Verantum provides a data‑driven platform that aggregates building‑system data and applies machine‑learning analytics to detect performance drift and forecast equipment failures. The solution automates alert prioritization, work‑order generation, and real‑time control adjustments, enabling facilities and energy teams to shift from reactive maintenance to predictive, cost‑effective operations across large portfolios.
Funding
Funding not disclosed
Founders
Product
Problem
Large building portfolios generate massive streams of data, fragmented alerts, and reactive maintenance workflows, making it difficult for facilities and energy teams to identify performance drift, prevent equipment failures, and control rising energy and repair costs.
Solution
Verantum delivers a data‑driven platform that consolidates disparate building systems and applies analytics to detect early signs of inefficiency or equipment degradation. The solution automates the prioritization of alerts, schedules proactive maintenance actions, and continuously verifies that energy‑intensive assets operate within optimal parameters throughout their lifecycle. By providing a unified view of asset health and energy consumption, Verantum enables organizations to shift from reactive triage to predictive, cost‑effective operations, reducing unplanned downtime and utility expenses.
Target Audience
Primary customers are facilities and energy management teams at corporations, real‑estate owners, and property‑service providers responsible for large, multi‑site building portfolios.
Features
- Integrated data ingestion layer that normalizes inputs from HVAC, BMS, utility meters, CMMS, and ERP systems
- Machine‑learning models that identify performance drift, forecast equipment failures, and recommend corrective actions
- Automated work‑order generation and execution workflow to ensure timely remediation
- Real‑time dashboards delivering operational clarity, performance benchmarks, and accountability metrics at portfolio scale
- Closed‑loop control capabilities that fine‑tune building systems (e.g., HVAC setpoints) based on continuous analytics
- API connectivity for seamless integration with existing facility management and energy reporting tools