The first generation of medical AI was often presented as a question-answering system. The next generation has to be closer to the work.
Doctors do not reason in a blank input field. They move across images, prior notes, orders, documents, lab trends, messages, and patient histories. They compare what they are seeing now with what happened before. They ask whether the missing information changes the next step.
The workspace is part of the model
In SaroviX, the agent should know which patient is open, which imaging study is visible, which slice or region is being discussed, what the prior note said, and what the doctor is trying to produce. That context makes the agent less theatrical and more useful.
A radiology question should be grounded in the DICOM/NIfTI view. A note-writing task should be grounded in the encounter and prior timeline. A molecular question should be grounded in the patient baseline and protein or pathway context. A care-team question should be grounded in tasks, red flags, follow-up, and who is responsible.
Transcript outline
First, the agent listens. It should understand spoken intent without forcing the physician into unnatural commands. Second, the agent looks. It should read the active workspace state: scan, document, note, task, patient, and relevant history. Third, the agent acts with permission: draft the SOAP note, compare a scan, produce a patient summary, or ask for missing data.
Fourth, the agent leaves a trail. Medical AI cannot be a magic sentence machine. It should show what it used, what it inferred, and where uncertainty remains.
How the agent should behave in a real workspace
The video above is general context. This is our product script: the agent remembers the patient, reads the active view, responds by voice, drafts documentation, and leaves an auditable reasoning trail.
- Scene 1: a physician opens a scan and says: “compare this with the prior CT.” The agent knows the patient and active series.
- Scene 2: the system flags missing context: prior report, creatinine, allergies, medication change from the last visit.
- Scene 3: the agent drafts an impression, while the clinician approves, edits, or rejects every step.
References
- Johns Hopkins Medicine, Artificial Intelligence in Healthcare, introductory video on clinical AI use.
- WHO, Ethics and governance of artificial intelligence for health, safety and governance principles for AI in care.
- European Commission, European Health Data Space, context for interoperable clinical data access.