Tecknotrove has equipped an esteemed Research Institute in Kanpur India with cutting-edge Driving Simulators for their research and development (R&D) initiatives. This Indian R&D institute, known for its pioneering work in engineering and technology, will leverage Tecknotrove’s Driving Simulator for research in autonomous vehicles, driver behaviour analysis, road safety studies, and AI-driven mobility solutions. The advanced driving simulator offers high-fidelity graphics, real-world physics, AI-powered scenarios, and data analytics, enabling researchers to simulate diverse driving conditions without real-world risks.
The simulator is equipped with: High-resolution immersive curved screen display for realistic driving environments, realistic vehicle dynamics modelling for accurate road behaviour, AI-driven traffic scenarios to analyse driver responses, data logging & analytics for in-depth research and customizable road conditions to study diverse terrains and driving challenges. The utilization of Tecknotrove’s driving simulators will empower researchers and developers at this institute to drive innovation, enhance safety, and boost performance in the automotive and transportation industries.
The institute will leverage Tecknotrove Driving Simulators to delve into driver behaviour, examining responses to various scenarios like pedestrian crossings and emergency vehicle encounters. This technology facilitates in-depth analysis and understanding of critical aspects in the realm of transportation and automotive research.
“Tecknotrove is committed to advancing simulation-based training and research in India and we look forward to collaboration with leading R&D institutes around the world and empower them with the latest simulation solutions” Shantanu Gupta Managing Director Tecknotrove Systems.
With this deployment, Tecknotrove strengthens its footprint in academic research and innovation, providing reach and development institutes with a powerful tool for experimentation, testing, and validation of new technologies in transportation and mobility. The driving simulator will support autonomous vehicle development, smart city research, and human-machine interaction studies, positioning India research institutions at the forefront of next-gen mobility research.
