Surgery-to-Text®

by Theator  · Based in United States →The Surgical Intelligence Infrastructure for the Operating Room.
General Surgery

Custom pricing, subscription-based

Overview

Theator’s Surgery-to-Text® is a pioneering surgical intelligence platform that leverages advanced AI and computer vision to transform intraoperative surgical video into structured clinical data. Unlike traditional ambient dictation tools that transcribe what surgeons say, Surgery-to-Text® analyzes what surgeons *do*, identifying every step, instrument, anatomical landmark, and event directly from existing laparoscopic and robotic camera feeds. This innovative approach eliminates the documentation burden for surgeons by auto-generating complete, billing-ready operative report drafts with over 95% accuracy in under 30 seconds, delivered directly into the EHR (Epic and Oracle Health).

Beyond automated documentation, the comprehensive Theator platform provides a suite of surgical intelligence capabilities. These include surgeon-level through system-level quality dashboards for variability tracking, benchmarking, and outcome correlation, as well as safety intelligence for near-miss detection and complication pattern recognition. It enhances billing integrity through accurate CPT/ICD capture and denial prevention, and offers operational intelligence for procedure time analysis and complexity scoring. The platform also serves as an invaluable resource for education and training, creating searchable, AI-annotated case libraries, and a powerful research engine for multi-site, IRB-approved studies using structured surgical datasets. Theator is software-centric, visualization-system agnostic, requires no new hardware or workflow changes, and is deployed in weeks.

Reviewed by Pouyan Golshani, MD — Interventional Radiologist

Key Features

  • AI-generated operative reports and billing documentation from video
  • Over 95% accuracy for operative reports
  • Reports generated in under 30 seconds
  • Ambient video capture from existing laparoscopic and robotic camera infrastructure
  • No new hardware or workflow changes required
  • EHR integration (Epic and Oracle Health embedded)
  • Quality Analytics (surgeon-level to system-level dashboards, variability tracking, benchmarking, outcome correlation)
  • Safety Intelligence (safety milestone evaluation, near-miss detection, complication pattern recognition)
  • Billing Integrity (accurate CPT/ICD capture, denial prevention, uncoded procedure identification)
  • Education & Training (searchable, AI-annotated case library, technique comparison, resident assessment)

Use Cases

  • Automated operative report generation
  • Improved billing accuracy and revenue cycle management
  • Enhanced surgical quality and safety monitoring
  • Surgical education and training
  • Procedural intelligence and performance improvement
  • Clinical research with structured surgical data

What Physicians Need to Know

Ambient Listening Capability
Surgery-to-Textu00ae explicitly does not use ambient listening or voice recording. Instead, it analyzes intraoperative video to understand what was *done* during the procedure, rather than what was *said*.
EHR Auto-Population
Automatically generates structured, billing-ready operative report drafts and delivers them directly into leading EHR systems, including Epic and Oracle Health (formerly Cerner).
Note Template Customization
Reports are generated directly from the surgical video, reflecting the actual, unique procedure performed, eliminating the use of 'cookie-cutter templates'.
Specialty-Specific Models
The AI model is trained on over 600,000 procedures across 9 surgical specialties and 180+ procedure types, with continuous expansion.
Operative Report Accuracy Rate
The current platform accuracy exceeds 95%. A peer-reviewed study at Mayo Clinic validated an 87.3% accuracy for AI-generated reports, significantly higher than the approximately 73% for human-generated reports.
Real-Time vs Post-Visit Processing
The AI analyzes intraoperative video in real-time during the procedure. A complete operative report draft is generated and delivered into the EHR in less than 30 seconds after the procedure ends, often before the surgeon scrubs out.
Note Turnaround Time
Operative reports are generated in less than 30 seconds after the completion of the surgical procedure.
Chart Review Features
Beyond documentation, the platform provides 'Quality Analytics' (variability tracking, benchmarking, outcome correlation), 'Safety Intelligence' (safety milestone evaluation, near-miss detection), 'Education & Training' (searchable, AI-annotated case library, technique comparison), and a 'Research Engine' (structured surgical datasets).
Physician Tip

1. **Focus on the Surgery:** Since Surgery-to-Textu00ae automatically handles documentation from video, surgeons can maintain full focus on the procedure without the need for dictation or extensive post-op note recall. 2. **Leverage for Quality Improvement:** Utilize the objective, video-derived data and analytics for self-assessment, refining surgical techniques, and benchmarking against best practices. 3. **Enhance Training:** The AI-annotated case library and video review features offer powerful tools for resident education and skill development. 4. **Trust the Video Source:** The reports are generated directly from the visual 'ground truth' of the surgery, providing a highly accurate and comprehensive clinical record.

Theator's Surgery-to-Textu00ae seamlessly integrates with existing laparoscopic and robotic camera infrastructure from any manufacturer for video capture. It directly embeds and delivers operative reports into leading EHR systems, specifically Epic and Oracle Health, utilizing HL7/FHIR for patient context. The platform is software-centric and visualization-system agnostic, designed for rapid deployment without requiring new hardware or significant IT burden.

Details

Category Documentation & Scribing, Medical Billing & RCM, Surgical AI
Pricing Custom pricing, subscription-based
  • Subscription-based; All-inclusive with no additional charges for storage or hardware; Tailored to institution needs
DeploymentCloud-based; Software-centric; EHR-embedded; Deployed in weeks
Compliance
BAA AvailableUnknown AI-estimated
HIPAA CompliantUnknown AI-estimated
FDA Status Unknown AI-estimated
Integrations
EHR Not specified
Specialties General Surgery

What the Web Says

Surgery-to-Textu00ae by Theator is an AI-powered platform that generates operative reports directly from surgical video, aiming to improve accuracy and reduce documentation burden for surgeons. It analyzes intraoperative video to identify steps, landmarks, and events, then delivers a structured, billing-ready report into the EHR within seconds of case completion. The technology is designed to eliminate the need for dictation, templates, or reliance on memory, addressing issues like inaccurate surgeon-written reports and undocumented procedural elements.

Overall: Positive

Strengths

  • Increased accuracy of operative reports compared to human-generated ones (87.3% vs. 72.8% in one study, with current platform accuracy exceeding 95%).
  • Significant reduction in documentation time for surgeons (up to 70% reported reduction, with reports generated in less than 30 seconds).
  • Eliminates the need for dictation, generic templates, and reliance on surgeon's memory, reducing burnout.
  • Integrates with existing laparoscopic or robotic camera feeds and EHR systems (Epic, Oracle Health) without requiring new hardware or workflow changes.
  • Analyzes actual surgical actions from video, rather than spoken words, capturing precise details and unexpected events.
  • Provides quality intelligence, patient safety insights, and educational/training benefits through analytics and benchmarking.

Limitations

  • General AI models may not perform well with surgical footage, requiring specialized surgical video language models.
  • Some AI tools for medical documentation, while efficient, may still require manual edits for accuracy.
  • The overall quality of evidence about the effects of health information technology in surgical practice has been low in some reviews.
  • Concerns exist about AI's potential for hallucinations and misidentification of body parts in the operating room, though this is a general AI concern and not specific to Surgery-to-Textu00ae.
  • While AI is trusted behind the scenes, comfort levels for its direct use in front of patients are lower.
  • No specific negative reviews or opinions from physicians, healthcare IT, tech reviewers, Reddit, G2, or Capterra were found for Surgery-to-Textu00ae itself in the provided search results.

Based on reviews from: Theator.io, Oracle Health, Journal of the American College of Surgeons (JACS), Healthcare IT Today, Reddit

Last updated: 2026-07-30

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Press & Coverage

Oracle
Oracle Health Extends AI into the Operating Room in Collaboration with Theator
Oracle Health and Theator are partnering to integrate AI-powered surgical intelligence, specifically Theator's Surgery-to-Textu00ae platform, into Oracle Health EHR for U.S. customers. This collaboration aims to automate surgical documentation, improving accuracy, patient care, and revenue cycle management by analyzing surgical video footage.
2026-06
HIT Consultant
Oracle Health Partners with Theator to Deliver AI-Native Surgical Video Analytics and Automated EHR Documentation - HIT Consultant
Oracle Health and Theator have formed a strategic U.S. partnership to bring AI-powered surgical intelligence to hospital networks, addressing the low accuracy of traditional operative reports. Theator's Surgery-to-Textu00ae engine analyzes high-definition intraoperative video to generate structured reports directly into the Oracle Health EHR.
2026-06
Fast Company
The Most Innovative Healthcare Companies of 2026
Theator was recognized as one of the most innovative healthcare companies of 2026 for its Surgery-to-Textu00ae platform, which uses AI to generate surgical reports from operation footage. Early pilots have shown a reduction in documentation time by up to 70% and an increase in profitability per case.
2026-03
Journal of the American College of Surgeons (JACS)
AI-generated operative reports exceed surgeon-authored reports in accuracy.
A peer-reviewed study published in JACS in 2025 found that AI-generated operative reports, such as those from Surgery-to-Textu00ae, achieved significantly higher accuracy (87.3%) compared to surgeon-written reports (72.8%).
2025
BJUI COMPASS
AI-measured warm ischemia time within 8 sec of ground truth vs.
A 2024 publication in BJUI COMPASS by Khandekar et al. highlights the precision of AI in measuring warm ischemia time, demonstrating accuracy within 8 seconds of the ground truth.
2024
Art Int Surg
AI reveals variability across 4 centers.
Messer et al.'s 2025 publication in Art Int Surg indicates that AI analysis can reveal variability in surgical procedures across different centers.
2025
J Endourol
Mayo Clinic Film Room u2014 largest published study of urology trainee video review.
Henning et al.'s 2025 study in J Endourol, known as the Mayo Clinic Film Room, represents the largest published study on urology trainee video review.
2025
Ann Surg
Surgical intelligence drove critical view of safety adoption from 33% to 76%
Fried et al.'s 2024 publication in Ann Surg demonstrates that surgical intelligence significantly increased the adoption of the critical view of safety from 33% to 76%.
2024

Videos

Product demos, reviews, and walkthroughs for Surgery-to-Text®.

View all on YouTube

Frequently Asked Questions

Surgery-to-Textu00ae, as an AI medical scribe, is designed to integrate with existing EHR systems, often through native SMART-on-FHIR interoperability, HL7, or secure API bridges. It captures spoken conversations during or after surgical encounters and converts them into structured medical notes, which can then be securely synced into the patient's chart with one-click automation. This aims to streamline documentation and reduce manual data entry.
HIPAA-compliant AI scribes utilize secure methods such as encryption, access controls, and audit trails to protect Protected Health Information (PHI). Vendors typically enter into Business Associate Agreements (BAAs) to define responsibilities for data privacy and security. These systems are built to safeguard patient data against unauthorized access and breaches.
Modern AI medical scribes are engineered to capture spoken words with high accuracy, recognizing complex medical terminology and context in real-time. They are often trained on millions of clinical records and optimized for specialty-specific language, including surgical vocabulary. While accuracy is generally high, it can depend on clear audio and natural conversation, and physicians still review and approve the generated notes.
AI medical scribes like Surgery-to-Textu00ae are typically subscription-based, costing between $49 and $299 per provider per month, with some higher-end solutions for larger organizations. This is significantly more cost-effective than in-person medical scribes, who can cost $35,000-$50,000 annually, or virtual scribes, averaging $1,200-$4,000 per month. Many providers find the time saved and reduction in after-hours charting justify the investment.
One limitation is that physical examination findings must be verbalized to be captured by the AI. While highly accurate, AI scribes are designed to assist rather than replace clinical judgment, and automatically generated notes may sometimes be verbose, requiring physician review and editing. The effectiveness can also be impacted by unclear audio or highly unstructured conversations.
Yes, AI scribes for surgery are specifically designed to generate various surgical reports, including operative reports, pre-operative assessments, informed consent documentation, and post-operative follow-up notes. They utilize procedure-specific templates and terminology to ensure comprehensive and standardized documentation for different stages of surgical care.
Advanced AI medical scribes often incorporate speaker diarization to distinguish between different speakers in a conversation. While designed to operate in clinical environments, optimal accuracy for complex surgical settings with multiple speakers and potential background noise would likely depend on the system's specific noise reduction capabilities and the clarity of verbalized information. Clear audio is generally crucial for high accuracy.

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Suggest an Edit → | Last Verified: 2026-04-30 | First Added: 2026-04-30

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