Asset management in India’s water and wastewater sector is undergoing a significant transformation. Traditionally dependent on reactive and time-based maintenance models, utilities are now embracing predictive, data-driven and risk-based approaches to enhance operational efficiency and resilience. This evolution is being powered by digital technologies such as supervisory control and data acquisition (SCADA), internet of things (IoT), artificial intelligence (AI) and geographic information systems (GIS). Integrated platforms such as enterprise resource planning (ERP) and enterprise asset management (EAM) further enable streamlined decision-making and lifecycle management. Driven by global best practices and sustainability goals, Indian utilities are increasingly adopting innovative strategies to modernise infrastructure and ensure long-term service reliability. Despite persistent challenges, the sector is well-positioned for a strategic shift toward smarter, more sustainable asset management.
Emerging global trends in water sector asset management
Globally, asset management practices have matured significantly, driven by digital transformation and sustainability mandates. Many developed nations have embraced advanced analytics, cloud-based asset management platforms and digital twin technologies. These tools enhance not only operational efficiency but also long-term planning and climate resilience.
Energy and resource recovery is a central theme across global utilities, with technologies enabling net zero operations becoming mainstream. Water reuse, once a niche area, is now widespread in water-scarce regions. Additionally, mobile EAM solutions and cloud-based asset platforms are enabling remote asset tracking and maintenance.
India is catching up swiftly to these trends. Although challenges remain, the adoption of digital tools and structured asset management strategies reflects a growing alignment with international best practices.
Technology advancements
In the past, organisations relied on standalone systems that did not communicate effectively with each other. Today, a connected ecosystem is taking shape. SCADA systems, IoT sensors, GIS tools and enterprise software are now part of an integrated framework that enhances operational efficiency. Key technologies include:
- SCADA: Provides real-time monitoring of assets such as pumps, valves and treatment systems.
- GIS: Helps localise assets for better operational and maintenance planning.
- IoT: Enables real-time conditional assessment and asset performance tracking.
- ERP: Tracks financial performance, inventory and workforce management.
- EAM: Manages asset lifecycle, maintenance schedules and work orders.
Digital twins: Virtual replicas of physical systems used for scenario simulation and operator training. These data-intensive models are becoming essential for proactive asset management and strategic planning.
The interconnectedness of these systems ensures that the performance data collected can be analysed holistically, driving better outcomes in maintenance, investment and operations.
Trends in India’s water sector asset management
Asset management in India’s water and wastewater sector has largely relied on reactive maintenance practices. Equipment was often repaired or replaced only after failure or based on rigid time schedules, leading to inefficiencies and higher costs. These approaches proved neither cost-efficient nor reliable over time. However, the landscape is rapidly evolving. Urban local bodies and utility service providers are increasingly embracing predictive and risk-based asset management strategies. Real-time monitoring through SCADA systems, IoT sensors and advanced analytics is becoming the new norm. Predictive maintenance allows organisations to anticipate failures based on early warning signs such as temperature changes or abnormal vibrations in equipment. AI and machine learning technologies are increasingly being integrated into these systems to analyse data points and predict asset performance with greater accuracy.
Risk-based asset management is also gaining traction. Instead of relying on time-based maintenance schedules, organisations now develop risk metrics to identify critical assets, those with the highest risk and consequence of failure. Maintenance strategies are then tailored accordingly, allowing for more efficient allocation of resources and increased reliability.
Further, the integration of ERP, EAM and GIS has created unified platforms for monitoring, maintenance and investment planning. This consolidation empowers organisations with comprehensive insights, leading to more informed decisions and strategic asset renewal. Organisations assess operational and capital expenditures more accurately and make informed financial decisions based on asset performance and criticality.
Additionally, with access to integrated and reliable data, planning has now become more forward-looking. Predictive analytics allows for scenario-based planning. For instance, organisations can simulate asset failure and explore possible responses in advance. This strategic foresight enables better decisions regarding asset renewal, replacement or repair.
Challenges faced and their solutions
Despite positive momentum, Indian utilities face several challenges. Data continues to be highly fragmented, existing in silos with minimal communication between systems. This disjointed approach leads to challenges in understanding the overall asset condition. Hence, integration remains a key area, as the combination of ERP and EAM systems with GIS provides a centralised, coherent view of asset data, enabling seamless data sharing and real-time analysis for more informed decision-making. Planners can then develop long-term strategies based on comprehensive datasets. Real-time updates and historical performance data contribute to more accurate forecasting and proactive planning.
With increasing reliance on digital systems and cloud-based platforms, cybersecurity has become a pressing concern. Traditionally, the focus was on perimeter security, which includes guarding against external threats. However, the modern approach follows a zero-trust model, where no device, user or system is inherently trusted, whether inside or outside the organisation. Further, multi-factor authentication, role-based access and round-the-clock monitoring have become standard practices. SCADA systems are closely monitored for anomalies, and access to sensitive data is strictly controlled. The goal is to protect organisational data from breaches, ensuring both operational continuity and information security. Another critical component is the GIS system, which enables the visualisation and localisation of ground-level assets. One significant challenge in India is the lack of comprehensive asset mapping. While progress is rapid, much remains to be done.
Many AI and IoT initiatives have been implemented so far, and various pilots are being implemented across states and territories. Knowledge sharing and central funding mechanisms are being developed to scale successful pilots. However, there is a lack of a duty of care, with systemic gaps in asset accountability. Governance reforms should be launched to encourage ownership, documentation and lifecycle responsibility. Additionally, data quality issues persist. Inaccurate or inconsistent data leads to poor decision-making. It is crucial to ensure data consistency, proper collection and accurate recording to support effective decision-making. Training programmes and quality assurance audits should be institutionalised to enhance data quality and improve predictive analysis. These interventions, while still maturing, show promise in overcoming India’s complex asset management hurdles.
Sustainability initiatives
Sustainability in asset management is now intertwined with national development goals. Indian utilities are moving towards environmentally responsible and socially accountable practices through environmental, social and governance frameworks.
Smart water leak detection, pressure monitoring and energy-efficient infrastructure are being prioritised. Further, water reuse and rainwater harvesting are gaining traction in urban planning. Predictive maintenance, in particular, reduces unplanned failures and waste, thereby conserving resources and enhancing reliability.
Climate resilience is becoming integral to asset planning. Utilities are investing in infrastructure that can withstand extreme weather and integrating green infrastructure, such as bio-swales and permeable pavements, into drainage systems. These efforts align with long-term sustainability and public trust.
Conclusion
The water sector’s asset management journey is evolving at a rapid pace. While traditional reactive practices are still in place in many regions, there is a clear and growing shift towards integrated, predictive and sustainable asset management approaches. Government initiatives such as the Atal Mission for Rejuvenation and Urban Transformation 2.0 and the Jal Jeevan Mission are accelerating this transformation. With increasing alignment to global trends, the adoption of advanced technologies and a strong push from government initiatives, India is well-positioned for a transformative leap.
Challenges persist, particularly in data quality, affordability and capacity building. Yet, with strategic investments, collaborative governance and a commitment to sustainability, the country is paving the way for robust, future-ready asset management systems. The continued evolution will depend on maintaining momentum, scaling innovations and embedding a culture of accountability and care in every aspect of asset lifecycle management.
Based on remarks and presentation by a representative from Arup at a recent Indian Infrastructure conference
