Hairuo medical large model

The large model solution designed for hospitals, health commissions, disease control and prevention administration and other medical industry users aims to promote the improvement of medical service quality and efficiency through advanced technology.

  • About
  • Business advantages
  • Business scenarios
  • Customer cases

About

Relying on the Hairuo industry large model, combined with massive medical data, we have launched an industry-specific large model specially designed for medical application scenarios. It provides a variety of capabilities such as medical record generation, pre-consultation and triage, primary auxiliary diagnosis, epidemic monitoring and analysis, etc., improving the accuracy of diagnosis and treatment, optimizing resource allocation, and improving patient experience.

Business advantages

  • Data-driven decision-making

    Through cloud data analysis, it provides evidence-based decision support for medical institutions, optimizes operational strategies, and improves management efficiency.

  • Cloud resource sharing

    Realize cloud sharing of medical data and resources, promote cross-agency collaboration, improve resource utilization efficiency, and reduce costs.

  • Security and compliance guarantees

    Cloud services ensure data security and privacy protection, comply with medical industry regulations, and provide reliable security and compliance guarantees.

  • Professional technical support

    Provide comprehensive technical support and professional maintenance services to ensure the continuous update and optimization of the system and reduce the technical pressure on medical institutions.

Business scenarios

  • Doctor's assistant scenario

  • Hospital operation scenario

  • Regional medical scenario

  • Medical regulation scenario

  • The large model provides the function of medical record generation assistant, which automatically generates medical records by collecting data such as doctor-patient dialogue, examination and testing, and greatly improves the writing efficiency of doctors. In addition, the model is able to analyze the patient's clinical data and provide diagnostic recommendations, treatment options, and the latest medical research results to assist doctors in making more accurate medical decisions.

  • Through in-depth analysis of hospital operation data, the large model identifies areas for improvement and improves the efficiency of service processes. It can also predict patient flow and hospitalization needs, helping hospitals with human resource planning and material management. In addition, the model ensures patient safety and satisfaction by monitoring the quality of medical services, thus driving continuous improvement and optimization of the overall operation of the hospital.

  • By analyzing regional medical data, the model supports information sharing and collaboration between primary medical institutions and large hospitals, and promotes the implementation of the tiered diagnosis and treatment system. In addition, the model can also assist public health decision-making, and provide a scientific basis for regional health planning and emergency response through disease prediction and health trend analysis.

  • The model identifies potential non-standard behaviors and risk points by monitoring the medical service process in real time, thus strengthening the regulation of medical behavior. At the same time, the model can also evaluate the service quality and operational efficiency of medical institutions, and provide data support for policy formulation and resource allocation. In addition, by analyzing medical complaints and feedback, the model helps regulators respond to public concerns in a timely manner, improving transparency and public trust in healthcare services.

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