Uncovr raises $7M to automate surgical documentation

The Next Web reports that Uncovr, a surgical AI startup based in New York and Paris, has raised $7M in seed funding led by Index Ventures. The report says Seedcamp, Frst, No Label Ventures, and Entrepreneurs First also participated, alongside angel investors including Jean Nehme, Othman Laraki, and Charlie Songhurst. According to The Next Web, Uncovr was founded in 2025 by Ines Iraki, Johann Diep, and Professor Eric Vibert and is coming out of stealth. The Next Web reports the company's software analyses surgical and endoscopic video in real time to draft operative reports and suggest procedural and billing codes, with a surgeon reviewing every output. The Next Web also reports the company says it has analysed thousands of hours of procedures and has a pipeline of more than 400 operating rooms.
What happened
The Next Web reports that Uncovr, a surgical AI startup headquartered in New York and Paris, raised $7M in a seed round led by Index Ventures. The Next Web says other participants included Seedcamp, Frst, No Label Ventures, and Entrepreneurs First, plus angels such as Jean Nehme, Othman Laraki, and Charlie Songhurst. The Next Web reports Uncovr was founded in 2025 by Ines Iraki, Johann Diep, and Professor Eric Vibert and is exiting stealth.
Product claims reported
According to The Next Web, Uncovr's software ingests surgical and endoscopic video in real time, drafts the operative report, and suggests procedural and billing codes before the surgeon leaves the operating room. The Next Web quotes CEO Ines Iraki: "Millions of minimally invasive, endoscopic, and robotic procedures are performed through a camera every day, yet the official record is still created afterward, often hours later and outside the flow of care." The Next Web reports that the company says a surgeon reviews and approves every output and that Uncovr says it has analysed thousands of hours of procedures and has a pipeline of more than 400 operating rooms.
Editorial analysis - technical context
Industry-pattern observations: Converting procedural video to structured clinical text and billing codes requires reliable computer vision, robust surgical phase recognition, and clinical NLP tuned to medical nomenclature and coding systems. Companies tackling similar problems typically combine temporal video models, instrument detection, and clinical-NER pipelines to map observations to CPT/ICD codes and operative-report templates. Real-time constraints raise engineering demands around latency, on-premise inference, and integration with hospital EHRs.
Context and significance
Reporting places Uncovr in a growing tranche of startups focused on documentation and workflow automation rather than procedural assist. For practitioners, this trend shifts attention from model accuracy alone to deployment challenges: regulatory compliance, auditability of outputs, human-in-the-loop sign-off, and billing risk management.
What to watch
For observers: verify independent evidence for the company-stated metrics (hours analysed, 400+ OR pipeline) and look for published validation on coding accuracy, error rates, and integration modes with electronic health records. Watch for regulatory disclosures or peer-reviewed evaluations that quantify clinical and reimbursement impact.
Scoring Rationale
A $7M seed round for a stealth-exit clinical-AI startup with early traction (pipeline of 400 ORs, live hospital deployments) is solid coverage for the surgical-documentation segment. Interesting product-market fit but minor funding scale; single primary source at publication time.
Practice with real Health & Insurance data
90 SQL & Python problems · 15 industry datasets
250 free problems · No credit card
See all Health & Insurance problems
