​India’s water infrastructure market is entering a new phase. For much of the past decade, public investment in rural drinking water focused on expanding physical access through pipelines, pumping systems, treatment plants, storage infrastructure and household tap connections. The next phase is likely to focus increasingly on a different challenge: how effectively can this infrastructure deliver reliable, safe and sustainable water services over the long term?

This transition is already visible in the restructuring of the Jal Jeevan Mission (JJM). In March 2026, the Union Cabinet approved Jal Jeevan Mission 2.0, extending the mission until December 2028 and increasing its total outlay to ₹8.69 lakh crore, including ₹3.59 lakh crore in central assistance. More importantly, the mission has been reoriented from an infrastructure-creation approach towards service delivery, sustainability, governance and institutional reforms in rural drinking-water supply.

For India's infrastructure and procurement ecosystem, this shift could broaden the water tender market beyond conventional civil construction. Opportunities are likely to remain significant for EPC and civil contractors, while demand could also expand across operation and maintenance, water-quality management, automation, SCADA, telemetry, GIS, IoT and digital asset management.

JJM Has Created a Large Rural Water Infrastructure Base

When Jal Jeevan Mission was launched in August 2019, only around 3.23 crore rural households, or 16.7%, were reported to have tap-water connections. According to data reported by States and Union Territories, this had increased to approximately 15.82 crore out of 19.36 crore rural households, or 81.71%, as of 3 March 2026.

The progress represents one of India's largest expansions of rural water infrastructure. It has involved pipelines, pumping stations, treatment facilities, overhead tanks, reservoirs, source-development projects, electrical and mechanical equipment and household distribution networks.

However, the distinction between a reported tap-water connection and a consistently functional water service is important.

The government's 2024 functionality assessment found that 98.1% of households in surveyed villages had tap connections. Among households with connections, 87% reported receiving water during the preceding week, 84% received water according to schedule and 80% received at least the minimum 55 litres per capita per day. A connection was considered functional only where it met the required standards of quantity, quality and regularity of supply; on this combined basis, 76% of assessed household connections were found functional.

The latest government reporting shows that coverage has continued to rise. As of 18 July 2026, around 15.89 crore of India's 19.36 crore rural households, or 82.09%, had been provided tap-water connections, according to the Ministry of Jal Shakti.

The gap between connections and service functionality is therefore becoming an increasingly important consideration for the next procurement cycle.

JJM 2.0 Changes the Water Procurement Opportunity

JJM 2.0 is significant because it moves the programme beyond simply creating physical assets. The government's stated objective is to provide rural households with reliable, adequate and safe drinking-water services, supported by stronger governance, sustainability and institutional mechanisms.

The Ministry's March 2026 communication also identified stronger operation and maintenance systems, digital data governance, source sustainability, community participation and institutional capacity as important elements of the restructured mission.

For contractors and suppliers, this could gradually change the composition of tenders.

Water-infrastructure tender segments to watch under the next JJM cycle

The significance is that the addressable market is no longer limited to companies capable of executing large civil works. Equipment manufacturers, automation companies, technology providers, water-quality specialists and O&M operators could increasingly participate in different parts of the project lifecycle.

From Pipeline Construction to Water-Service Management

As of July 2026, the government reported that more than 15.89 crore rural households had been provided tap-water connections, leaving a substantial implementation and service-delivery agenda before the mission's December 2028 target.

At the same time, the government has identified challenges that can affect rural water schemes, including stressed water sources, contamination, difficult terrain, scattered habitations, limited technical capacity, rising material costs and statutory-clearance issues.

These challenges mean that completing physical infrastructure is only one part of the task. Maintaining water sources, improving treatment, ensuring adequate pressure, monitoring water quality and keeping pumping and distribution assets operational will also determine the effectiveness of the infrastructure already created.

This could lead to greater demand for contracts that combine construction with commissioning, monitoring and O&M. It may also create opportunities for specialised companies that can improve the performance of existing water assets without constructing entirely new networks.

Why Smart Water Networks Are Emerging

The digitalisation of water infrastructure is another important development.

A smart water network combines physical infrastructure with technologies such as SCADA, IoT sensors, telemetry, GIS, automated metering and data analytics. These systems can help operators monitor parameters including flow, pressure, reservoir levels, pump performance and, where deployed, water-quality indicators.

GIS can also create digital records of pipelines, valves, pumps and other infrastructure, allowing operators to understand where assets are located and how they are performing.

The direction of JJM 2.0 supports this broader digital transition. The Ministry has highlighted the development of a national digital public infrastructure called “Sujalam Bharat”, while initiatives such as Sujal Gaon IDs and Sujalam Bharat IDs are intended to support the mapping and identification of rural water-supply schemes and service areas.

The government's March 2026 consultative committee update also reported that more than 28 lakh km of pipelines and millions of assets had been digitally mapped and geo-tagged.

For the tender market, this opens a pathway for technology companies that traditionally have had limited participation in conventional water EPC projects. SCADA integration, telemetry, GIS mapping, sensor deployment, automation and digital monitoring can increasingly form part of water-infrastructure procurement packages.

O&M Could Become a Larger Procurement Opportunity

One of the most important changes under JJM 2.0 is the greater emphasis on long-term functionality and operation and maintenance.

Water infrastructure is fundamentally a service asset. A completed pipeline does not create value unless water reaches households at the required quantity, quality and frequency. Similarly, treatment plants and pumping stations require continuous operation, preventive maintenance, equipment replacement and monitoring.

The government has specifically highlighted the need to strengthen the operation and maintenance of rural piped-water supply schemes and move towards sustainable service delivery.

This does not mean that O&M will automatically replace conventional EPC procurement. Instead, it suggests that O&M and performance-oriented requirements may become a larger part of future contracting.

For bidders, this could increase the importance of technical staffing, equipment-maintenance capabilities, response mechanisms, water-quality expertise and demonstrated experience in operating comparable systems.

Government Funding Will Keep the Pipeline Active

The financial scale of JJM 2.0 provides an important signal for the future water procurement market.

The mission has been extended to December 2028 with a total outlay of ₹8.69 lakh crore, including ₹3.59 lakh crore in central assistance.

Funding momentum has also continued during FY2026–27. On 6 August 2026, the Ministry of Jal Shakti reported that the Centre had released a total of ₹6,154.96 crore to states during the financial year. This comprised ₹5,289.09 crore reimbursed as central share to 10 states and ₹865.87 crore released through SNA-SPARSH across 13 states.

However, programme outlay and fund releases should not be interpreted as equivalent to tender value. Actual procurement will depend on state-level implementation plans, approvals, fund availability, project packaging, tendering schedules and execution capacity.

This distinction is particularly important for businesses tracking the market because drinking water remains a state subject. States and Union Territories are responsible for planning, approving, implementing, operating and maintaining drinking-water supply schemes, while the Centre provides financial and technical support through JJM.

The Opportunity Extends Beyond Jal Jeevan Mission

JJM is only one part of India's broader water infrastructure opportunity.

Urban India is simultaneously dealing with ageing distribution networks, non-revenue water, rising demand, wastewater treatment, water reuse and the need for more reliable municipal supply systems. Industrial clusters require treatment and recycling infrastructure, while water-stressed regions increasingly need source-sustainability measures, groundwater management and water-quality monitoring.

The broader procurement landscape can therefore be viewed across five interconnected areas: water supply, water treatment, transmission and distribution, wastewater and digital water management.

The convergence of these segments could create opportunities for companies capable of providing integrated solutions rather than individual equipment or construction packages.

What Contractors Should Watch in the Next Tender Cycle

For companies participating in India's water infrastructure market, tender documents and qualification conditions will become increasingly important.

Traditional requirements such as turnover, technical experience and similar-work credentials will continue to influence competition. At the same time, bidders may need capabilities in automation, instrumentation, water-quality management and long-term O&M depending on project specifications.

Contract packaging will also matter. Some projects may remain primarily EPC-oriented, while others could include O&M components, performance requirements or separate technology packages. The precise model will vary by state, project and procuring authority.

Technology companies may also find opportunities through consortiums, partnerships and subcontracting arrangements with established EPC contractors, particularly where tenders require integrated civil, electromechanical and digital capabilities.

Tender-Tracking Checklist

For contractors, suppliers and technology providers, tracking the right procurement signals will be as important as understanding the broader policy direction.

• Monitor State Water and Sanitation Missions, Public Health Engineering Departments, Rural Water Supply departments and state e-procurement portals, rather than relying only on central JJM announcements.

• Track whether bids are structured as EPC, EPC-plus-O&M, performance-based O&M or separate automation and instrumentation packages.

• Review eligibility criteria covering similar work, water-sector experience, OEM authorisations, SCADA integration, laboratory capabilities and O&M staffing.

• Watch for multi-village water-supply schemes, bulk-water projects, source-sustainability works, network augmentation and retrofitting packages.

• Identify regions where lower coverage, difficult terrain or water stress could create demand for specialised solutions.

• For technology companies, explore consortium and subcontracting opportunities with qualified EPC contractors.

• Track amendments, corrigenda, technical clarifications and deadline extensions because these can materially affect bidding decisions.

India’s Water Tender Market Is Moving From Assets to Outcomes

India has spent the past several years building the physical foundation for wider rural water access. The next challenge is ensuring that these systems remain reliable, sustainable and capable of delivering the required service.

That is what makes the transition from Jal Jeevan Mission to JJM 2.0 and eventually to smarter water networks significant for India's tender ecosystem.

The opportunity will continue to include pipelines, treatment plants, pumping stations, storage and other conventional infrastructure. But the procurement landscape is also likely to become broader, incorporating O&M, water-quality systems, automation, digital mapping, telemetry, SCADA and asset-management capabilities.

For contractors, this means competing not only on the ability to build infrastructure but increasingly on the ability to support its performance. For technology providers, it creates a larger role in a sector historically dominated by civil and EPC contractors. For procurement teams and suppliers, it makes state-level tender intelligence increasingly important.

The defining opportunity in India's next water infrastructure cycle may therefore not simply be building more networks. It will be about making existing and new networks work better.

As JJM 2.0 progresses towards its December 2028 horizon, businesses that track the complete project lifecycle—from source development and EPC to commissioning, digital monitoring and O&M—will be better positioned to identify the next generation of water infrastructure opportunities.

For contractors, suppliers and technology providers, India's water tender market is evolving from building the network to managing its performance.