- Redefining surgical precision with bio inspired robotics, real-time AI, and sustainable design principles
Woxsen University’s AI Research Centre developed an AI Driven Bio Induced Necrobotic System. This development combines biologically derived actuators, real-time AI control, and sustainable design principles to enable precise, minimally invasive surgical procedures.
The system features the use of biodegradable, biologically sourced materials, including repurposed spider exoskeletons and silk fibres. A key aspect of the system is its capability to facilitate AI assisted telesurgery. Using real-time imaging and adaptive machine learning, it allows surgical procedures to be conducted remotely, including in geographically remote or underserved areas.
Hemachandran K, Director, AI Research Centre, Woxsen University, highlighted the impact of this innovation, stated, “Woxsen’s approach to surgical innovation brings together sustainability, artificial intelligence, and medical expertise, reflecting a broader vision for the future of responsible and equitable healthcare.”
In ophthalmology and cardiovascular procedures, the system supports tasks like cataract removal and vessel repair. Early assessments report a 70 per cent increase in precision and a 50 per cent reduction in tissue trauma.
