What Opmed.ai does

Opmed.ai is a privately held, female-led healthcare technology company that provides an AI-powered optimization platform for hospital operations, with primary focus on perioperative and procedural scheduling. Co-founded by Dr. Mor Brokman Meltzer (CEO), Avi Paz (CTO), and Prof. Baruch Barzel (Chief Scientist), the company operates from a US corporate headquarters in Cambridge, MA (legal entity Opmed Inc.) with engineering and product development in Raanana, Israel. It sells exclusively to enterprise-tier hospitals and health systems through a demo-gated, direct enterprise field sales motion led by a VP of Sales & Growth and regional sales directors, with implementation and customer success support delivered as bundled professional services alongside multi-year SaaS contracts.

The company's core technology is a multimodal deep learning platform that ingests both structured clinical data and unstructured physician notes to solve complex resource allocation problems across the surgical care continuum. The optimization engine is grounded in network science research from Prof. Baruch Barzel's Complex Network Dynamics Lab at Bar-Ilan University and has been validated through a multi-year collaborative study with Mayo Clinic demonstrating approximately 50% reduction in cardiovascular procedure scheduling errors (Mean Absolute Error of 0.564 hours versus a 1.13-hour human baseline). The platform is organized into modular suites: Opmed OR (Schedule Builder, Block Architect, PACU Planner), Opmed Resources (Opmed Staff and Opmed Equipment), and Opmed Procedure for Non-Operating Room Anesthesia scheduling across MRI, Interventional Radiology, Endoscopy, Cardiac Cath Labs, Electrophysiology, and Obstetrics. An Opmed Sidekick / Co-Pilot module provides a GenAI-powered conversational analytics interface, and the platform integrates natively with Epic Systems and Oracle Health EHRs and runs on AWS and Microsoft Azure infrastructure.

Opmed.ai generates revenue through enterprise SaaS subscriptions sold to hospitals and health systems, with pricing custom and quote-based (not publicly disclosed). The vertical solutions span Perioperative Care, Cath Labs, Rehabilitation Centers, and Inpatient Care, and the company has begun to expand its footprint across the US, Israel, and selected international markets. Named enterprise customers include Geisinger, AtlantiCare, Mayo Clinic, Raphael Hospital, Herzliya Medical Center, and Three Birds One Mission. The company raised a $15 million Series A in May 2024 led by Grove Ventures and NFX, with participation from Operator Partners, Secret Chord Ventures, and UnBox Ventures.

Name

Opmed.ai

Legal name

Opmed Inc.

Website

https://opmed.ai

Company type

Private

Founded year

2020

Operating status

Operating

Headcount range

51–100 employees

Short description

Opmed.ai is a healthcare AI company that provides a multimodal deep learning optimization platform for hospital operations, primarily serving enterprise hospitals and health systems with perioperative, procedural, and resource scheduling solutions.

Ownership category

akta.pro rank

Product category

Healthcare Operations Software

NAICS

Computer Systems Design and Related Services (54151)

SIC

Services-Prepackaged Software (7372)

akta.pro primary industry

End-to-End Enterprise AI Platforms (MLOps & Model Lifecycle Management) (HDAEANAA)

akta.pro secondary industry

Responsible AI, Security & Privacy Platforms (Safety, Guardrails, PII) (HDAEANAG)

Keywords

• OR scheduling software
• Perioperative optimization
• Healthcare scheduling AI
• Surgical block management
• Operating room analytics

Headquarters

HQ city

Boston

HQ country

United States

HQ region

North America

Offices3 records

Markets served

GTM type

B2B

Offering type

Software

Cost components

Personnel, Technology or R&D, Marketing or Sales, Operations, Infrastructure

Revenue model

1. Enterprise SaaS subscription: Recurring SaaS contracts sold to hospitals and health systems based on a 'Book a demo' sales motion, with deployment scope spanning perioperative, cath labs, rehabilitation, and inpatient care modules. Enterprise multi-year agreements are implied by the enterprise-field-sales GTM, customer success team, and dedicated VP of Implementation & Customer Success.
2. Professional services and implementation: Enterprise deployment services bundled with the SaaS subscription, including implementation (VP of Implementation & Customer Success), onboarding, and customer success support for hospital clients such as Geisinger, AtlantiCare, Mayo Clinic, and Herzliya Medical Center.

Pricing tiers

Go-to-market motion3 records

Distribution channels4 records

Marketing channels8 records

Core offering

Opmed.ai sells an AI-powered optimization platform for healthcare operations, delivered as enterprise SaaS subscriptions to hospitals and health systems. The platform combines multimodal deep learning and network science to optimize OR scheduling, surgical block allocation, post-anesthesia care unit flow, staffing, equipment, and Non-Operating Room Anesthesia procedural scheduling. It is packaged into vertical solutions for perioperative care, cath labs, rehabilitation centers, and inpatient care, with native integrations to Epic Systems and Oracle Health EHRs.

Product overview

Opmed.ai offers a single, unified AI-powered optimization platform for healthcare operations, built as a core engine (the Opmed Platform) with multiple modular solutions stacked on top. The Opmed Platform underpins three primary product suites: Opmed OR (comprising Schedule Builder, Block Architect, and PACU Planner for surgical scheduling), Opmed Resources (comprising Opmed Staff and Opmed Equipment for workforce and asset planning), and Opmed Procedure (for Non-Operating Room Anesthesia scheduling). Supporting modules include Opmed Sidekick / Reporting & Insights with the Opmed Co-Pilot GenAI assistant, Case Flow Optimizer, Block Efficiency Optimizer, Staff Scheduling Optimizer, and Equipment Optimizer. The platform is delivered across four vertical solutions — Perioperative Care, Cath Labs, Rehabilitation Centers, and Inpatient Care — and integrates with Epic Systems and Oracle Health EHRs.

Differentiator

Problem solved

Functional benefit

Brands

• Opmed Procedure: AI-powered precision scheduling for Non-Operating Room Anesthesia (NORA) procedural scheduling, covering MRI, Interventional Radiology, Endoscopy, Cardiac Catheterization Lab, Electrophysiology, and Obstetrics.
• Opmed Co-Pilot

Products and services

• Opmed Platform AI-powered optimization engine for healthcare planning and operations. Foundational platform providing proactive optimization for complex planning problems in healthcare, including case scheduling, block allocation, staffing, equipment, and procedural scheduling.
• Opmed OR Complete operating room scheduling optimization suite for hospitals, spanning surgical case scheduling, block time allocation, and post-anesthesia care unit (PACU) flow management.
• Schedule Builder AI tool that builds optimized OR schedules using historical case duration data with claimed precision rates exceeding 90%, creating usable time windows, eliminating scheduling conflicts, and optimizing for cost reduction or increased volume.
• Block Architect AI-driven solution that reserves, allocates, and releases OR block time to maximize efficiency, predicts block utilization, identifies underutilization weeks in advance, enables proactive block release, and provides a marketplace for surgeon block trading.
• PACU Planner AI-driven tool that forecasts post-anesthesia care unit staffing and bay needs, detects overcapacity risks, and prevents bottlenecks by synchronizing OR and PACU flow.
• Opmed Resources Smart staff and equipment planning suite spanning healthcare networks, comprising the Opmed Staff workforce management module and Opmed Equipment asset optimization module.
• Opmed Staff AI-powered staffing solution that forecasts workforce needs, creates equitable and preference-aware schedules, balances workloads across sites, and reduces overtime and agency staffing costs.
• Opmed Equipment AI-powered equipment management module that analyzes utilization, dynamically reallocates assets across sites based on demand, and uses predictive analytics to guide equipment investment decisions.
• Opmed Procedure AI-powered precision scheduling for Non-Operating Room Anesthesia (NORA) procedures including MRI, Interventional Radiology, Endoscopy, Cardiac Catheterization Lab, Electrophysiology, and Obstetrics. Predicts procedure durations and no-shows from EHR data and optimizes slot allocation.
• Opmed Sidekick / Reporting & Insights (Opmed Co-Pilot) Advanced GenAI and analytics tool providing automated reporting, real-time KPI dashboards, customizable metrics, predictive analytics, and the Opmed Co-Pilot conversational AI assistant for actionable operational insights across OR efficiency, equipment usage, and KPIs.
• Perioperative Care Solution AI-powered scheduling optimization solution spanning pre-op, OR, and PACU that predicts case durations, optimizes patient flow, forecasts bed availability, and balances nurse workloads across the full perioperative process.
• Cath Labs Solution AI-driven scheduling solution for catheterization labs that manages emergency-first scheduling, optimizes specialized equipment (angiography, imaging), streamlines interdisciplinary staffing (cardiologists, technicians), and handles fluctuating case volumes.
• Rehabilitation Centers Solution AI scheduling optimization solution for rehabilitation centers that coordinates multidisciplinary therapy teams (physical, occupational, speech), predicts session durations, and optimizes equipment allocation for individualized patient care plans.
• Inpatient Care Solution AI-driven load balancing and scheduling solution for inpatient care that forecasts patient admissions, dynamically distributes load across units, optimizes nurse and staff scheduling, and ensures efficient use of beds and critical resources.
• Multimodal Deep Learning AI Platform for Cardiovascular Procedure Scheduling Multimodal deep learning platform combining structured clinical data and unstructured physician notes to predict cardiovascular procedure scheduling; validated by a multi-year collaborative study with Mayo Clinic demonstrating approximately 50% reduction in scheduling errors.

Quantifiable outcome

• Approximately 50% reduction in cardiovascular procedure scheduling errors (Mayo Clinic validation)
• +8 more outcomes

Named customers6 records

Segments6 records

Ideal customer profiles1 record

Technology focussed Yes

API detail

Has API

No

API docs

API detail

Core technology

AI maturity

App detail

Integration2 records

AI capability11 records

Feature10 records

Partnerships

Six partnerships are on record, tiered flagship and core.

• Mayo ClinicflagshipStrategic or Co-development Partner · 18 June 2026Multi-year collaborative validation study announced at ACC.26 (June 18, 2026). Mayo Clinic validated Opmed's multimodal deep learning platform for cardiovascular procedure scheduling, demonstrating ~50% reduction in scheduling errors and MAE of 0.564 hours vs 1.13 hours human baseline.
• Epic SystemscoreTechnology or IntegrationOpmed is integrated with Epic Systems (EHR), as indicated by the Epic Systems logo displayed in the website's integrations section. Benjamin Archer (VP of Implementation & Customer Success) brings 12+ years of experience at Epic as a senior director of enterprise implementations.
• Oracle HealthcoreTechnology or IntegrationOpmed integrates with Oracle Health (Oracle's healthcare platform), as evidenced by the Oracle Health logo displayed in the website's 'Integrated With' and home page integrations sections.
• Amazon Web Services (AWS)coreTechnology or IntegrationAWS is a cloud infrastructure partner for Opmed, indicated by the AWS logo displayed on the website.
• Microsoft AzurecoreTechnology or IntegrationMicrosoft Azure is a cloud infrastructure partner, indicated by the Azure logo displayed on the website. Co-founder Avi Paz also has prior Microsoft Health AI experience.
• Bar-Ilan University (Baruch Barzel / Complex Network Dynamics Lab)coreStrategic or Co-development PartnerCo-founder Prof. Baruch Barzel runs the Complex Network Dynamics Lab at Bar-Ilan University, providing Opmed with its foundational network science research and IP base for the optimization platform.

Scale indicators12 records

Recent moves6 records

Expansion highlights6 records

Broad incumbents

• SymphonyAI: SymphonyAI's healthcare division delivers AI applications across hospital operations, including perioperative and clinical workflows, making it a broader incumbent competitor with overlapping enterprise healthcare AI capabilities.
• Oracle Health (Cerner): Oracle Health (formerly Cerner) is a major EHR and perioperative software incumbent that Opmed integrates with; its broader portfolio of surgical and capacity modules positions it as a competing or partnering incumbent for large hospital customers.
• Epic Systems (OpTime): Epic's OpTime perioperative module is the dominant OR scheduling system inside large US IDNs and is one of Opmed's primary integration partners — a broad incumbent whose own AI roadmap is a key competitive risk to Opmed's wedge.
• GE HealthCare: GE HealthCare offers broader hospital command-center, perioperative, and asset-utilization software suites that overlap with Opmed's OR and equipment optimization modules as part of a wider enterprise imaging and operations portfolio.

Direct peers

• LeanTaaS: LeanTaaS provides AI-powered optimization for hospital operating rooms, infusion centers, and inpatient capacity — directly competing with Opmed's Schedule Builder, Block Architect, and Opmed OR modules for the same enterprise hospital buyer.
• Hospital IQ: Hospital IQ delivers AI-driven perioperative and capacity optimization for health systems, overlapping with Opmed's Schedule Builder, PACU Planner, and Opmed Staff modules for the same surgical services leadership buyer.
• Surgical Information Systems (SIS): SIS provides perioperative and anesthesia information management software for ambulatory surgery centers and hospitals, with OR scheduling and analytics — competing for the same surgical services IT budget as Opmed.
• Qventus: Qventus offers an AI perioperative and inpatient operations platform that automates OR scheduling, block management, and patient flow — competing head-to-head with Opmed across perioperative, surgical services, and inpatient deployments.

Others

• LeanKit (Planview): LeanKit/Planview provides enterprise workflow and lean operations software occasionally used by hospitals for process optimization — adjacent technology that hospitals may consider alongside purpose-built perioperative AI platforms like Opmed.
• Tegria (Providence-backed healthcare services): Tegria is a healthcare technology and services company that partners with health systems on operational improvement, including scheduling and capacity — adjacent to Opmed's enterprise hospital buyer base and a potential implementation or services partner.

Market position

Strengths5 records

Weaknesses5 records

Competitive moat5 records

Key risks7 records

Key highlights7 records

Customer concentration

• LinkedInlinkedin.com/company/greatmix

Revenue estimate

Valuation estimate

Number of profiles

Profiles13 records

Funding overview

Funding rounds1 record

Investors5 records

Funding detail is available on the Subscription and Enterprise plan.Contact sales →

M&A

Investments

M&A and investment is available on the Subscription and Enterprise plan.Contact sales →

Frequently asked questions about Opmed.ai