Reservoir between mountains, with irrigated land and a village on the hillside

miiwater · URBAN WATER AND AGRICULTURE

Digitalising
the water cycle.

From sensor to decision. Field equipment, software, control and expert recommendation to make every drop count.

The complete field point. Integration resolved. One accountable partner.

ORIONIS engineering track record · since 2017

15,000+remotes deployed
180+projects delivered
7countries with deployments

TWO URBAN MARKETS · TWO AGRICULTURAL MARKETS

Four verticals with much in common and different needs

Integration is resolved across all four verticals. What changes is the operational priority and the results to achieve

Pipes and valves in a water supply installation
Urban

Water supply

Locate losses, adjust pressure and control supply with data from each district.

What we connect

Flow and pressure measurement, tank control and water quality monitoring, connected to the network’s pumps and valves.

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Channel and overflow in a wastewater installation
Urban

Wastewater and stormwater

Detect incidents during the event and keep a history to operate and document it.

What we connect

Level, flow and pumping status in sewers and overflow points, with alarms and a record of every event.

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Irrigation infrastructure and crops
Agro

Irrigation communities

Optimise energy, close the balance per hydrant and allocate water against recorded allowances.

What we connect

Hydrants, ponds and pumping stations connected to schedules, meter readings and each member’s allocation.

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Drip irrigation supplying water at the roots of a vineyard
Agro

Precision agriculture

Adjust water and fertilisation to the crop and detect pressure or flow deviations by sector.

What we connect

Soil sensors, a weather station and irrigation head and sector control, brought together with irrigation scheduling.

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WHY miiwater

We take care of the integration.

A digitalisation project must resolve the sensor, its power supply, communications, control logic and software representation. Our value is in delivering those parts working as one system and taking responsibility for the whole.

Exploded view of the seven layers of a miiwater point: the probes and sensors in the water and the soil, the valves and actuators on the pipe, the solar power and its cabinet, the remotes, the servers and the link, the Monitor and SCADA screens, and the intelligence layer on top.
The seven layers of a point, from the sensor to the intelligence
See how we resolve integration
01

Every point arrives defined, assembled and tested.

Benefit

Less integration engineering, less on-site configuration and commissioning that is easier to coordinate.

02

We control the hardware, firmware and software.

Benefit

One technical contact across the chain, with the ability to resolve the problem where it originates.

03

Built to work where the water is.

Benefit

A solution suited to chambers, ponds, wells and sites without mains power. Fewer trips to read data or perform operations.

04

Supervision, planning and telecontrol together.

Benefit

Move from an alert to a decision and an action in the same environment.

Accountability after commissioning

When a point stops reporting,
it is clear who to call.

We answer for the whole system. One warranty across the chain, and a service contract that measures whether each point is reporting correctly, not just whether a device is switched on.

A hillside olive grove at dusk, with the route marked from the track to a lit hydrant enclosure.
What happens when the system goes down?

The question is when, not if. A field network is exposed to lightning, theft, coverage gaps, roadworks, operator outages, ageing batteries and more.

Which supplier takes responsibility?

The sensor vendor will say the reading leaves correctly. The RTU vendor, that it transmits it. The software vendor, that it never arrives. All three can be right at the same time.

Who answers for system uptime?

That is the only question that matters three years in, and it almost never appears in the tender documents.

And if the network drops, is the data lost?

No. The RTU keeps measuring and stores locally. When the link comes back it sends what it stored, so the record that later has to be accounted for stays complete.

Who installs and maintains it on site?

A certified partner from our network. What is purchased and who handles claims do not change: the contract and the point of contact remain the same.

The software · miiwater

From the sensor to the screen. With no intermediaries.

Four steps between the probe and the screen, none of which the customer has to set up. Monitoring, scheduling and command run on one platform: Monitor, Nebula and SCADA, over the same network.

What happens in between

  1. It measures and operates

    The RTU reads the probe, counts the meter pulse and opens the valve, with or without a link.

  2. It publishes

    NB-IoT, LTE, 2G or satellite, whichever reaches the point. No third-party gateway.

  3. It registers itself

    The point shows up on the platform the same day. No integration project, no servers to set up.

  4. Visibility and action

    History, alarms and report, with an API so existing systems read the same data.

A buried soil probe, a solar-powered RTU, the arc of the radio signal and the screen with the network map, joined by a single line.

If the network drops, no data is lost.The RTU keeps measuring and stores locally. When the link comes back it fills the gap: the record that must later be justified stays complete.

See the platform
AT EVERY PROJECT STAGE

Working with those who design, install and operate.

Specific support for operators, consulting engineers, installers and service partners.

Network operation

Water utility and irrigation district

Operation of the supply or irrigation scheme, answering daily for the water abstracted, for free residual chlorine and for the water that goes unbilled.

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Project design

Consulting engineer and design office

Drafting the design report and the tender specification: what is specified must be buyable, buildable and acceptable without interpretation.

Tell us what you operate
Construction

Contractor, electromechanical installer and integrator

Mounting, wiring and signing the commissioning certificate. What matters: the programme, the scope and who answers on handover day.

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Brand representation

Distributor and service partner

Sales and maintenance in the partner’s own market. What is needed: margin, spares and training, not a demo.

Partner terms
START HERE

Ready to Digitalize

Your Water Network?

Tell us what you operate. Hardware, software, comms and service, engineered and priced in one proposal, for agricultural or urban networks.