The healthcare sector stands on the verge of a revolutionary transformation, propelled by innovative technologies and changing patient expectations, leading to a shift towards a more customized and sustainable care environment. Atul Kurani, the Vice President of Global Health Medical Practice & IoT at Capgemini Engineering, India, forecasts substantial evolution in clinical and business frameworks by 2025.
“We’re witnessing a shift away from product-centric models towards service-oriented offerings. This evolution is powered by advances in AI, robotics, genomics, and sustainability initiatives, fostering a digitally-integrated, patient-focused healthcare environment,” Kurani articulated.
AI and machine learning will remain pivotal in reshaping the medical technology landscape, facilitating everything from early diagnostics to more refined treatment strategies and accelerated drug development. “AI will nurture a synergistic relationship between healthcare professionals and technology, greatly enhancing surgical and care delivery results,” Kurani observed.
Expect to see routine utilization of autonomous robots in hospitals and AI-driven surgical systems, boosting operational efficiency and precision.
Smart healthcare platforms and portable medical devices are poised to dominate, enabling continuous health tracking and management beyond the confines of traditional facilities.
“Digital biomarkers will pave the way for targeted and customized interventions,” Kurani noted, highlighting that devices like intelligent inhalers and glucose monitors integrated with insulin pumps will be central to preventative care and treatment compliance strategies.
The scope of robotic-assisted surgeries is likely to extend beyond general procedures into orthopedics, neurosurgery, and cardiology. “Next-gen systems integrating AI-guided surgical planning and real-time visualization will reduce complications and recovery times, enhancing clinical outcomes,” Kurani emphasized.
Robotic exoskeletons and advanced automation will also play crucial roles in rehabilitation and supportive care.
The adoption of genomics and biomarker technologies will fundamentally alter traditional therapies. Breakthroughs in CRISPR and gene-editing are anticipated to unlock new solutions for previously untreatable ailments.
“This age of bespoke medicine will render treatments more efficacious and accessible, tailoring care to individual needs,” Kurani explained.
Regenerative approaches, including stem cell therapies and 3D bioprinting, are set to revolutionize the creation of implants and prosthetics. Progress in biomaterials will improve how these solutions function and integrate with the human body.
“Custom-made implants will provide superior results, merging innovation with patient-centric needs,” Kurani declared.
Sustainability is emerging as a key focus for healthcare providers, with a push towards eco-friendly product designs, principles of a circular economy, and sustainable supply chain models. Despite financial constraints, organizations are emphasizing environmental initiatives.
“The commitment to sustainable practices is crucial for long-term success and moral accountability,” said Kurani.
As we edge closer to 2025, the convergence of cutting-edge technology, environmental sustainability, and personalized care will reshape how healthcare is delivered and innovated. Kurani concluded, “The melding of advanced technology with a focus on patient outcomes and ecological mindfulness will chart the future course of healthcare, underscoring the transformative role of contemporary technologies in crafting a robust, efficient, and patient-oriented global healthcare environment.”