Indian Firm Genrobotics Wins Singapore Water Agency Contract
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Indian Firm Genrobotics Wins Singapore Water Agency Contract

The deeptech company will deploy its advanced robotic systems for the city-state's sewer management.

3/12/2026
Ali Abounasr El Alaoui
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Indian deep-tech firm Genrobotics has achieved a significant international milestone by securing a major contract with PUB, Singapore's National Water Agency. The company was selected following a rigorous evaluation process that included more than 600 global competitors, marking a historic win for Indian engineering. This agreement underscores the growing global demand for advanced robotic solutions in managing critical urban infrastructure.


A Landmark Achievement in Global Competition

The contract was awarded after a comprehensive technical validation of Genrobotics' capabilities by a government-appointed expert committee in Singapore. Winning against such a large field of international firms highlights the technological superiority and reliability of the company's platforms. This achievement serves as powerful proof that Indian-made robotics are globally competitive and prepared to lead in infrastructure modernization.

Revolutionizing Urban Water Management

The project involves integrating advanced robotic systems into Singapore’s national sewer and water management operations for inspection and cleaning tasks. These platforms will enable real-time monitoring of the city-state’s vast underground network, supporting a more sustainable and data-driven approach. The deployment is set to enhance the overall efficiency and reliability of Singapore’s essential public services.

A primary benefit of this technology is the enhancement of worker safety by automating tasks in hazardous environments. The robots are designed to operate with high precision in toxic and confined spaces, eliminating the need for human entry. This strategic use of automation addresses critical safety concerns and modernizes traditional maintenance practices.

From Social Innovation to Global Exporter

Genrobotics first gained recognition for developing Bandicoot, the world's first robotic scavenger created to end the dangerous practice of manual scavenging in India. This initial focus on social impact provided the foundation for developing rugged and reliable technology. The company has since evolved from a domestic innovator into a major international exporter of sophisticated systems.

Singapore is the latest addition to an expanding list of international markets for Genrobotics, which has a strong presence across 23 states in its home market. Since 2022, the company has maintained a national-scale partnership with Indah Water in Malaysia. It has also established operations in the United Kingdom, the United Arab Emirates, and South Africa.

Diversifying to Address Global Challenges

While sanitation remains a core focus, Genrobotics has built a diversified ecosystem to address challenges like labor shortages and aging infrastructure. The company has expanded into healthcare robotics with its G-Gaiter system, which uses AI-assisted technology for medical rehabilitation. This innovation targets the rising demand for automation in societies with growing elderly populations and clinical worker shortages.

Furthermore, the firm provides high-risk industrial automation solutions, particularly for the Oil and Gas sector. These specialized autonomous robots perform dangerous tasks, significantly reducing human exposure to life-threatening risks in industrial settings. This strategic diversification showcases the company's capacity to adapt its core technology for multiple mission-critical applications.


The contract with Singapore's PUB is a powerful validation of Genrobotics' engineering excellence and its successful transition from a social-impact startup to a global deep-tech leader. It highlights a broader trend where innovative technologies from emerging economies are setting new international standards. As cities worldwide prioritize infrastructure resilience, the role of advanced robotics in ensuring safety and operational reliability is becoming increasingly indispensable.