Advanced medical simulator manufacturer Maverick Simulation Solutions on Wednesday launched its new high-fidelity critical care adult patient simulator SIDDH with an aim to transform clinical training across medical colleges, teaching hospitals, and healthcare institutions.
As a life-size, 65 kg full-body adult simulator, SIDDH is engineered to replicate real-world critical care scenarios with physiological accuracy.
By integrating advanced lung simulation technology, AI-powered ultrasound capabilities, and real-time physiological response systems, SIDDH delivers a safe, immersive, and clinically realistic training environment. It enables doctors, nurses, paramedics, and medical students to practise complex procedures, manage emergencies, and make critical decisions with confidence before stepping into real patient settings.
The launch event was attended by distinguished members of the medical community including Dr Deepak Aggarwal from All India Institute of Medical Sciences, New Delhi; Dr. Deepak Jhakkar, Co-Founder and Consultant Dermatologist at Dermosphere Clinic; Dr. Ishmeet, Dermatologist and Co-Founder of Dermosphere Clinic; Dr Vikram Gandhi, Secretary, Institute of Dental Studies and Technologies; Dr. Sahil, MBBS, underscoring the strong support from healthcare leaders for advanced simulation-based training.
Speaking on the launch, Anuj Chahal, Founder of Maverick Simulation Solutions, said, “The global medical simulation industry is witnessing rapid growth as healthcare systems increasingly recognise the importance of safe, technology-driven training. In India, this need is even more urgent as the number of medical colleges and healthcare institutions continues to expand. However, access to high-fidelity simulators has traditionally depended on expensive imports. With SIDDH, we are proud to introduce a truly Make in India solution that matches global standards while being designed specifically for Indian healthcare realities.”
He further added, “Our vision is to position India not just as a consumer of advanced simulation technologies but as a creator and exporter of them. Maverick Simulation Solutions is committed to strengthening the domestic MedTech ecosystem by investing in research, engineering excellence, and AI integration. SIDDH represents a step towards building self-reliance in critical care training infrastructure and supporting the broader national goal of innovation-led healthcare transformation.”
SIDDH enables training across a wide range of critical care scenarios, including cardiac emergencies, respiratory distress, trauma, and complex airway management. It features realistic anatomy, advanced lung simulation, and real-time arterial blood gas feedback that dynamically responds to learner interventions.
The platform also integrates an AI-powered ultrasound module with over 1,000 clinical cases, precise probe tracking, intelligent scoring, and adaptive guidance. Optional modules support communication training, structured assessments, team-based simulations, and cloud-based performance analytics for institutions.
Dr. Sunil Tomar, Director, Maverick Simulation Solutions, added, “What makes SIDDH unique is the depth of physiological realism combined with intelligent analytics. Unlike static simulation models, SIDDH’s response engine continuously adapts to clinical interventions in real time, whether it is ventilator adjustments, airway management decisions, or fluid resuscitation. The integration of AI-powered ultrasound with dynamic lung mechanics and automated performance tracking creates a truly data-driven training ecosystem. This level of technological convergence positions SIDDH at par with global high-fidelity systems while being designed and manufactured in India.”
SIDDH has already been installed at several premier medical institutions across India, including multiple AIIMS campuses and a central government hospital in New Delhi. The launch aligns with Maverick Simulation Solutions’ broader mission to accelerate the digital transformation of medical education through advanced research, AI integration, and scalable simulation technologies that elevate clinical training standards nationwide.
