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Apollo Automation AIR-1
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Apollo Automation AIR-1

Bottom line

Worth considering

Check the installed sensor configuration before comparing readings or ordering: CO2 and gas-sensing options differ between configurations. Follow Apollo’s positioning and calibration guidance. Use readings to observe indoor trends, with the limitations of each sensor in mind.

Best for

display indoor air-quality trends; monitor available environmental readings in Home Assistant

Keep in mind

The local-first grade is not a promise of hardware lifespan; review the evidence below.

Local-first gradeClears every deal-breaker — based on local control, open integration, and cloud requirements.
A
No Cloud NeededThe described local functions do not need a vendor cloud service during normal operation. Controller, setup, and update requirements still apply.
+Local ControlA documented local path is available for supported functions. Setup, remote access, and other features may still need an account or internet connection.
+Open APIA documented interface or standard provides an integration path. Check the listing for supported functions, access requirements, and controller compatibility.

Researched from manufacturer documentation and published integration guides. A grade describes local control, open integration, and cloud dependence; it is not a guarantee of lifespan. How we evaluate

📡Sensor🌬️Air Quality

Added Mar 3, 2026

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Resources

DocsGitHubDocumentationDocumentation

Key trade-offs

Why it stands out

Check the installed sensor configuration before comparing readings or ordering: CO2 and gas-sensing options differ between configurations. Follow Apollo’s positioning and calibration guidance. Use readings to observe indoor trends, with the limitations of each sensor in mind.

What to weigh

Check the installed sensor configuration before comparing readings or ordering: CO2 and gas-sensing options differ between configurations. Follow Apollo’s positioning and calibration guidance.

About

Apollo AIR-1 is an ESPHome air-quality monitor for Home Assistant. It reports environmental measurements; it is not an mmWave room-occupancy sensor.

Compatibility and limitations

Check the installed sensor configuration before comparing readings or ordering: CO2 and gas-sensing options differ between configurations. Follow Apollo’s positioning and calibration guidance. Use readings to observe indoor trends, with the limitations of each sensor in mind. We have not measured its accuracy, and it should not replace certified smoke or carbon-monoxide alarms.

Research basis

This is a documentation-based overview. We have not independently tested this product or established its service life.

Specifications

PurposeIndoor air-quality monitoring
IntegrationESPHome / Home Assistant
SensorsConfiguration dependent; check included and optional sensors

Frequently Asked Questions

It is an air-quality monitor. Air measurements are not a direct measurement of room occupancy or a person count.
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Resources

DocsGitHubDocumentationDocumentation

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