Provides technical advisory services and AI-driven building management solutions to improve reliability and efficiency of commercial and residential properties. Their platform integrates AI control to continuously optimize heating, ventilation, and other building systems, helping owners reduce energy costs and maintain consistent performance.
Funding
Funding not disclosed
Founders
Product
Problem
Building owners and operators often experience “energy drift,” where HVAC systems consume increasing energy over time due to reactive management, lack of data historization, and suboptimal control settings. This leads to higher operating costs, reduced occupant comfort, and difficulty proving savings.
Solution
Foobot offers a combined technical advisory and AI‑driven building management service that restores operational control of HVAC and related systems. By integrating with existing BMS hardware through standard protocols (BACnet, LON) or supervisory interfaces, Foobot collects and historizes energy and performance data. Proprietary AI algorithms analyze the data, establish consumption baselines, and continuously adjust system setpoints to minimize waste while respecting predefined comfort constraints. The service includes a diagnostic audit, gap remediation, and performance guarantees verified against the IPMVP protocol. Results are delivered via a web dashboard that visualizes energy trends, comfort metrics, and verified savings, enabling owners to make data‑backed decisions.
Target Audience
Foobot’s primary customers are commercial property owners, facility managers, and real‑estate portfolios that operate HVAC systems in office buildings, hospitals, nursing homes, and industrial sites and seek measurable energy savings and improved occupant comfort.
Features
- Seamless integration with legacy BMS using multi‑protocol gateways or direct supervisory connections, requiring no major hardware upgrades
- Automated data historization and baseline creation for energy consumption, temperature, humidity, and air quality
- AI control engine that continuously optimizes heating, cooling, ventilation, and fan operation while honoring occupant comfort constraints
- Real‑time web dashboard with energy‑use visualizations, comfort zone monitoring, and IPMVP‑compliant savings verification
- Technical advisory service that conducts BMS diagnostics, identifies operational gaps, and provides project management assistance for system upgrades
- Support for standard HVAC equipment (boilers, chillers, heat pumps, AHUs, FCUs) across office, healthcare, industrial, and residential portfolios