Lupin Digital Health, India’s leading cardiac digital-therapeutics company, has launched VITALYFE, an AI-driven cardiometabolic wellness platform aimed at helping India’s working professionals reclaim their heart health. Built on LYFE, India’s first CDSCO-approved Class C SaMD for cardiac care, VITALYFE extends hospital-grade expertise to preventive wellness.
India’s workforce faces a rising cardiometabolic crisis — with up to 80% showing early signs of hypertension and dyslipidemia. Sedentary lifestyles, stress, poor nutrition, and inadequate sleep are accelerating heart aging, putting millions at risk of early cardiovascular disease.
“Cardiometabolic risks silently erode both health and productivity,” said Rajeev Sibal, President – India Region Formulations, Lupin. “With VITALYFE, we are enabling insurers and employers to combine clinical expertise with AI-driven technology to deliver scalable, measurable wellness outcomes for millions of working Indians.”
Powered by AI, behavioural science, and computer-vision technology, VITALYFE identifies early risks and offers personalized, non-medical interventions to reverse heart aging. Key features include:
· Heart Age Journey – Calculates “heart age” vs. real age with AI-guided steps to lower it in 3 months.
· Snap & Track – AI photo-based nutrition tracking for mindful eating.
· Camera-Guided Exercise – Real-time feedback on exercise form using computer vision.
· Guided Meditation & Gamified Challenges – Tools to reduce stress and sustain healthy habits.
Available via insurers, brokers, and employers, VITALYFE helps integrate cardiometabolic wellness into workplace health programs, boosting engagement and reducing lifestyle-related claims.
“With VITALYFE, we are helping professionals understand their heart age and make better lifestyle choices,” said Sidharth Srinivasan, CEO, Lupin Digital Health. “Our vision is to make cardiometabolic wellness both measurable and mainstream.”
VITALYFE complies with India’s DPDP Act, is ISO 27001-certified, and ensures secure, India-based data storage.