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Clinical Corvus: Clinical Workflow Copilot

Clinical Corvus is a privacy-first clinical workflow copilot that synthesizes fragmented patient data, supports rounds and handoffs, and helps clinicians generate evidence-aware plans in an auditable environment.

What the system does​

The system operates as an EHR-independent clinical workspace. It accepts context captured by the clinician via clipboard and documents, keeps PHI inside a controlled backend boundary by default, and produces drafts that you review, edit, or discard.

Current focus is narrow: rounds support, handoffs, and evidence synthesis with explicit citation. Not an autonomous diagnosis platform or an automated treatment planning system.

Capabilities​

  • Rounds: aggregated patient context, structured deltas, clinician-reviewed plan drafts
  • Handoff (I-PASS): handoff templates that maintain consistency between shifts with explicit supervision
  • Evidence: cited responses when evidence retrieval is triggered, with declared uncertainty when the base is weak
  • Smart Clipboard: PDF and unstructured text ingestion with PHI redaction before storage

Current product boundary​

The system distinguishes between:

  • Supported: clinical question with active patient context, limited differential expansion, plan synthesis that remains under clinician review
  • Warned: questions with insufficient context or weak evidence — the system responds with explicit uncertainty
  • Blocked: requests that require autonomous final diagnosis, automated treatment planning, or unrestricted advice

Drafts are always clinician-reviewed. The final decision remains with the clinician.

Starting without deep EHR integration​

The system starts with clinician-initiated context capture. It does not depend on deep EHR integration to start delivering value. This enables use in environments with restricted interoperability, which is the real scenario in many institutions.

Privacy by default​

PHI is not sent to external services by default. The backend implements explicit execution surfaces and a PHI egress gate that governs what can leave the trust boundary. Third-party sharing requires explicit policy configuration.