Unified Controls provides a cloud‑based platform that consolidates telemetry from HVAC, lighting, energy meters, occupancy sensors, and IoT devices into a single interface. The solution delivers real‑time monitoring, automated control sequences, and AI‑driven analytics to detect inefficiencies, forecast equipment degradation, and optimize energy consumption. It integrates via OPC‑UA, BACnet, and MQTT, includes role‑based security, and offers APIs for connection to CMMS and ERP systems.
Funding
Funding not disclosed
Founders
Product
Problem
Commercial and industrial facilities often operate with disparate HVAC, lighting, energy, occupancy, and IoT subsystems that are managed through separate interfaces. This fragmentation creates operational blind spots, hinders data‑driven decision making, and drives up energy consumption and maintenance costs.
Solution
Unified Controls delivers a consolidated building‑systems platform that aggregates data from HVAC, lighting, energy meters, occupancy sensors, and IoT devices into a single, cloud‑enabled interface. The platform provides real‑time monitoring, automated control sequences, and AI‑enhanced analytics that identify inefficiencies and forecast performance trends. Engineers design, install, and commission the automation solution, while the software normalizes heterogeneous data streams for unified visualization and reporting. Built‑in security controls ensure data integrity and compliance with industry standards. Facility teams can access actionable insights through web dashboards or mobile apps, enabling proactive adjustments that improve comfort, reduce utility spend, and extend equipment life.
Target Audience
Primary customers are commercial building owners, real‑estate developers, and facility management teams seeking integrated automation and data analytics for multi‑site portfolios. The solution also serves engineering firms that implement smart‑building projects on behalf of clients.
Features
- Unified integration layer that connects legacy BAS, HVAC controllers, lighting networks, energy meters, occupancy sensors, and third‑party IoT devices via OPC‑UA, BACnet, and MQTT protocols
- Cloud‑hosted data normalization engine that consolidates heterogeneous telemetry into a common schema for cross‑system analytics
- AI‑driven predictive models that flag abnormal consumption patterns, equipment degradation, and occupancy‑based load shifts
- Real‑time web dashboard with customizable KPI widgets, trend graphs, and automated alert routing to facilities staff
- Role‑based access control and end‑to‑end encryption meeting ISO 27001 and NIST 800‑53 security requirements
- Modular API and SDK for seamless integration with existing CMMS, EEMS, and enterprise ERP systems
- Remote configuration and OTA firmware updates for field devices, reducing on‑site service visits
- Structured project methodology (Engage, Plan, Execute, Integrate, Secure) that standardizes delivery and ensures measurable outcomes