Revolutionary Wildlife Monitoring Device Receives Design Patent from KIIT DU

KIIT Deemed to be University has achieved a significant milestone by securing a design patent for an innovative device aimed at enhancing wildlife monitoring. The 'Intelligent Sensor Device for Automated Wildlife Monitoring' is designed to minimize human interference while improving biodiversity tracking. Spearheaded by Vishwanath Neelannavar and supported by academic professionals, this project represents a successful collaboration between forest authorities and researchers. The patent signifies the culmination of extensive research and development, emphasizing the importance of integrating technology with conservation efforts. This breakthrough could transform how wildlife is monitored and protected in natural habitats.

By Narendra Chaudhary May 29, 2026, 10:32 IST

Innovative Technology for Wildlife Conservation

Bhubaneswar: KIIT Deemed to be University has recently secured a design patent for a groundbreaking device known as the ‘Intelligent Sensor Device for Automated Wildlife Monitoring’. This innovative tool is aimed at enhancing non-invasive methods for wildlife observation and biodiversity preservation through advanced sensor technology. The initiative was spearheaded by Vishwanath Neelannavar, General Manager of Berhampur RCCF and OFDC Ltd.

The patenting journey and academic collaboration were significantly facilitated by Ipsita Das and Tulishree Pradhan, both associate professors at the KIIT School of Law. The project team emphasizes that this device is engineered to enhance biodiversity tracking and wildlife monitoring while reducing human impact on natural ecosystems. This technology is designed to be more intelligent, less intrusive, and highly effective for field-based biodiversity assessments.

The project’s conceptualization and visualization took place at the Forest Innovation Cell, part of the Office of RCCF in Berhampur, showcasing a successful partnership between forest management authorities and academic researchers. This initiative merges on-ground conservation needs with technological advancements to develop a more efficient and less invasive wildlife monitoring system.

The granting of this patent marks the end of a rigorous process involving extensive experimentation, prototype creation, and collaborative discussions aimed at merging technology with practical conservation efforts. This accomplishment highlights the significance of institutional partnerships in converting field-based concepts into protected intellectual property that has tangible environmental benefits.