CurNext
Bright finished interior space representing post-handover indoor air monitoring

CN-IAQ

CurNext

Indoor air quality monitoring you can prove at handover

Monitor CO2, PM, VOC, and climate during build and after handover. CurNext CN-IAQ gives continuous IAQ evidence - and humidity context that matters for mold risk.

In short

What is construction indoor air quality monitoring?

Construction IAQ monitoring tracks CO2, particulate matter, VOC, and climate so teams can prove indoor conditions during build and after handover. CurNext CN-IAQ provides continuous trends and alerts on the same industrial stack as surface readiness - including humidity context that supports mold risk conversations.

Why IAQ on a construction platform

Is this space fit to occupy?

Same core CurNext question - framed for air: evidence that rooms are ready to hand over and live in.

  • IAQ you can prove at handover

    Defensible air-quality evidence for owners and facilities - not a vague claim that the space feels fine.

  • Catch issues while they still move

    Temporary heaters, curing, and finishing can spike CO₂ and VOC. See it early, not after occupancy complaints.

  • Continuous, not clipboard rounds

    Trends and alerts on curnext.app so teams stop relying on one-off handheld readings.

  • Same stack as the rest of the site

    Industrial LoRaWAN into the CurNext building path - not a consumer gadget outside your secure stack.

The challenge

Air problems show up after the keys are handed over

  • Handover disputes lack data

    Stuffiness and poor indoor air become he-said claims without a shared evidence trail.

  • Build phases spike unnoticed

    Heaters, curing, and finishing can push VOC and CO₂ without anyone catching the event.

  • Gadgets stay off the site stack

    Consumer IAQ toys do not join your building uplink, BIM zones, or project timeline.

CN-IAQ

An industrial indoor air pod on the CurNext stack

CN-IAQ is a Layer-1 integrated pod for indoor air quality: CO₂, PM2.5, VOC, and T/RH. Battery LoRaWAN for ceiling or wall mount. Trends, alerts, and handover documentation in CN-Cloud - especially useful post-handover and in occupied project phases.

Note: CN-IAQ is indoor air - not wall moisture drying (CN-WD) and not slab maturity (CN-CC). Factory-fixed purpose.

Finished interior representing post-handover indoor air monitoring

What's measured

CO₂ · PM · VOC · Climate

The signals owners and facilities ask for when a space must prove it is fit to occupy.

  • CO₂

    Ventilation and occupancy load in rooms you are ready to hand over.

  • PM2.5

    Fine particles from work, traffic, and unfinished spaces.

  • VOC

    Volatile compounds from finishes, adhesives, and temporary works.

  • T / RH

    Climate context that shapes comfort and how air events read.

How it works

From the room to a clear decision

  1. 01

    Install

    Ceiling or wall mount the integrated pod in the rooms that matter for handover and early occupancy.

  2. 02

    Sense

    One industrial pod: CO₂, PM2.5, VOC, and temperature / humidity - continuous room air evidence.

  3. 03

    Connect

    LoRaWAN uplink into the CurNext floor and building path, then CN-Cloud - same stack as other L1 lines.

  4. 04

    Decide

    Thresholds, trends, and reports on curnext.app - for build phases and post-handover monitoring.

Where it installs

Build · Handover · Occupancy

One pod family across phases that usually force teams onto separate gadgets.

  • During build

    Watch rooms where finishing and temporary plant change the air before handover.

  • At handover

    Share a clear evidence trail that the space is fit to occupy from an air-quality angle.

  • Post-handover

    Keep monitoring in early occupancy when complaints usually start - still on the same stack.

Built for the site

Industrial by design

Integrated pod
Sensors in one ceiling / wall unit.
Stable uplink
LoRaWAN EU868 into CurNext.
Field life
3-7 years typical, configurable interval.
Factory-fixed purpose
IAQ - not CN-WD or CN-CC.

FAQ

Indoor air quality monitoring questions

Direct answers for teams researching IAQ monitors, post-handover air quality proof, and mold-related climate context.

What does CurNext indoor air quality monitoring measure?
CN-IAQ monitors CO2, PM2.5, VOC, and temperature/humidity for construction and post-handover phases. Trends and alerts land in the CurNext cloud with the rest of the site.
Is CN-IAQ a mold predictor?
CN-IAQ is an indoor air and climate monitor, not a standalone mold diagnosis product. Humidity and IAQ trends give useful mold risk context, while CN-WD covers wall drying readiness and CN-LEAK covers active leak events. Together they support moisture and mold risk workflows on site.
When should contractors use IAQ monitoring?
Use CN-IAQ during fit-out, commissioning, and occupied handover phases when air quality proof matters for clients, facilities teams, or warranty conversations.
How is CN-IAQ different from wall drying?
CN-IAQ measures room air quality and climate. CN-WD measures wall and wet-room drying readiness before finishes. Many projects need both.
Who should use CurNext CN-IAQ?
Contractors, developers, and consultants who need documented indoor air quality during construction and after practical completion.

Related

More on the CurNext stack

Next step

See CN-IAQ on your spaces

Walk through a site assessment with the CurNext team - indoor air evidence for build and handover.

Request Quote