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The intelligence layer for water

Every drop depends on what we know.

Hydris combines scientific principles, operational data and human reasoning, so the people who run water systems can see what is changing and decide what to check next.

Explore Hydris
A clarifier in winter seen from above, a dark circle of water in a field of snow

(Why water)

Public health, industry and everyday life all run on working water systems.

We must protect the water systems already serving us.

2.1 billion people still lack safely managed drinking water. Source: WHO and UNICEF, 2025.

(02) The problem

The problem is not only water. It is knowledge.

What changed?

What should we check next?

Two questions every shift asks. The answers are often spread across systems, logbooks and the memory of a few people.

  1. 01

    Plant information sits in different systems and records.

  2. 02

    An unusual trend needs context before anyone can read it.

  3. 03

    Knowing what happened is not the same as knowing why it matters.

  4. 04

    What one shift learns should still be useful to the next.

  5. 05

    Experience should not leave when experienced people do.

1 in 3

US water sector workers are eligible to retire within the next decade.

Source: US EPA

(03) Hydris

Scientific principles, operational data and human reasoning, in one place.

Hydris is an operational water intelligence platform. It supports the people who run the plant. It does not replace them.

  1. 1Scientific principles
  2. 2Operational data
  3. 3Human reasoning
  4. 4Hydris
  1. 01Seewhat is happeningHydris Lite
  2. 02Understandwhat it meansHydris Pulse
  3. 03Actwith better guidanceHydris Field

(04) Three products, one workflow

See. Understand. Act.

  1. 1A few clear scores
  2. 2What needs attention
  3. 3Readings in context
  4. 4Every reading the plant collects

Illustration of the workflow. Not plant data.

01See

Hydris Lite

See how your plant is running today.

Lite brings readings, lab results and operating records into one view, so a team can move from separate signals to a shared picture of the plant.

  • Plant health and stability
  • Compliance readiness
  • Data confidence
  • Trends and what needs attention

Scores are a guide for the team, not a compliance guarantee.

Try the demo: Lite How it works
  1. 1Alert from Lite
  2. 2TSS drifting in the effluent
  3. 3Most likely
  4. 4Possible
  5. 5Less likely
  6. 6Evidence
  7. 7Next check
  8. 8Operator decides

Illustration of the workflow. Not plant data.

02Understand

Hydris Pulse

Move from seeing a change to understanding what may be causing it.

When a reading starts to drift, for example suspended solids in the effluent, Pulse opens a guided investigation. It brings plant context, operating history and the available evidence together, ranks the likely causes and walks the team through the checks, one step at a time.

  • Likely causes, ranked
  • The evidence behind each one
  • The next check, step by step

Decision support, not a diagnosis. Your team verifies before acting.

Try the demo: Pulse How it works
Hydris Field on Meta Ray-Ban Display · demo data
Hydris Field in Meta Ray-Ban Display glasses, showing the shift view: the 3D plant, the next inspection, live pH readings and the app dock. Demo data.

Illustration of the workflow. Not plant data.

03Act

Hydris Field

Bring guidance from the control room to the plant floor.

Field puts the next step in the operator’s view through smart glasses, hands free on the round: equipment context, guided inspection steps and readings captured by voice as they are taken.

  • Guided inspection steps
  • Equipment-specific context
  • Readings recorded for the next shift

Field works with Meta Ray-Ban Display glasses, hands free, and on a phone. The demo shows the Field workflow.

Try the demo: Field How it works

(05) Knowledge that remains

Hydris keeps what a plant knows.

Every shift starts with what the last one learned.

A plant learns through every round, repair, incident and decision. Hydris is designed to keep that learning with the plant, connected to the readings and records it came from.

  1. 1What the plant knows
  2. 2Day shift
  3. 3Night shift
  4. 4Next shift

  1. 01Observation

    Pump P-2 sounds rougher than usual on the 10:42 round.

  2. 02Evidence

    The gauge reads 4.2 bar. The vibration trend and last service note are attached.

  3. 03Decision

    Check coupling alignment before the next start.

  4. 04Record

    The reading, the step and the outcome go into the shift record.

  5. 05Next shift

    The next operator starts with the note, the reading and what was done.

Illustrative example.

(06) Beyond the plant

From one plant to every site that depends on water.

The same understanding can support decisions made above a single plant.

  1. 1Brand
  2. 2Supplier A
  3. 3Supplier B
  4. 4Supplier C
  5. 5Supplier D
  6. 6Supplier E
  7. 7Water reuse
  8. 8Needs attention

Hydris Stewardship

For brands: how water is managed in the factories that make their products.

  • Factory-level water visibility
  • Evidence for stewardship decisions
  • Water reuse
  1. 1Site 3
  2. 2Site 9
  3. 3Site 14
  4. 4Invest first
  5. 5Value of acting
  6. 6Operational risk

Hydris Portfolio

For companies with many sites: where the risk is, and where to invest first.

  • Oversight across sites
  • Comparative operational risk
  • Where attention and investment matter most

Stewardship and Portfolio are solution areas built on the same platform. Ask us what is available today.

Built for every drop

Built for every drop. Designed for the people behind it.

Software alone will not solve water scarcity. Better understanding can help the people responsible for water systems do their work well, from the plant to the watershed.

Request a walkthrough Try the demos

The Hydris platform film 4 min