FOR IMMEDIATE RELEASE
AirBox Launches IAQController (IAQC), Closing the Loop Between IAQ Detection and Active Building Response
A performance-based platform that integrates advanced sensing, filtration control, and BACnet connectivity to deliver measurable IAQ outcomes.
Austin, Texas — March 10, 2026 — AirBox America announced the official market launch of the AirBox IAQController (IAQC), a performance-driven indoor air quality management platform engineered specifically for commercial buildings. Designed to move beyond passive monitoring, the IAQC delivers real-time sensing, intelligent control, and verifiable contaminant reduction aligned with the most critical ASHRAE Standard 62.1-2022 design compounds and performance-based ventilation strategies, including the Indoor Air Quality Procedure (IAQP).
As building owners and engineers face increasing pressure to improve occupant health, energy efficiency, and regulatory compliance, the IAQC provides a centralized intelligence layer that transforms raw environmental data into coordinated air purification and HVAC action. At the core of the platform is the AirBox Advanced Operating System (AOS), which interprets multi-parameter IAQ data and converts it into real-time, contaminant-driven control decisions. Then, through native BACnet integration with Building Management Systems (BMS), the IAQC continuously interprets indoor and outdoor air quality inputs and discerns when ventilation is needed, and which system needs to deliver it.
“Monitoring air quality is no longer enough,” said Adam Smith, President at AirBox. “The IAQController was developed to actively manage contaminants in real time. It closes the loop between detection and correction, helping commercial buildings achieve measurable air quality performance while optimizing energy use.”
The IAQC is purpose-built to support two critical performance-driven applications: IAQP Continuous Verification and Enhanced Demand Control Ventilation (EDCV).
For projects utilizing ASHRAE’s Indoor Air Quality Procedure (IAQP), the IAQC supports continuous verification by monitoring the most critical contaminants outlined in Table 6-5, such as PM2.5, formaldehyde, ozone, CO2, and more, confirming that concentration thresholds remain within acceptable limits. When contaminants reach pre-determined thresholds during temporary external or internal conditions, such as wildfire smoke events, uncharacteristic occupancy changes, and more, the system automatically adjusts ventilation rates or deploys central air purification to maintain compliance. This expanded visibility allows the system to evaluate both indoor and outdoor air conditions and determine the most effective system to respond. For environments requiring more targeted contaminant awareness, the platform also supports an optional configurable flex sensor capable of detecting specialized gases such as alcohol, ammonia, chlorine, ethylene, hydrogen sulfide, and other application-specific compounds. Integrated with AirBox High-Volume Purifiers featuring Certified HEPA filtration for particulate removal and MolecuCore media for gaseous removal, the IAQC creates a closed-loop contaminant control strategy. The result is continuous IAQP verification and transparent indoor air quality management grounded in measurable data.
The IAQC also strengthens traditional demand control ventilation by expanding awareness beyond occupancy indicators alone. By monitoring key contaminants identified in ASHRAE’s Table 6-5, including fine particulate matter and gaseous pollutants, the platform provides a broader understanding of indoor air conditions while maintaining alignment with established DCV control strategies. This broader contaminant visibility allows building operators and control systems to better understand air quality dynamics while ventilation adjustments continue to follow recognized demand-based control strategies through BACnet integration with the IAQController.
Designed for commercial environments, including educational facilities, manufacturing and distribution spaces, office environments, and other high-occupancy buildings, the IAQC is engineered for durability, scalability, and seamless integration into existing HVAC infrastructures. By combining real-time intelligence with high-efficiency air cleaning technologies, the system actively reduces airborne particulate and gaseous contaminants, supports IAQP compliance and ASHRAE-aligned design strategies, improves occupant health and comfort, optimizes energy performance through demand-based ventilation control, and strengthens sustainability initiatives including support for LEED certification.
Unlike standalone IAQ monitors that generate data without triggering system response, the IAQC delivers active control, bridging the gap between detection, verification, and corrective action. It allows building operators to continuously validate IAQ performance under IAQP and intelligently modulate ventilation under EDCV within a single integrated platform.
As performance-based standards, decarbonization goals, and occupant health expectations continue to rise, buildings can no longer rely on static design assumptions. The AirBox IAQController transforms indoor air quality from a theoretical design parameter into a continuously managed and measurable building performance metric, ensuring that IAQ is not just monitored, but actively achieved and verified.
About AirBox
AirBox America is a leading manufacturer of advanced air filtration and indoor air quality solutions for commercial environments. With expertise in Certified HEPA filtration, molecular contaminant removal, and performance-based ventilation strategies, AirBox delivers engineered systems designed to achieve measurable air quality outcomes in alignment with ASHRAE standards and sustainability objectives.
For more information, visit airboxamerica.com or contact info@airboxamerica.com
