Primech AI Pte. Ltd. ("Primech AI" or the “Company”), a subsidiary of Primech Holdings Limited, today announced the successful deployment of its state-of-the-art autonomous bathroom cleaning robot, HYTRON, at one of Singapore's premier lifestyle and shopping destinations. This deployment represents a significant milestone in the Company's mission to revolutionize facility services through advanced robotics and AI-driven technology.
The HYTRON robot, powered by NVIDIA's Jetson Orin Super module, delivers exceptional performance in real-time AI processing, energy efficiency, and intelligent decision-making capabilities within a compact design specifically engineered for high-traffic public environments.
"Our deployment at this shopping mall demonstrates how advanced robotics and AI can dramatically improve cleanliness and hygiene standards in busy commercial spaces," said Charles Ng, Co-Founder and Chief Operating Officer at Primech AI. "HYTRON represents our commitment to addressing real-world challenges in facilities management through purpose-built technological solutions."
HYTRON's sophisticated capabilities leverage NVIDIA's comprehensive suite of technologies, including CUDA for high-performance parallel computing, cuDNN for accelerated deep learning performance, TensorRT for optimized AI inference, and NVIDIA Driver for stable hardware-software communication. These technologies enable HYTRON to maintain consistent cleanliness standards with minimal human intervention.
Visitors can now observe HYTRON in operation, working efficiently to maintain restroom cleanliness with precision and reliability throughout the mall's operating hours. The robot's presence has already generated significant interest among shoppers and facilities management professionals alike.
This latest HYTRON deployment at one of Singapore's busiest lifestyle destinations underscores Primech AI's expanding market presence and mission to transform urban hygiene solutions through innovative robotics. The Company continues to focus on creating tailored solutions for space-constrained environments typical in urban settings across Asia and Europe.