Patient Status Engine

The Patient Status Engine is configured for use in hospitals, high-dependency units, general wards, and even home environments, making it versatile for both acute and chronic care pathways. Its wireless design eliminates the need for physical cables, reducing patient movement restrictions and enabling continuous, real-time monitoring without tethering. This is particularly useful in dynamic settings like wards or high-dependency units, where mobility and ease of use are critical.

Yes, the Patient Status Engine itself is a reusable system, and it supports multiple sensor models (e.g., 3008717264, 3007134734) that are also designed for reuse. Since no sterilization is required, maintenance involves routine cleaning and inspection to ensure sensor accuracy and system reliability. This approach reduces waste and operational costs while maintaining hygiene standards for continuous patient monitoring.

The Patient Status Engine is compatible with over 70 distinct sensor models, as listed in the regulatory data (e.g., 3008717264, 3007134734, etc.). This extensive compatibility allows clinicians to select sensors tailored to specific patient needs—such as cardiac, respiratory, or peripheral monitoring—while ensuring seamless integration with the wireless transmitter and receiver system. It also simplifies inventory management by supporting a broad range of monitoring applications.

The Patient Status Engine is not specified to require sterilization or special storage conditions beyond standard environmental controls for medical devices. Since it is reusable, it should be stored in a clean, dry environment away from direct sunlight or extreme temperatures to prevent damage to its wireless components and ensure long-term functionality. Proper handling—such as avoiding physical stress or exposure to liquids—is recommended to maintain performance and regulatory compliance.

The Patient Status Engine has obtained FDA 510(k) clearance and MDR compliance, confirming its substantial equivalence to existing devices and adherence to European medical device regulations. This dual regulatory approval streamlines adoption in both U.S. and international markets, providing clinicians and healthcare facilities with confidence in its safety, performance, and compliance with global standards. The device’s classification as Class II also indicates it undergoes rigorous pre-market review for its intended use in continuous physiological monitoring.