AI ready smart IV pole system including modular hub for clinical data integration, compliance and patient services

A method of operating an integrated clinical infrastructure hub installed within or on a wall of a healthcare environment, the hub comprising a power-management subsystem, a modular receptor assembly, a medical-device integration module, an artificial-intelligence execution environment, a patient-facing subsystem, a communication subsystem, a compliance-governance subsystem, and a control unit, the method comprising:

• (a) receiving, by the control unit, medical-device data from one or more connected medical devices through the medical-device integration module;
• (b) receiving, by the control unit, patient-associated data from the patient-facing subsystem, the patient-associated data being associated with an authenticated patient identifier or an authenticated patient session;
• (c) receiving, by the control unit, operational data from the power-management subsystem, the operational data comprising at least one of voltage data, current data, thermal data, load-state data, power-source status data, or power-quality data;
• (d) receiving, by the control unit, communication-state data from the communication subsystem, the communication-state data comprising at least one of link-state data, network-authentication data, latency data, packet-loss data, routing data, or external-system connection data;
• (e) validating, by the compliance-governance subsystem, the medical-device data, the patient-associated data, the operational data, and the communication-state data against one or more compliance policies stored in a policy store;
• (f) enforcing, by a deny-by-default gate of the compliance-governance subsystem, a default block against release of data, execution of control commands, activation of patient-facing services, artificial-intelligence execution, power-state control, clinical signaling, or external-system communication unless validation succeeds;
• (g) generating, refreshing, or revoking governance tokens that define authorization conditions for at least one of data exchange, patient-facing service activation, artificial-intelligence execution, medical-device communication, power-state control, clinical signaling, or external-system communication;
• (h) executing, within the artificial-intelligence execution environment, local artificial-intelligence inference or rule-based analysis using an artificial-intelligence accelerator module disposed within the hub, or delegating artificial-intelligence execution to a remote computational resource under authorization of a governance token;
• (i) recording, in a compliance ledger, compliance-controlled entries corresponding to validation events, governance-token events, patient-association events, power-management events, medical-device communication events, artificial-intelligence execution events, clinical-signaling events, and external-communication events;
• and
• (j) coordinating operation of the medical-device integration module, the artificial-intelligence execution environment, the patient-facing subsystem, the communication subsystem, and the power-management subsystem through the compliance-governance subsystem so that medical-device integration, patient-facing services, artificial-intelligence execution, communication, and regulated power management are controlled through governance-token authorization, deny-by-default validation, and compliance-ledger recording.

A non-transitory computer-readable storage medium storing instructions for operating an integrated clinical infrastructure hub configured for installation within or on a wall of a healthcare environment, the integrated clinical infrastructure hub comprising a power-management subsystem, a modular receptor assembly, a medical-device integration module, an artificial-intelligence execution environment, a patient-facing subsystem, a communication subsystem, a compliance-governance subsystem, and a control unit, the instructions, when executed by at least one processor of the control unit, causing the control unit to:

• (a) receive medical-device data from one or more connected medical devices through the medical-device integration module;
• (b) receive patient-associated data from the patient-facing subsystem, the patient-associated data being associated with an authenticated patient identifier or an authenticated patient session;
• (c) receive operational data from the power-management subsystem, the operational data comprising at least one of voltage data, current data, thermal data, load-state data, power-source status data, or power-quality data;
• (d) receive communication-state data from the communication subsystem, the communication-state data comprising at least one of link-state data, network-authentication data, latency data, packet-loss data, routing data, or external-system connection data;
• (e) validate, using the compliance-governance subsystem, the medical-device data, the patient-associated data, the operational data, and the communication-state data against one or more compliance policies stored in a policy store;
• (f) enforce, using a deny-by-default gate of the compliance-governance subsystem, a default block against release of data, execution of control commands, activation of patient-facing services, artificial-intelligence execution, power-state control, clinical signaling, or external-system communication unless validation succeeds;
• (g) generate, refresh, or revoke governance tokens defining authorization conditions for at least one of data exchange, patient-facing service activation, artificial-intelligence execution, medical-device communication, power-state control, clinical signaling, or external-system communication;
• (h) cause the artificial-intelligence execution environment to perform local artificial-intelligence inference or rule-based analysis using an artificial-intelligence accelerator module disposed within the hub, or delegate artificial-intelligence execution to a remote computational resource under authorization of a governance token;
• (i) record, in a compliance ledger, compliance-controlled entries corresponding to validation events, governance-token events, patient-association events, power-management events, medical-device communication events, artificial-intelligence execution events, clinical-signaling events, and external-communication events;
• and
• (j) coordinate operation of the medical-device integration module, the artificial-intelligence execution environment, the patient-facing subsystem, the communication subsystem, and the power-management subsystem through the compliance-governance subsystem so that medical-device integration, patient-facing services, artificial-intelligence execution, communication, and regulated power management are controlled through governance-token authorization, deny-by-default validation, and compliance-ledger recording.