Extend building automation beyond the control room. Alpha Numeric combines BMS control with IoT sensing, gateways, edge intelligence, cloud visibility and analytics so every connected asset becomes visible, measurable and actionable.
HVACEnergyIAQAccessTraditional BMS is excellent at local building control. IoT adds distributed sensing, open data exchange, edge processing, remote visibility and portfolio-scale intelligence. We combine both into one operating layer — without forcing every site to start again from zero.
Wireless and wired sensors, meters, gateways and edge devices extend visibility to assets that conventional BMS may not monitor today.
HVAC, lighting, electrical, water, safety and other building systems remain under deterministic, local operational control.
Normalize both BMS and IoT data into dashboards, rules, alarms, trends and analytics that operators, facility teams and management can understand.
A layered architecture keeps control resilient on site while giving teams richer visibility through edge and cloud services.
Operators get one interface for alarms, live values, equipment states, trends and performance. Management gets simpler views of energy, comfort and site health.
Where an existing BMS is already installed, IoT can add new visibility without unnecessarily replacing the entire control layer. We assess the installed architecture, identify blind spots, connect additional assets and expose the data through modern dashboards and analytics.
Map controllers, field buses, panels, sensors, meters and network readiness.
Connect legacy BMS and new IoT devices using secure gateways and open protocols.
Normalize data into one model for dashboards, alarms, trends and reporting.
Add energy intelligence, condition alerts and portfolio-level decision support.
The value is not more data. It is faster diagnosis, better comfort, reduced waste and more confident facility decisions.
Correlate occupancy, schedules, equipment runtime and meter data to identify avoidable consumption.
Track temperature, humidity, CO₂ and occupancy so indoor environments can be operated around actual use.
Use runtime, trends and selected IoT telemetry to flag abnormal behavior before it becomes a larger service issue.
Compare building health, energy and alarms across multiple properties without losing site-level detail.
Protocol selection depends on installed systems, controller capabilities and project scope. The architecture can support common building and IoT integration methods.
The system architecture is adapted to each site's operating priorities, control requirements and existing infrastructure.
Comfort, energy, occupancy and centralized facility visibility.
Environmental control, critical alerts and infrastructure monitoring.
Guest comfort, plant efficiency and property-wide operating visibility.
We approach IoT+BMS as an engineering project, not only a dashboard deployment.
Understand existing BMS, controls, panels, network, devices and operational pain points.
Define control boundaries, IoT expansion points, gateways, protocols, data model and cybersecurity considerations.
Integrate systems, configure dashboards, validate alarms, trends and communication paths.
Refine rules, reports and operational views as building teams start using the platform.
Whether the project starts with a new BMS or an existing installation that needs IoT modernization, we can design the integration path from field devices to a unified command experience.