Solinas Integrity Private Limited Featured in Harvard Business Publishing Case Study Highlighting Breakthroughs in Deep-Tech Urban Infrastructure Robotics

The case study highlights Solinas Integrity Private Limited’s technological solutions, including ENDOBOT, a robotic inspection system designed to detect defects inside water, sewer, and stormwater pipelines, and HOMOSEP, a mechanized system aimed at eliminating manual scavenging through advanced manhole cleaning technology. These innovations position the company at the intersection of public infrastructure and industrial systems.

Operating across critical underground infrastructure domains, the company has emerged as a significant player collaborating with municipal corporations across multiple Indian states and leading industrial organizations. Its focus areas include addressing manual scavenging, water pipeline leakages, contamination risks, and unsafe sewer systems, all of which remain largely invisible yet vital to public health, safety, and sustainability.

Through the integration of robotics, artificial intelligence, and digitalization, Solinas Integrity Private Limited is enabling cities to reduce non-revenue water losses, enhance service delivery efficiency, and support data-driven decision-making. In parallel, its solutions assist industries in improving operational efficiency, ensuring regulatory compliance, and strengthening infrastructure reliability.

The Harvard Business Publishing case also notes that Solinas Integrity Private Limited is among a limited group of Indian startups, and an even smaller subset from the Water, Sanitation and Hygiene sector, to be included in such a global academic teaching ecosystem. The case is positioned as a learning resource for MBA programs and business schools worldwide, focusing on innovation in traditionally underserved infrastructure sectors.

It further examines the company’s development of a scalable and impact-driven business model, including its approach to navigating complex government systems, building credibility in industrial markets, and leveraging advanced technology to generate measurable outcomes. Divanshu Kumar, Co-founder and Chief Executive Officer of Solinas Integrity Private Limited, stated that there is no established blueprint for building a technology enterprise in the water and sanitation sector, emphasizing that the company has evolved through continuous experimentation and learning.

The case study is expected to serve as a global reference point for students, policymakers, and business leaders, offering insights into public-private collaboration, infrastructure innovation, and startup development in critical urban systems. Recognized and honored by Prime Minister Narendra Modi, the company continues to strengthen its role in transforming underground infrastructure management.

Solinas Integrity Private Limited has deployed its solutions across more than 30 cities in India, working with major urban local bodies and water utilities including Chennai Metropolitan Water Supply and Sewerage Board, Bangalore Water Supply and Sewerage Board, Hyderabad Metropolitan Water Supply and Sewerage Board, Sangli Miraj Municipal Corporation, Chhatrapati Sambhajinagar Municipal Corporation, Tripura Jal Board, Greater Chennai Corporation, and Noida Authority. Its technologies reportedly enable savings of up to 600,000 liters per kilometer of inspection per day and reduce operational costs by up to five times.

The company has also expanded internationally, with deployments of its ENDOBOT robotic solution with Dubai Municipality, and is preparing for further expansion across the Middle East. With products such as the Manhole Cleaning Robot, ENDOBOT Robotic Crawler, and AI-driven analytics platforms, Solinas Integrity Private Limited continues to advance safer, more efficient, and more resilient urban infrastructure systems through robotics and intelligent underground infrastructure management.

Conclusion:
The inclusion of Solinas Integrity Private Limited in a Harvard Business Publishing case study underscores its growing global relevance in addressing critical infrastructure challenges through deep-tech innovation, while reinforcing the increasing importance of robotics and artificial intelligence in transforming urban water and sanitation systems.