UBX Systems, A Division of Ventacity Systems software

The UBX Application Suite provides all of the tools needed to manage your building(s). The suite of web based software applications have been designed to cover the needs of facility managers and building owners within a single toolset. You can manage all of your assets including collaborating with co-workers and receiving real-time automated status updates, build digital twins of your buildings, create compliance, KPI, and regulatory reports, monitor all aspects of your buildings, and remotely control your buildings assets to optimize energy usage and occupant comfort.

The UBX Comfort and Indoor Air Quality (IAQ) monitoring product enables you to quickly and easily add IAQ sensors to any setting, helping you to optimize your occupants experience, improve their performance, and health risks. Measure air quality across a range of leading air quality indicators including CO2, tVOC, PM2.5, PM10, humidity, and temperature. Understand indoor air quality of your spaces including meeting rooms, desk spaces, gathering areas, dining rooms, kitchens, etc. to optimize your buildings HVAC and ventilation systems while identifying areas of improvement in your buildings spaces to improve occupant comfort.

UBX’s advanced HVAC control capabilities enable you to save money on energy costs and reduce your environmental impact using your existing HVAC equipment. By monitoring and controlling your building’s energy use you can easily identify and eliminate your energy waste, meet your KPI goals, and create compliance reports all while saving you money.

UBX’s Smart Thermostat solution enables reduced heating and cooling costs and it’s ease of use and Smart Portfolio multiple building batch controls optimize the time and effort used to manage your buildings. The thermostat is compatible with a wide range of commercial HVAC, VRF, and Ventacity Ventilation systems, and offers both 3-wire and 5- wire control capabilities. You can securely improve your energy efficiency with schedules and heating and cooling based on occupancy, outside temperatures, local weather forecasts, and time of day energy costs