Hyderabad, India, Mar 10: Perceptyne Robots, an Indian deep-tech startup building AI-driven robotics platforms for industrial automation, has been recognized at the prestigious HYSEA Annual Summit 2026 under “HYSEA Startup & Product Innovation Awards 2026”, reinforcing its position as one of the emerging leaders in India’s advanced robotics ecosystem.
Selected from 300+ applications, Perceptyne progressed through three rigorous rounds of evaluation by over 70 industry jury members, before presenting its live product demonstration at the HYSEA Annual Summit and Awards 2026 held at Hyderabad International Convention Centre (HICC), Hyderabad.
The recognition highlights Perceptyne’s work in building AI-powered robotic systems capable of performing complex dexterous tasks in industrial environments, helping manufacturers automate their existing workstations economically with faster turnaround times.
Commenting on the recognition, Jagga Raju Nadimpalli, Co-Founder, Perceptyne Robots, said, “Being recognised at the HYSEA Annual Summit is a proud moment for our team and a strong validation of the work we are doing in intelligent robotics. Our focus has been on building AI-native robotic platforms capable of performing dexterous tasks reliably and at scale for modern manufacturing environments. This recognition further motivates us to continue pushing the boundaries of automation and contribute to India’s growing deep-tech ecosystem.”
The HYSEA Annual Summit celebrates innovation, technology leadership, and product excellence emerging from the Hyderabad technology ecosystem, bringing together startups, global enterprises, investors, and industry leaders.
Perceptyne showcased its robotics platform during the live solution demo session at the summit, where finalists demonstrated their technologies to industry leaders, investors, and the jury panel.
The recognition underscores the growing role of AI-driven robotics in transforming manufacturing, mobility, and industrial operations, as India continues to strengthen its deep-tech and automation capabilities.
