Closed loop control for interoperable urology operating room

A urological operating room closed loop control system comprising:

• an operating theater;
• a plurality of therapy consoles provisioned in the operating theater, each comprising processing circuitry configured for use in performing a urological procedure;
• a single control device comprising:
• a processor configured to:
• receive real-time information from the plurality of therapy consoles;
• determine whether the received information is outside a predetermined threshold range, wherein the received information comprises physiological information, captured scene information, radiological image information, procedural state information, or any combination thereof;
• automatically generate control signals based on a determination that the received information is outside the predetermined threshold range;
• send the control signals to at least one therapy console of the plurality of therapy consoles to adjust an operational parameter and mitigate a deviation from the predetermined threshold range;
• receive real-time feedback information from the plurality of therapy consoles responsive to the adjustment;
• iteratively update the control signals based on the real-time feedback information;
• and
• send updated control signals to automatically adjust operational parameters and mitigate remaining deviations from the predetermined threshold range.

At least one machine readable storage device, comprising a plurality of instructions that in response to being executed by a processor of a single control device cause the single control device to:

• receive real-time information from a plurality of therapy consoles provisioned in an operating theater, each configured for use in performing a urological procedure;
• determine whether the received information is outside a predetermined threshold range, wherein the received information comprises physiological information, captured scene information, radiological image information, procedural state information, or any combination thereof;
• automatically generate control signals based on a determination that the received information is outside the predetermined threshold range;
• send the control signals to at least one therapy console of the plurality of therapy consoles to adjust an operational parameter and mitigate a deviation from the predetermined threshold range;
• receive real-time feedback information from the plurality of therapy consoles responsive to the adjustment;
• iteratively update the control signals based on the real-time feedback information;
• and
• send updated control signals to automatically adjust operational parameters and mitigate remaining deviations from the predetermined threshold range.