National Irrigation Intelligence

The whole system. Live.

One live dataset for government, operators, EPCs, lenders and donors. Designed, built and hosted in Uzbekistan.

OQIM operations dashboard — Demonstration environment: Uzbekistan’s national station registry, 3,061 pump units across 1,657 stations, modeled at unit level (registry snapshot, 2026).

Energy saved vs prior year Fleet efficiency Energy & water delivered Live power draw Live flow

A $10B national water program to 2030, with over $400M in MDB pump-modernization loans already committed. Independently auditable performance unlocks the next tranche, faster and on better terms.

Capital goes where it earns the most

Measured baselines rank every station by recoverable waste: some need full replacement, others just a valve change. Capital targets the highest returns first. Without data, every station looks alike on paper, and a 2% miss on optimum costs millions a year across the fleet.

Drift happens fast

New pumps drift off their best-efficiency point within a season, not years: sediment-laden water wears rings and impellers; canal heads and demand shift daily. Caught early, the fix is cheap. Caught late, it’s expensive.

One source of truth: from ministry to operator

Commissioning claims and live performance are visible without chasing reports. Fewer disputes, faster decisions, less reconciliation. Aggregated for decision-makers; decomposable on demand: nation, region, station, unit.

Without OQIM

With OQIM

×Paper assumptions and snapshots

Measured baselines

×Commissioning claims

Live performance, visible without chasing reports

×Manual reporting

Data every 30 minutes, same-day

×Multi-year SCADA programs

Self-powered kit, installed in 4–8 hours, auto-registering

Analytics saves power: demonstrably proven

6–9%

energy reduction across ~20 water-utility deployments

Journal of Environmental Management, 2015

4.3%

savings identified at ten 2,610 kW pumps

MIT · Applied Energy, 2021

16.7%

reduction from data-driven pump control

INESC TEC · Applied Energy, 2019

Reference point

250 GWh per year

Even a modest 3.5% saving across the fleet ≈ 250 GWh per year, on ~7.2 TWh of annual consumption (World Bank, 2025).

Installed in hours.
Live the same day.

Each pump carries a self-contained, self-powered kit: energy harvesting with solar back-up, clamp-on current sensing, hot-tap flow measurement, and a remote data uplink, installed while the pump keeps running. Built for outdoor duty, IP67, −25 °C to +55 °C.

Adding a station is an afternoon’s work, not an infrastructure program.

IP67 −25 °C TO +55 °C 4–8 H INSTALL SOLAR BACK-UP

See the live national view.

Designed, built and hosted in Uzbekistan.