Product · Interior & Wellbeing
Product · InnDex 42 · Evidence provided · High specification risk
Wearable + fixed-node air quality mesh for hyperlocal occupant exposure tracking and indoor pollutant mapping.
Atmotube PRO 2 is a personal wearable air monitor paired with stationary Atmocube nodes that collectively measure PM1–PM10, VOCs/NOx, and CO₂ using Sensirion sensors. It addresses the AEC problem of indoor air quality blind spots in occupied spaces by logging real-time, occupant-scale exposure data and aggregating fixed-node readings to visualize pollutant gradients across floor plates. The system carries RESET Grade B and AQ-SPEC certification with strong lab correlation to reference CO₂ and PM2.5 instruments.
Atmotube's system combines a wearable PRO 2 monitor with stationary Atmocube nodes to map PM1–PM10, VOCs/NOx, and CO₂ at occupant body level and across floor plates simultaneously — addressing the IAQ blind spot where zone-averaged HVAC readings mask individual exposure gradients in real occupied conditions. Third-party AQ-SPEC certification and laboratory R² values of 0.98 for CO₂ and 0.73 for PM2.5 give the sensor fidelity claims more credibility than most low-cost IAQ devices, and RESET Grade B alignment connects it to an established certification framework that tenants and fitout clients increasingly reference. With one provided evidence instance at inndex 42, the field deployment base is limited; the wearable form factor introduces the practical attrition problem — sustained wearing compliance over extended periods drops in any real occupant population, which degrades the longitudinal exposure data that makes the system most useful. The mesh architecture requires genuine commissioning effort and IT/BMS integration that sits outside typical AEC project workflows, adding cost and coordination overhead that will not be absorbed easily below high-sensitivity tenancy types. Cost per occupant-node pair at scale limits this to research pilots, health-critical occupancies, or post-occupancy evaluation programmes rather than standard fitout. For a specifier, the strongest use case is a premium occupant-wellbeing brief or a building performance study where a rigorous IAQ baseline is a specific deliverable — not a general-purpose inclusion in a standard commercial fit-out specification.
Wearable device specifications and RESET/AQ-SPEC certification are documented. Independent field studies (cited but not detailed here) confirm sensor accuracy for CO₂ and PM2.5 against reference instruments. However: (1) ~200 ppm baseline CO₂ offset noted out-of-box; (2) NOx reliability degrades under temperature variation; (3) no peer-reviewed or manufacturer deployment case studies found showing wearable-mesh-node architecture producing actionable pollutant gradient maps in occupied buildings; (4) Atmocube fixed node is a real, separately certified product, but the synergy claim lacks field evidence. Commercial availability confirmed via source URL.
#air_quality #occupant_health #iot_sensing #hvac_validation #mesh_network