Core Viewpoint - The National Healthcare Security Administration issued a draft guideline on December 5, 2025, establishing a unified pricing language for various medical services, which will significantly impact hospital operations, technology implementation speed, and corporate product strategies [2]. Group 1: Policy Impact - The draft guideline aims to standardize pricing for technologies such as 3D reconstruction, 3D printing, navigation, intraoperative imaging, energy platforms, surgical robots, and tele-surgery [2]. - The guideline is expected to enhance the understanding of the pricing structure among industry stakeholders, thereby reducing information asymmetry and improving overall policy interpretation capabilities [5]. Group 2: Industry Engagement - A closed-door discussion meeting is organized by Si Yu MedTech to facilitate high-level decision-makers and professionals in understanding the draft guideline and sharing experiences [3][4]. - The meeting will focus on the content framework and industry impact of the draft guideline, aiming to elevate the overall awareness and understanding among industry experts [5]. Group 3: Target Audience - The event is tailored for experienced professionals, including CEOs, product direction leaders, and market access professionals involved in healthcare policy and pricing strategies [6][8]. - The format encourages interaction and knowledge sharing rather than formal policy training, fostering a collaborative environment for industry insights [8].

Core Viewpoint - The article discusses the issuance of the "Guidelines for the Pricing of Surgical and Treatment Auxiliary Operations" by the National Medical Insurance Administration, which aims to standardize and categorize auxiliary surgical operations within the medical insurance system, enhancing transparency and adaptability to new technologies [2][3]. Policy Background - The introduction of a unified pricing guideline addresses structural challenges in China's medical service pricing system, such as regional disparities and the lack of standardized pricing for auxiliary operations [3]. - The guidelines represent the first systematic classification of auxiliary operations in surgery, covering advanced technologies like 3D imaging, navigation systems, and remote surgery [3][4]. Key Components of the Guidelines - The pricing project consists of seven core elements: project name, service output, price composition, additional charges, expansion items, pricing units, and pricing explanations [4]. - The guidelines include 36 auxiliary operations categorized into six systems based on service output attributes, facilitating understanding across disciplines [5][6]. Categories of Auxiliary Operations - **3D Technology Chain**: This category includes operations related to 3D reconstruction, modeling, and printing, which enhance pre-surgical planning and individualization of treatment [6][8]. - **Tracing and Imaging Enhancement**: This category focuses on technologies that improve intraoperative information clarity, such as tracers and advanced imaging techniques [7][9]. - **Energy Instrument Assistance**: This category includes various energy devices used in surgery, emphasizing the separation of technical costs from device usage [10][11]. - **Intraoperative Imaging Guidance**: This category standardizes the pricing of imaging guidance during surgery, enhancing its role in risk management [12][13]. - **Surgical Path Navigation**: This category includes navigation systems that provide real-time tracking and positioning during surgeries [14][15]. - **Surgical Robotics and Remote Surgery**: This category recognizes the role of robotic assistance and remote surgery as significant advancements in surgical capabilities [16][18]. Understanding the Pricing System - The guidelines emphasize that "service output" is the sole basis for establishing pricing projects, allowing for flexibility in technical paths as long as the output remains consistent [20]. - The guidelines allow for existing projects to accommodate technological improvements without the need for new pricing applications, reducing barriers to innovation [21][22]. Implications for Hospitals and Enterprises - The new pricing framework is expected to lead to a comprehensive restructuring of cost management, quality control, and payment mechanisms within hospitals [26][30]. - Hospitals will be better equipped to assess the real costs and values of auxiliary operations, promoting transparency and accountability in surgical practices [30][31]. - Enterprises will need to shift their focus from equipment-centric models to service output-oriented strategies, enhancing their data capabilities to comply with new regulatory requirements [36][38]. Observations on Systemic Evolution - The guidelines represent a significant shift from fragmented technical approaches to a cohesive capability system, facilitating clearer communication of technological value [44][45]. - The formal recognition of independent pricing for capabilities, such as robotic assistance, aligns with international trends towards technology-neutral and capability-oriented regulatory frameworks [46]. - The requirement for data retention and reporting will transform surgical practices from experience-based to data-driven methodologies, supporting future research and clinical improvements [47][48].

Core Viewpoint - The company,虹软科技, is a global leader in visual artificial intelligence, focusing on computer vision technology and providing algorithm licensing and system solutions [1] Group 1: Company Overview - The company specializes in computer vision and has developed versatile and extendable visual AI algorithms [1] - It has accumulated extensive experience in foundational algorithms and application technologies for visual perception, suitable for various robotics applications [1] - The company is actively investing in embodied intelligent robotics technology and has developed core visual perception and fusion IPs [1] Group 2: Technological Capabilities - The company has a rich portfolio of algorithms, including face, animal, and scene recognition, gesture recognition, 3D reconstruction, and SLAM [1] - It has a long history of focusing on visual AI technology since the era of digital cameras and feature phones, refining its algorithms for specific hardware [1] - The company offers a variety of mature algorithms applicable to multiple terminal devices, including distortion correction, video stabilization, HDR, and noise reduction [1] Group 3: Collaborations and Future Outlook - The company has established technical collaborations with globally recognized civil robotics companies [1] - Further details on the company's technology products, business layout, and collaborations can be found in announcements published on the Shanghai Stock Exchange website [1]