOMED CT (code 709044004 chronic kidney disease) international standard clinical codes. When linked to Apple Watch, if acute warning signs such as HRV/HR anomalies are detected, the UI will be force-taken within 10 seconds to trigger an emergency alert status machine and immediately notify the medical team.

PECURA Technology Co., Ltd. Peripheral Vascular Health Assessment Device: Integrates multi-point synchronized physiological signal measurement technology to convert indicators related to blood flow and vascular elasticity into easily understandable data, enabling a rapid, repeatable, and long-term trackable vascular health assessment process.