Operative note drafting
The scribe drafts the operative note in the structure surgery requires, procedure, findings, technique, specimens, and disposition, rather than a generic clinic note format.
Custom Software
AI Medical Scribe for the Operating Room
An AI medical scribe for the operating room drafts the operative note from the intraoperative record, so surgeons review and sign a complete draft instead of dictating the op note from memory after the case. Taction Software builds an AI medical scribe for the operating room as custom, EHR-integrated software tuned to intraoperative realities, surgical step sequencing, implant and count documentation, anesthesia context, and the sterile-environment constraints of capturing an OR case, not as a generic clinic scribe. This is a specialty build distinct from our general AI medical scribe development; the operative note structure and the OR capture constraints are the point. We are a healthcare-focused engineering team, founded in 2013, and every build runs under a signed BAA with mandatory surgeon sign-off on every note.
Tell Us Your Requirements
Our experts are ready to understand your business goals.
Trusted Partners
Trusted by Industry Leaders Worldwide
Recognition
Awards & Recognitions
Why the operating room needs a specialty AI medical scribe
A clinic scribe cannot handle the operating room. An AI medical scribe for the operating room has to draft an operative note with the specific structure surgery requires, procedure performed, findings, surgical steps in sequence, specimens, implants, estimated blood loss, and counts, from an environment where the surgeon’s hands are sterile and cannot touch a device. Op notes are often dictated from memory hours later, which introduces error and delay; a purpose-built OR scribe captures the case as it happens and drafts the structured operative note for review. A general model has no concept of operative note structure, implant and count documentation, or sterile-field capture. The engineering value is in operative note accuracy, faithful grounding in the intraoperative record, hands-free capture, and a hard sign-off gate, not in raw transcription.
Surgical step sequencing
An AI medical scribe for the operating room captures the surgical steps in sequence, so the op note reflects the actual course of the procedure rather than an unordered summary.
Implant, specimen, and count documentation
The scribe documents implants, specimens, estimated blood loss, and counts, the discrete operative elements that surgical records and billing require, mapped to structured fields.
Sterile-environment capture
Because the surgeon’s hands are sterile, the scribe is designed for hands-free, ambient capture in the OR, so documentation does not depend on touching a device mid-case.
Anesthesia and team context
The scribe captures relevant anesthesia and surgical team context discussed during the case, grounded in the intraoperative record, so the op note reflects the full case rather than only the surgeon’s narration.
Enforcing surgeon sign-off
No operative note is finalized by the model. The AI medical scribe for the operating room produces a draft the surgeon must review, edit, and sign, keeping the surgeon as the author of record and satisfying documentation governance.
How Taction builds an AI medical scribe for the operating room
We start from your surgical specialties, operative note templates, and EHR, because an AI medical scribe for the operating room only works when the draft matches how your surgeons structure op notes and when capture fits the sterile OR environment. A build covers hands-free ambient capture, the OR-tuned drafting layer, mapping to structured operative fields, the surgeon review-and-sign workflow, and write-back into your EHR, with grounding controls and compliance treated as core scope. We tune the model to operative note structure and your templates, design capture for the sterile field, wire the sign-off gate into the workflow, and validate output against real cases before go-live, so the result is a surgeon-controlled tool scoped to your OR, delivered on fixed-price tiers, and owned by you.
01
Hands-free ambient capture
We build hands-free, ambient capture designed for the sterile OR environment, so the case is documented as it happens without the surgeon touching a device.
02
OR-tuned drafting
We tune the drafting layer to operative note structure, surgical step sequencing, and your templates, which is the control that makes an AI medical scribe for the operating room accurate where a clinic scribe has no operative concept.
03
Structured operative field mapping
We map drafted elements, implants, specimens, counts, blood loss, to the discrete operative fields your EHR and surgical records require, so the op note is structured and reportable.
04
Intraoperative grounding
We ground the draft in the intraoperative record so the operative note reflects what actually occurred during the case, which the surgeon can verify quickly rather than reconstructing from memory.
05
Surgeon review-and-sign workflow
We wire a hard review-and-sign gate into the workflow, so a draft cannot become a final operative note without surgeon verification and signature, mirroring the human-in-the-loop design across our documentation work.
06
EHR write-back and compliance
Signed operative notes write back through FHIR and HL7 where supported. Every build runs under a signed BAA with audit logging, role-based access, and zero-data-retention configuration on any inference path. This pairs with ambient clinical documentation.
Pricing for an AI medical scribe for the operating room
Pricing for an AI medical scribe for the operating room follows the same fixed-price productized tiers we use across our healthcare AI work, so you can match scope to budget before committing. Most surgical groups begin with a Discovery Sprint to scope operative note types, templates, and EHR integration, then move into a production-ready build for one surgical specialty before expanding. The final figure depends on how many operative note types you cover, which EHR you run, and how much your op note templates vary across surgical specialties.
- Discovery Sprint: $45K, 4 weeks, operative note-type scope, template review, and integration plan
- Production-Ready build: $95K, OR scribe for one surgical specialty
- Pilot-Ready Sprint: $145K, production deployment with EHR write-back
- Enterprise deployment: $500K+, multi-specialty, multi-site surgical rollout
Related work
Explore related Taction services across clinical documentation:
FAQs
Frequently asked questions
A custom AI medical scribe for the operating room runs on fixed-price tiers. A Discovery Sprint scoping operative note types, templates, and EHR integration is $45K over four weeks. A production-ready build for one surgical specialty is $95K, and a full pilot-ready deployment with EHR write-back is $145K. Multi-specialty, multi-site surgical builds start at $500K. The figure depends on operative note-type count, your EHR, and how much your op note templates vary.
A clinic AI medical scribe drafts outpatient encounter notes. An AI medical scribe for the operating room drafts the operative note from the intraoperative record, capturing surgical steps in sequence, implants, specimens, counts, and blood loss, using hands-free capture designed for the sterile field. A clinic scribe has no operative note structure or sterile-environment capture design.
Because the surgeon’s hands are sterile and cannot touch a device mid-case, the scribe is designed for hands-free, ambient capture in the OR. The case is documented as it happens, and the structured operative note draft is presented afterward for the surgeon to review, edit, and sign rather than dictating from memory hours later.
Yes. The scribe documents implants, specimens, estimated blood loss, and counts, the discrete operative elements surgical records and billing require, and maps them to the structured fields your EHR expects. Each element is grounded in the intraoperative record, and the surgeon verifies and signs the final operative note.
No. The model produces a draft that the surgeon must review, edit, and sign. No operative note is finalized autonomously. The surgeon remains the author of record, and a hard sign-off gate is built into the workflow, which is both a safety requirement and a documentation-governance one.
A Discovery Sprint is four weeks. A production-ready build for one surgical specialty typically follows over the next several weeks, and a full pilot-ready deployment with EHR write-back is scoped around the twelve-week Pilot-Ready tier. Multi-specialty and multi-site surgical rollouts extend from there depending on the number of operative note types and integrations involved.