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State water resources · Enterprise ERP, WebGIS & IoT Telemetry

A state irrigation department unifies 10,000+ schemes and $360M in projects on a GIS-integrated enterprise ERP platform

Managing over 10,000 irrigation schemes and 1 million+ hectares of command area across fragmented spreadsheets, manual site diaries, and disconnected accounting tools was slowing down project execution and fund utilization. Sumato deployed a unified INO ERP & WebGIS lifecycle platform—integrating mobile field inspections, IoT telemetry, HR & vendor workflows, and AI-driven reporting for 4,000+ daily active users—driving a 60% increase in operational efficiency.

End-to-end ERP & spatial command center to plan, monitor, and optimize statewide irrigation infrastructure+60%increase in project execution & departmental efficiency across $360M+ in managed capital works

The challenge

State irrigation authorities are tasked with planning, constructing, and maintaining thousands of minor, medium, and major irrigation schemes—ranging from canal networks and lift irrigation points to solar-powered tube wells—spread across vast rural terrains. Historically, project tracking, financial disbursements, vendor billing, and departmental HR operated in isolated silos.

Field engineers relied on manual measurement books and delayed paper reports to update physical progress, while headquarters lacked real-time spatial visibility into whether sanctioned schemes were actually delivering water to their target command areas. Managing over 7,000 empaneled contractors, reconciling multi-tier budgets across external government portals, and resolving farmer grievances manually created severe administrative bottlenecks. Without a single source of truth, identifying overlapping schemes, tracking asset health, and compiling executive reports took weeks.

The approach

Sumato engineered and deployed a comprehensive INO ERP (Integrated Network & Operations ERP) solution tailored specifically for public irrigation governance—combining an enterprise resource planning backbone with full WebGIS spatial mapping, IoT field telemetry, mobile field operations, and AI-automated reporting.

Every irrigation asset, employee workflow, vendor contract, and rupee of capital expenditure was brought into a single, interoperable digital ecosystem used actively by 4,000+ departmental officers and engineers every day:

  • 10,000+ irrigation schemes geotagged on WebGIS

    Mapped over 1 million+ hectares of irrigation command area and project sites with exact spatial boundaries, connecting physical infrastructure directly to scheme planning and lifecycle tracking.

  • End-to-end scheme lifecycle & irrigation planning

    Digitized the complete project journey—from initial hydrological feasibility and DPR approval to tendering, milestone tracking, physical-financial verification, and post-commissioning O&M.

  • Unified Finance, HR & 7,000+ Vendor ERP

    Consolidated departmental payroll and HR management alongside a dedicated financial and contractor module that tracks work orders, running bills, and compliance for over 7,000 vendors managing $360 Million (₹3,000+ Crore) in projects.

  • Mobile app for field operations & IoT integration

    Equipped ground engineers with a mobile inspection app for geotagged progress updates, while integrating field IoT sensors (pump telemetry, flow meters, and water-level monitors) to verify real-time water delivery.

  • Seamless integration with external government portals

    Connected the core ERP via secure APIs with state treasury, e-procurement, and central monitoring portals—eliminating duplicate data entry.

  • Citizen grievance & beneficiary portal

    Enabled farmers and water user associations to report canal breaches, pump breakdowns, or water shortfalls directly with GPS pins for rapid engineer dispatch.

How WebGIS, IoT & AI reporting transformed executive decision-making

  • Spatial irrigation planning & command area intelligence

    By overlaying 10,000+ irrigation schemes against 1 million+ hectares of agricultural land on a live WebGIS dashboard, planners instantly detect unirrigated gap zones, prevent duplicate scheme sanctioning in the same catchment area, and optimize canal and pipeline routing before funds are committed.

  • Real-time physical vs. financial progress verification

    Executive dashboards link contractor bill disbursements directly to geotagged mobile field inspections and live IoT pump/flow telemetry. Leadership can verify ground-truth physical completion and actual water discharge before approving financial milestones across $360M+ in active works.

  • AI-based automated & dynamic reporting

    Replaced weeks of manual spreadsheet compilation with a Dynamic Reporting Engine and AI-powered automated summaries. Chief Engineers and Secretaries can generate custom division-wise, scheme-wise, or financial utilization reports on the fly, uncovering bottlenecks and contractor delays in seconds.

The results

  • +60%

    Increase in departmental & project execution efficiency through automated ERP workflows and AI reporting

  • $360M+

    Total project value managed transparently from scheme sanctioning to contractor billing and audit

  • 10,000+

    Irrigation schemes geotagged and monitored across their full engineering and operational lifecycle

  • 1M+ Hectares

    Cultivable command area mapped on WebGIS for precision irrigation planning and gap analysis

  • 7,000+

    Vendors and contractors onboarded for transparent tendering, milestone tracking, and financial management

  • 4,000+

    Daily active departmental users operating across field mobile apps, division offices, and state headquarters

Figures reflect operational, spatial, and financial management improvements measured across statewide irrigation divisions post-deployment.

Solutions used

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