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Cities: a small-cell pole with an air-quality node at breathing height, eye level in a street canyon.

Nexus Observatory

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Sectors

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Cities
The street, measured block by block.

Air quality, noise, traffic, urban heat and street flooding, with open data as a procurement credential.

Plan with usScenariosThe protocol
Scenarios
2
Templates
4

Cities: on the ground

  1. Cities

    The street, measured block by block.

    Air quality, noise, traffic, urban heat and street flooding, with open data as a procurement credential.

  2. City block

    City block

    City blocks with sensors and small cells on the street furniture.

  3. City block

    Small cell on a street pole

    A small cell on a street pole adds capacity and hosts the block’s sensors. Street-level capacity at 8 m on existing poles; each also hosts sensors.

  4. City block

    City block

    The edge node publishes open data; personal data never leaves the block. Aggregates counts below a privacy threshold and publishes open city data.

  5. City block

    Air-quality node

    Air-quality nodes are corrected against a reference station. Low-cost PM and NO₂ sensors corrected against a reference station, with the correction published.

  6. Proof

    What buyers ask to see.

    • Co-location calibration reports against reference monitors
    • Data-completeness service levels
    • An open-data API
    • A privacy impact assessment for video and probe sensing
    • Accessible dashboards

01How it works

A station joins, then the work is shared.

One station runs the protocol from first contact to publishing; the graph beside it shows how this sector’s use cases share kit and products.

02Deployment scenarios

How the grid is deployed here.

From the sector research, each with the observatory template that serves it where one exists.

Protocol & Grid, Sensors & instruments

Hybrid air-quality network

Reference analysers plus calibrated low-cost nodes; low-cost sensors alone do not meet regulatory requirements.
Hardware & power, Connectivity

Municipal low-power radio or private 5G layer

A city-wide connectivity layer as digital public infrastructure.

03Proof

What buyers ask to see.

The evidence a procurement in this sector asks for, from the sector research. Each item is produced by the grid as a record, not written up afterwards.

  • Co-location calibration reports against reference monitors
  • Data-completeness service levels
  • An open-data API
  • A privacy impact assessment for video and probe sensing
  • Accessible dashboards

04Participation

Where communities can host the grid.

Community

Join the community

One account for every community, platform and the NXS Observatory app.
Open data

Use the open networks

Public observing networks on their own terms, ready to reuse.
Hosting

Host a station

Tell us about a site; we bring the survey, the design and the crew.

05Lines

The lines that serve it.

The enterprise lines that carry the scenarios above, ranked by how many name their work.

Platform

Protocol & Grid

Your grid, on the open protocol.
Platform

Hardware & power

Built for the site, not the lab.
Platform

Sensors & instruments

Measurements that carry their own proof.
Platform

Connectivity

Private 5G, AI-RAN and orbit, on site.

06Search terms and open work

How the sector names the problem.

The terms buyers and programmes use, and open projects in the space, named as factual references only. Naming a project is not an endorsement or a relationship.

Search terms air quality sensor network low-cost sensor calibration hyperlocal air quality urban heat island sensors flood sensors smart city LoRaWAN open data portal integration

Open projects, for reference

  • Sensor.Community
  • OpenAQ
  • FloodNet
  • Smart Citizen Kit
  • Telraam
  • openSenseMap

07Other sectors

Every sector, one grid.

Scenarios · 5

Government and public safety

Warning starts with a measurement.
Scenarios · 5

Communities and rural

Connectivity and sensing, locally owned.
Scenarios · 5

Industrial

Sites, ground and air, on one record.
Scenarios · 5

Agriculture

Soil, water and weather, field by field.
Scenarios · 4

Sports and events

A temporary grid for a crowd.
Scenarios · 4

Development and humanitarian

Data gaps close before the crisis.
Scenarios · 6

Scientific

Instruments that outlast the grant.
Scenarios · 5

Environment and climate

Ecosystems, observed without a gap.
Scenarios · 4

Energy

Assets, grids and weather, joined.
Scenarios · 4

Transport

Corridors that report their own state.
Scenarios · 4

Defence-adjacent (civil dual-use)

Civil sensing only. Nothing else.
Scenarios · 3

Education

Learning to observe, on a real grid.

Bring us the site.

Survey, design, deployment and operation for cities. The form names who receives your details.

Talk to usPlan a deployment

The street, measured block by block.

Air quality, noise, traffic, urban heat and street flooding, with open data as a procurement credential.

01How it works

From the instrument to the product.

The data path of each use case, tier by tier with the interface on every link, the equipment the use cases share, and one station joining the grid.

02Deployment scenarios

03Proof

What buyers ask to see.

The evidence a procurement in this sector asks for, from the sector research. Each item is produced by the grid as a record, not written up afterwards.

    05Lines

    The lines that serve it.

    06Search terms and open work

    How the sector names the problem.

    The terms buyers and programmes use, and open projects in the space, named as factual references only. Naming a project is not an endorsement or a relationship.

    Search terms
    Open projects, for reference
      07Other sectors

      Every sector, one grid.

      Bring us the site.