Superhealth has introduced SuperOS, touted as the world’s first agentic AI operating system designed to manage hospital operations entirely, marking a significant advancement in healthcare automation in India.
Superhealth has launched what it claims to be the world’s first agentic AI operating system, named SuperOS, designed to manage a hospital from end to end. This initiative positions India as a potential leader in large-scale healthcare automation.
SuperOS is crafted as a comprehensive system that integrates nearly every aspect of hospital operations. According to the company, it encompasses everything from outpatient consultations and diagnostics to surgical workflows and discharge summaries. Varun Dubey, the founder of Superhealth, emphasized the platform’s capabilities, stating, “SuperOS is the world’s first agentic AI operating system built to actually run a hospital, from clinical decisions to operations, from labs to discharge, from OT assignments to auto prescriptions, it does it all.”
Dubey further explained that SuperOS understands the needs of doctors, nurses, and patients, as well as 15 Indian languages. The system orchestrates outcomes by facilitating real-time interactions between human staff and AI agents. “Only Superhealth could build this, because we are the only full-stack provider that designs, builds, and operates hospitals while also developing all the technology that runs them,” he added. “This is not software that merely assists healthcare. This is technology that operates healthcare.”
The introduction of SuperOS places Superhealth in the midst of global discussions about integrating AI into hospital systems. While many healthcare facilities are exploring AI tools for specific tasks, Superhealth is marketing SuperOS as a unified operating layer that connects clinical and administrative functions in real time.
According to the company, SuperOS serves as an intelligent framework across the hospital, coordinating tasks between AI agents and human teams. In outpatient departments, it acts as an ambient clinical co-pilot, providing patient history, assisting with differential diagnoses, drafting prescriptions for physician approval, and coordinating with lab technicians and pharmacists directly in the consultation room. The aim is to reduce wait times and enhance meaningful interactions between doctors and patients.
SuperOS is also integrated into radiology and pathology workflows. The platform replaces traditional Picture Archiving and Communication Systems (PACS) with cloud-based imaging systems and employs instant 3D volumetric analysis to aid in the detection of conditions in neurology, orthopaedics, chest trauma, and oncology. Superhealth claims that this integration reduces reporting time by 30 percent and effectively triples the capacity of specialists.
For inpatient and surgical care, SuperOS coordinates operating rooms, surgeons, and recovery workflows. It continuously monitors patients in both regular and intensive care units, utilizing personalized alerts, automating discharge summaries through a feature dubbed “Magic Discharge,” and conducting real-time audits of all clinical interactions to enhance medical quality.
Dubey framed the launch of SuperOS as part of a broader national ambition, stating, “India has a unique opportunity to show the world what real, meaningful healthcare AI looks like. SuperOS is built in India, for India, using Indian clinical data. It is also deployed in India and is focused on solving problems that matter to our country and our people.”
Superhealth is working to establish a network of 100 hospitals, supported by full-time senior clinicians, advanced infrastructure, and a zero-commission business model aimed at transparency and simplicity. Central to this expansion is SuperOS, which the company describes as operating seamlessly alongside healthcare professionals while enhancing efficiency across consultations, diagnostics, surgery, pharmacy, and recovery.
As hospitals worldwide face challenges such as staffing shortages, rising costs, and burnout, Superhealth is making a bold assertion that an AI-native operating system can transition from merely assisting care to actively managing it. The scalability of this model beyond India will be closely monitored by healthcare systems in the United States and other countries.
According to The American Bazaar, the implications of SuperOS could reshape the landscape of hospital management and patient care, setting a precedent for future innovations in healthcare technology.